Laser control module applied to medical industry

Abstract

The invention discloses a laser control module applied to the medical industry, and relates to the technical field of medical instruments, the laser control module comprises a relay control module, a water mist control module and a laser control module, and the water mist control module and the laser control module both have a high repetition frequency working mode and a low repetition frequency working mode. According to the laser control module applied to the medical industry, high-precision treatment can be achieved, through precise control over laser energy and parameters, precise adjustment of the treatment process can be achieved, treatment is more personalized and customized, the treatment process is generally non-contact and does not need to make physical contact with teeth or gingivae of a patient, and therefore the treatment efficiency is improved. By means of the laser cutting and solidifying device, the pain and discomfort of a patient are reduced, the treatment comfort is improved, accurate cutting and solidifying of tissue are achieved through accurate laser energy control, wounds and bleeding are reduced, and the risks of infection and complications are reduced.

Description

Technical Field

[0001] The present invention relates to the technical field of medical devices, in particular to a laser control module applied to the medical industry. Background Art

[0002] Traditional dental treatments often require the use of handheld tools, such as dental drills and tooth scalers. These tools may cause a certain degree of trauma to oral tissues, causing pain and discomfort. During some treatments, such as teeth cleaning and tooth extraction, oral tissue bleeding may occur, increasing the risk of infection, especially for patients with weak immune systems.

[0003] Therefore, in view of this, the existing structure and defects are studied and improved, and a laser control module for application in the medical industry is proposed. Summary of the invention

[0004] In view of the deficiencies of the prior art, the present invention provides a laser control module applied to the medical industry, which solves the problems raised in the above background technology.

[0005] To achieve the above objectives, the present invention is implemented through the following technical solutions: a laser control module applied to the medical industry, the laser control module comprising a relay control module, a water mist control module and a laser control module, the water mist control module and the laser control module both having a high repetition rate working mode and a low repetition rate working mode; The relay control module always detects the high-frequency cooling water status after startup. The specific operations are as follows: After power-on, the relay control module, i.e., the relay control area, detects the high-repetition-frequency cooling water status in the lower computer information. If the status is 0, the relay control area is closed and the cooling water abnormality is prompted. If the status is 1, the temperature control TEC is turned on and the target temperature is set to 23 degrees Celsius. Afterwards, the high-repetition-frequency cooling water status and TEC are always detected after the power is turned on, where TEC is the temperature of the refrigeration plate. The specific parameters of the water mist preparation mode of the water mist control module under high repetition frequency are as follows: After selecting a case in the case selection interface, turn on the high repetition rate power supply, click standby to enter the high repetition rate standby signal interface, click the water mist interface to send the water vapor parameters, then manually step on the pedal to set K8, ZLS, and ZLQ to 1, and set FZLSQ to 0, and then release the pedal to set K8, ZLS, and ZLQ to 0, and FZLSQ to 1; The specific parameters of the fiber activation mode of the laser control module at high repetition rate are as follows: After selecting the case in the case selection interface, turn on the high repetition rate power supply, enter the high repetition rate standby signal interface after clicking standby, then click the optical fiber interface and step on the pedal to generate NL voltage, and release the pedal to clear the NL click.

[0006] Furthermore, the relay control section always detects the high-repetition-frequency cooling water status after startup, and immediately shuts down if the cooling water status is 0 or the TEC is not within a preset fluctuation range around 23 degrees Celsius.

[0007] Furthermore, K8 is the peristaltic pump power supply, ZLS is the treatment water solenoid valve, ZLQ is the treatment gas solenoid valve, and FZLSQ is the treatment water return valve. If the case interface is exited, the high repetition rate power supply will be automatically turned off, and when the water vapor parameter interface is closed, the water vapor parameters will be automatically cleared and return to the previous interface.

[0008] Furthermore, if there is no pedaling action after clicking the optical fiber, the optical fiber will be turned off after a preset time. The voltage range of the NL voltage is 0-5000mv, and the NL voltage is a synonym for the voltage in the high repetition rate working mode.

[0009] Furthermore, in the optical fiber activation mode and the water mist preparation mode under the high repetition rate, during the shutdown or standby process, the high repetition rate standby signal is automatically reset to 0 and returns to the previous interface.

[0010] Furthermore, the specific parameters of the fiber activation mode of the laser control module under the low repetition rate are as follows: After selecting a case in the case selection interface, turn on the low repetition rate power supply, send KMO after clicking standby, and the KMO is set to 1. Then detect the pre-combustion state. If the pre-combustion state is 0, send KMO to 0 and alarm. If the pre-combustion state is 1, click the optical fiber interface in the parameter setting interface, send NM voltage and step on the pedal after a delay of 2s to send the set laser frequency, charging pulse, and light pulse. After releasing the pedal, the laser frequency, charging pulse, and light pulse are cleared.

