CN105816963B - Low-light thermoplastic lifting instrument - Google Patents

Abstract

The invention discloses a kind of low-light thermoplastic lifting instruments, and including housing, optical fiber component and foot pedal apparatus, the front of the housing is equipped with touch-screen, indicator light and rotation button；Control system, cooling system, power control system, laser generator, visible light generator and fiber coupler are equipped in the housing；The cooling system includes cooling program memory module, temperature setting module, cooling control module, induction module, temperature comparing module and refrigerating module；The lifting instrument is additionally provided with self-checking system；Control system perfect in shape and function of the present invention, operational platform design are reasonable；Equipped with cooling system, power control system and self-checking system, Intelligentized cooling system, automatic sensing laser head temperature, according to the temperature automatic adjustment of setting are taken；The induced electrified signal of power control system, abnormal automatic alarm protect the safe to use of instrument, also with startup self-detection and set period of time self-checking function.

Description

Shimmer Thermoplastic Lifter

technical field

The invention belongs to the field of medical instruments for beauty treatment, in particular to a low-light thermoplastic lifter.

Background technique

Fiber optic thermoplastic technology is a new non-invasive technology that uses laser radiation to decompose fat with high energy, directly acts on the SMAS fascia layer and surrounding tissues, and welds deep fascia. At present, fiber optic thermoplastic equipment at home and abroad has a simple structure and a single function, which cannot meet people's beauty needs. The existing optical fiber thermoplastic instrument is not flexible enough to adjust the positive and negative pulses, and cannot freely set the instrument parameters, and the function is not perfect. In addition, the cooling system and power control system of the existing optical fiber thermoplastic instrument are not perfect, and there is no self-check function. If the instrument fails during use, it will easily cause medical accidents and endanger the health of patients.

The application document of the State Intellectual Property Office with the application number CN201320725589.2 discloses a multi-functional device for optical fiber thermoplastic beauty treatment. The function of this invention patent is too simple, and the operation interface needs to be improved.

Contents of the invention

In order to solve the above technical problems, the present invention provides a low-light thermoplastic lifter with perfect functions, reasonable design of operation interface, easy control of operation process, small size, easy to carry, flexible adjustment of positive and negative pulse values, setting and storage of various Various parameter values, with a complete self-test system, cooling system and power control system.

The present invention is realized by adopting the following technical solutions. A low-light thermoplastic hoist includes a housing, an optical fiber assembly and a pedal device. The front of the housing is provided with a touch screen, an indicator light and a rotary button. The housing The back of the housing is provided with a fan outlet, a ground wire interface, a power supply interface, a USB interface, a pedal device interface and a projection device interface; one side of the housing is provided with an optical fiber component interface and a hand control device interface; the top of the housing There is a master switch button; the optical fiber assembly includes a laser head and an optical fiber connected to the laser head, and the optical fiber is connected to the hoist through the interface of the optical fiber assembly; a control system, a cooling system, a power control system, a laser Generators, visible light generators and fiber optic couplers;

The optical fiber coupler is used to receive the laser light and visible light respectively emitted by the laser generator and the visible light generator, divide them into optical fibers, and send out the laser light and visible light simultaneously through the laser head.

The operation interface of the invention is reasonably arranged and has perfect functions; the visible light can be used as the visible indicating light of the laser, and the pedal device can be used to emit the laser.

Preferably, the control system includes a pulse energy adjustment module, a pulse number adjustment module, a laser power adjustment module, a parameter storage module and a setting module;

The pulse energy adjustment module is used to adjust the pulse energy;

The pulse points adjustment module is used to adjust the pulse points;

The laser power adjustment module is used to adjust the power of the laser;

The parameter storage module is used to store all currently set parameters;

The setting module is used to provide users with an interface for custom setting instrument parameter values.

The invention can freely adjust pulse energy, number of points, laser power, set and save system parameters.

Preferably, the control system further includes a switch module and a positive pulse adjustment module, a negative pulse adjustment module, a continuous module, a reset module and a single module in communication with the switch module;

The positive pulse adjustment module is used to adjust the positive pulse value;

The negative pulse adjustment module is used to adjust the negative pulse value;

When the continuous module is started, the switch module sends an instruction to close the positive pulse adjustment module and the negative pulse adjustment module;

When the reset module is started, the switch module sends an instruction to turn on the positive pulse adjustment module and the negative pulse adjustment module;

When the single module is started, the switching module sends an instruction to turn on the positive pulse adjustment module and an instruction to turn off the negative pulse adjustment module.

The continuous module, the reset module and the single module can control the start or close of the positive pulse regulation module and the negative pulse regulation module.

Preferably, the control system further includes a laser power receiving module and an alarm module, the laser power receiving module is used to receive the laser power output by the pedal device control, when the received laser power is different from the preset laser power, the The alarm module sends an alarm command.

The alarm module can control the output laser power, and when the received laser power is different from the preset laser power, an alarm signal will be sent.

Preferably, the cooling system includes a cooling program storage module, a temperature setting module, a cooling control module, a sensing module, a temperature comparison module and a cooling module;

The cooling control module communicates with the temperature setting module, the cooling program storage module, the sensing module and the cooling module;

The cooling program storage module is used to pre-store the cooling program;

The temperature setting module is used to pre-set the required temperature value;

The sensing module is used to sense the temperature of the laser head and send the temperature value to the cooling control module;

The temperature comparison module is used to compare the sensed laser head temperature and the preset temperature, and send the comparison result to the cooling module;

The cooling module is used to adjust the cooling temperature according to a predetermined program.