[0011] Furthermore, the laser frequency is 0-60 Hz, and KMO is a pre-combustion signal.

[0012] Furthermore, the NM voltage is a voltage in the low repetition rate working mode and its voltage range is 0-5000mv.

[0013] Furthermore, the specific parameters of the water mist preparation mode of the water mist control module under the low repetition frequency are as follows: After selecting a case in the case selection interface, turn on the low repetition rate power supply, send KMO after clicking standby, and the KMO is set to 1. Then detect the pre-combustion status. If the pre-combustion status is 0, send KMO to 0 and issue an alarm. If the pre-combustion status is 1, click the water mist interface in the parameter setting interface. After sending the water mist parameters, step on the pedal, set K8, ZLS, and ZLQ to 1, and set FZLSQ to 0. After releasing the pedal, set K8, ZLS, and ZLQ to 0, and set FZLSQ to 1.

[0014] The present invention provides a laser control module applied to the medical industry, which has the following beneficial effects: Compared with traditional dental treatment technology, the laser control module applied to the medical industry can achieve highly precise treatment. Through the precise control of laser energy and parameters, the treatment process can be precisely adjusted, making the treatment more personalized and customized. The treatment process is usually non-contact and does not require physical contact with the patient's teeth or gums, reducing the patient's pain and discomfort and improving the comfort of treatment. Through precise laser energy control, precise cutting and coagulation of tissues can be achieved, reducing trauma and bleeding, and reducing the risk of infection and complications. The laser can act precisely on the treatment area without causing damage to surrounding healthy tissues, protecting the patient's oral health. At the same time, through precise control of energy and parameters, the accuracy and efficiency of treatment are improved. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 This is a schematic diagram of the relay control module of the present invention detecting the state of high-frequency cooling water; Figure 2 It is a schematic diagram of specific operating parameters of the high repetition rate mode of the present invention; Figure 3 A schematic diagram of specific parameters of the optical fiber preparation mode under high repetition rate of the present invention; Figure 4 It is a schematic diagram of specific parameters of the high-repetition-rate water mist preparation mode of the present invention; Figure 5 A schematic diagram of specific parameters of the optical fiber preparation mode under low repetition rate of the present invention; Figure 6 It is a schematic diagram of specific parameters of the low repetition rate water mist preparation mode of the present invention. DETAILED DESCRIPTION

[0016] The following embodiments of the present invention are described in further detail in conjunction with the accompanying drawings and examples. The following examples are used to illustrate the present invention, but are not intended to limit the scope of the present invention.

[0017] like Figure 1-Figure 6 As shown, the present invention provides a technical solution: a laser control module applied to the medical industry, the laser control module comprises a relay control module, a water mist control module and a laser control module, the water mist control module and the laser control module both have a high repetition rate working mode and a low repetition rate working mode; like Figure 1 As shown in the figure, the relay control module always detects the high-frequency cooling water status after startup. The specific operations are as follows: After power-on, the relay control module, i.e., the relay control area, detects the high-repetition-frequency cooling water status in the lower computer information. If the status is 0, the relay control area is closed and the cooling water abnormality is prompted. If the status is 1, the temperature control TEC is turned on and the target temperature is set to 23 degrees Celsius. Afterwards, the high-repetition-frequency cooling water status and TEC are always detected after the power is turned on, where TEC is the temperature of the refrigeration plate. Among them, the relay control area always detects the high-frequency cooling water status after startup. If the cooling water status is 0 or the TEC is not within the preset fluctuation range of 23 degrees Celsius, it will stop immediately; like Figure 2 As shown in the figure, the specific operating parameters of the high repetition rate mode are as follows: After selecting the case in the case selection interface, turn on the high repetition rate power supply, i.e. GDJ. The high repetition rate power supply adopts 24V voltage, and then the motor standby interface. In this interface, the high repetition rate standby signal parameters can be changed. The high repetition rate standby signal is TL. When the machine is turned off or in standby state, the high repetition rate standby signal is automatically set to 0. After the parameters are better, the motor is ready. The energy and water vapor parameter values ​​are sent by stepping on the pedal, and K8, ZLS, and ZLQ are set to 1, and FZLSQ is set to 0. After releasing the pedal, the energy and water vapor parameter values ​​are sent, and K8, ZLS, and ZLQ are set to 0, and FZLSQ is set to 1. The energy is NL voltage. In high repetition rate treatment cases, if there are cases where water or air is not used, the signal of K8, ZLS, and ZLQ being set to 1 will not be sent after the pedal is pressed; like Figure 3 As shown in the figure, the specific parameters of the water mist preparation mode of the water mist control module under high repetition frequency are as follows: After selecting a case in the case selection interface, turn on the high repetition rate power supply, click standby to enter the high repetition rate standby signal interface, click the water mist interface to send the water vapor parameters, then manually step on the pedal to set K8, ZLS, and ZLQ to 1, and set FZLSQ to 0, and then release the pedal to set K8, ZLS, and ZLQ to 0, and FZLSQ to 1; Among them, K8 is the peristaltic pump power supply, ZLS is the treatment water solenoid valve, ZLQ is the treatment gas solenoid valve, and FZLSQ is the treatment water return valve. If you exit the case interface, the high repetition rate power supply will be automatically turned off, and when you close the water vapor parameter interface, the water vapor parameters will be automatically cleared and return to the previous interface; like Figure 4 As shown, the specific parameters of the fiber activation mode of the laser control module under high repetition rate are as follows: After selecting a case in the case selection interface, turn on the high repetition rate power supply, enter the high repetition rate standby signal interface after clicking standby, then click the optical fiber interface and step on the pedal to generate NL voltage, and release the pedal to clear NL click; If there is no pedal action after clicking the optical fiber, the optical fiber will be turned off after a preset time. The voltage range of NL voltage is 0-5000mv. NL voltage is a synonym for the voltage in high repetition rate working mode. In the fiber optic activation mode and water mist preparation mode under high repetition rate, during shutdown or standby, the high repetition rate standby signal is automatically set to 0 and returns to the previous interface; like Figure 5 As shown, the specific parameters of the fiber activation mode of the laser control module at low repetition rate are as follows: After selecting a case in the case selection interface, turn on the low repetition rate power supply, and send KMO after clicking standby. The KMO is set to 1, and then detect the pre-combustion state. If the pre-combustion state is 0, send KMO to 0 and alarm. If the pre-combustion state is 1, click the optical fiber interface in the parameter setting interface, send NM voltage, and step on the pedal after a delay of 2s to send the set laser frequency, charging pulse, and light pulse. After releasing the pedal, the laser frequency, charging pulse, and light pulse are cleared. The laser frequency is 0-60Hz, KMO is the pre-combustion signal, and NM voltage is the voltage code under the low repetition rate working mode. Its voltage range is 0-5000mv. like Figure 6 As shown in the figure, the specific parameters of the water mist preparation mode of the water mist control module under low repetition frequency are as follows: After selecting a case in the case selection interface, turn on the low repetition rate power supply, send KMO after clicking standby, and the KMO is set to 1. Then detect the pre-combustion status. If the pre-combustion status is 0, send KMO to 0 and issue an alarm. If the pre-combustion status is 1, click the water mist interface in the parameter setting interface. After sending the water mist parameters, step on the pedal, set K8, ZLS, and ZLQ to 1, and set FZLSQ to 0. After releasing the pedal, set K8, ZLS, and ZLQ to 0, and set FZLSQ to 1.

[0018] Based on the above description, you can set a custom scheme with high or low repetition rate. The default settings are as follows: When the set frequency is greater than 20HZ, the high repetition rate mode is selected by default, that is, when entering the custom program, the high repetition rate mode process treatment is performed, and the frequency is the laser frequency; The set frequency is less than or equal to 20HZ, and the low repetition rate mode is selected by default, that is, when entering the custom program, the low repetition rate mode process treatment is performed, and the frequency is the laser frequency; Based on the above description, compared with traditional dental treatment technology, the present invention can achieve highly precise treatment. Through precise control of laser energy and parameters, precise adjustment of the treatment process can be achieved, making the treatment more personalized and customized. The treatment process is usually non-contact and does not require physical contact with the patient's teeth or gums, reducing the patient's pain and discomfort and improving the comfort of treatment. Through precise laser energy control, precise cutting and coagulation of tissues can be achieved, reducing trauma and bleeding, and reducing the risk of infection and complications. The laser can act precisely on the treatment area without causing damage to surrounding healthy tissues, protecting the patient's oral health. At the same time, by precisely controlling energy and parameters, the accuracy and efficiency of the treatment are improved.

[0019] The embodiments of the present invention are given for the purpose of illustration and description, and are not intended to be exhaustive or to limit the invention to the disclosed forms. Many modifications and variations will be apparent to those of ordinary skill in the art. The embodiments are selected and described in order to better illustrate the principles and practical applications of the present invention and to enable those of ordinary skill in the art to understand the present invention and thereby design various embodiments with various modifications suitable for specific uses.

Claims

1. A laser control module used in the medical industry, characterized in that: The laser control module includes a relay control module, a water mist control module and a laser control module, and the water mist control module and the laser control module both have a high repetition rate working mode and a low repetition rate working mode; The relay control module always detects the high-frequency cooling water status after startup. The specific operations are as follows: After power-on, the relay control module, i.e., the relay control area, detects the high-repetition-frequency cooling water status in the lower computer information. If the status is 0, the relay control area is closed and the cooling water abnormality is prompted. If the status is 1, the temperature control TEC is turned on and the target temperature is set to 23 degrees Celsius. Afterwards, the high-repetition-frequency cooling water status and TEC are always detected after the power is turned on, where TEC is the temperature of the refrigeration plate. The specific parameters of the water mist preparation mode of the water mist control module under high repetition frequency are as follows: After selecting a case in the case selection interface, turn on the high repetition rate power supply, click standby to enter the high repetition rate standby signal interface, click the water mist interface to send the water vapor parameters, then manually step on the pedal to set K8, ZLS, and ZLQ to 1, and set FZLSQ to 0, and then release the pedal to set K8, ZLS, and ZLQ to 0, and FZLSQ to 1; The specific parameters of the fiber activation mode of the laser control module at high repetition rate are as follows: After selecting the case in the case selection interface, turn on the high repetition rate power supply, enter the high repetition rate standby signal interface after clicking standby, then click the optical fiber interface and step on the pedal to generate NL voltage, and release the pedal to clear the NL click.

2. The laser control module used in the medical industry according to claim 1, characterized in that: The relay control section always detects the high-frequency cooling water status after startup. If the cooling water status is 0 or the TEC is not within a preset fluctuation range of 23 degrees Celsius, the machine will be shut down immediately.

3. The laser control module used in the medical industry according to claim 1, characterized in that: The K8 is the peristaltic pump power supply, ZLS is the treatment water solenoid valve, ZLQ is the treatment gas solenoid valve, and FZLSQ is the treatment water return valve. If the case interface is exited, the high repetition rate power supply will be automatically turned off, and when the water vapor parameter interface is closed, the water vapor parameters will be automatically cleared and return to the previous interface.

4. The laser control module for use in the medical industry according to claim 1, characterized in that: If there is no pedaling action after clicking the optical fiber, the optical fiber will be turned off after a preset time. The voltage range of the NL voltage is 0-5000mv, and the NL voltage is a synonym for the voltage in the high repetition rate working mode.

5. The laser control module used in the medical industry according to claim 1, characterized in that: In the optical fiber activation mode and the water mist preparation mode under the high repetition rate, during the shutdown or standby process, the high repetition rate standby signal is automatically set to 0 and returns to the previous interface.

6. The laser control module for use in the medical industry according to claim 1, characterized in that: The specific parameters of the fiber activation mode of the laser control module under the low repetition rate are as follows: After selecting a case in the case selection interface, turn on the low repetition rate power supply, send KMO after clicking standby, and the KMO is set to 1. Then detect the pre-combustion state. If the pre-combustion state is 0, send KMO to 0 and alarm. If the pre-combustion state is 1, click the optical fiber interface in the parameter setting interface, send NM voltage and step on the pedal after a delay of 2s to send the set laser frequency, charging pulse, and light pulse. After releasing the pedal, the laser frequency, charging pulse, and light pulse are cleared.

7. The laser control module used in the medical industry according to claim 6, characterized in that: The laser frequency is 0-60 Hz, and KMO is a pre-combustion signal.

8. The laser control module used in the medical industry according to claim 6, characterized in that: The NM voltage is a voltage symbol in the low repetition rate working mode, and its voltage range is 0-5000mv.

9. The laser control module used in the medical industry according to claim 1, characterized in that: The specific parameters of the water mist preparation mode of the water mist control module under the low repetition frequency are as follows: After selecting a case in the case selection interface, turn on the low repetition rate power supply, send KMO after clicking standby, and the KMO is set to 1. Then detect the pre-combustion status. If the pre-combustion status is 0, send KMO to 0 and issue an alarm. If the pre-combustion status is 1, click the water mist interface in the parameter setting interface. After sending the water mist parameters, step on the pedal, set K8, ZLS, and ZLQ to 1, and set FZLSQ to 0. After releasing the pedal, set K8, ZLS, and ZLQ to 0, and set FZLSQ to 1.

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