Equipped with a cooling system, the temperature setting module pre-sets the required temperature value, the sensing module senses the temperature of the laser head and sends the temperature value to the cooling control module, the cooling module adjusts the cooling temperature according to a predetermined program, and the cooling system intelligently adjusts the temperature of the laser head.

The power control system includes a laser generator energization module, a visible light generator energization module, a cooling system energization module, an energization sensing module, an abnormal alarm module, a sequential energization module, a power-off loop module, and a power-on control module; the power-on control module and The laser generator power-on module, the visible light generator power-on module, the cooling system power-on module, the power-on sensing module, the abnormal alarm module, the sequential power-on module, and the power-off circuit module communicate with each other;

The laser generator power-on module is used to control the power-on of the laser generator;

The visible light generator energization module is used to control the visible light generator energization;

The cooling system power supply module is used for controlling the power supply of the cooling system;

The power-on sensing module is used to sense the power-on signal and send the detected data to the power-on control module;

The abnormal alarm module is connected to the power-on sensing module, and automatically alarms when an abnormality occurs;

The sequential power-on module is used to control the sequential power-on between the branches;

The closing energization loop module is used to close the energization loop.

It has a power control system, which can better adjust the power supply, control the power supply of each branch, sense the current situation of the power supply, automatically alarm in case of abnormality, deal with it in time, and ensure the normal operation of the instrument; it is equipped with a self-checking system. Self-inspection is carried out at the start-up and set time, and by comparing with the theoretical power value, an abnormal alarm is processed; the power-on control module intelligently controls the power-on and off of the power-on system, and alarms in abnormal situations.

Preferably, the indicator lights are respectively a power on/off indicator light, a laser emission indicator light and an alarm signal indicator light.

The outer surface of the optical fiber is provided with a protective layer, and the outer surface of the protective layer is provided with a protective sleeve, and the material of the optical fiber is quartz.

The cooling system also includes a fan.

The hoist is also provided with a self-inspection system, and the self-inspection system includes a self-inspection start module, a branch control module, a self-inspection comparison module and a self-inspection alarm module;

The self-test starting module is used to start the self-test program at a preset self-test time;

The branch control module controls the self-test of each branch of the power control system, laser generator, visible light generator, optical fiber coupler, and cooling system in sequence after the self-check program is started.

Equipped with a self-inspection system, self-inspection is performed at the start-up and set time, and an abnormal alarm is processed by comparing with the theoretical power value; self-inspection can be performed at start-up or at the set time.

The invention has perfect functions, reasonable operation interface design, continuous module, reset module and single module, which control the start and stop of positive pulse regulation module and negative pulse regulation module; various setting parameters can be conveniently set and saved.

The control system also includes a laser power receiving module and an alarm module, the laser power receiving module is used to receive the laser power output by the pedal device control, when the received laser power is different from the preset laser power, the alarm module will Issue an alarm command.

It has a power control system, which can better adjust the power supply to ensure the normal operation of the instrument; it is equipped with a self-checking system, and an abnormal alarm is processed by comparing with the theoretical power value; it is equipped with a cooling system, the sensor module senses the temperature of the laser head and The temperature value is sent to the cooling control module, and the cooling module adjusts the cooling temperature according to a predetermined program.

The invention has perfect functions, better satisfies the needs of cosmetic and plastic surgery, has reasonable operation interface design, and is easy to operate and control the instrument.

Description of drawings

Further explanation below in conjunction with accompanying drawing and specific embodiment:

Fig. 1 is an exploded view of the low-light thermoplastic lifter according to Embodiment 1 of the present invention.

Fig. 2 is a right side view of the low-light thermoplastic lifter according to Embodiment 1 of the present invention.

Fig. 3 is a rear view of the low-light thermoplastic lifter according to Embodiment 1 of the present invention.

Fig. 4 is a cross-sectional view of an optical fiber according to Embodiment 1 of the present invention.

Fig. 5 is a schematic structural diagram of the control system of Embodiment 1 of the present invention.

Fig. 6 is a schematic structural view of the cooling system in Embodiment 1 of the present invention.

FIG. 7 is a schematic structural diagram of a power control system according to Embodiment 1 of the present invention.

Fig. 8 is a schematic structural diagram of a control system according to Embodiment 2 of the present invention.

Fig. 9 is a schematic structural diagram of a control system according to Embodiment 3 of the present invention.

Fig. 10 is a schematic structural diagram of the self-inspection system of the low-light thermoplastic lifting instrument according to Embodiment 4 of the present invention.

Detailed ways

Example 1

As shown in Fig. 1, Fig. 2 and Fig. 3, a low-light thermoplastic hoist includes a housing 1, an optical fiber assembly and a pedal device 17, and the front of the housing 1 is provided with a touch screen 2, an indicator light and a rotating button 5, the back side of the housing 1 is provided with a fan outlet 12, a ground wire interface 15, a power supply interface 13, a USB interface 14, a pedal device interface 11 and a projection device interface 4; one side of the housing 1 is provided with Optical fiber assembly interface 27 and hand control device interface 32; The top of described casing 1 is provided with master switch button 8; Described optical fiber assembly comprises laser head and the optical fiber 29 that is connected with laser head, and described optical fiber 29 passes through optical fiber assembly interface 27 It is connected with the hoist; the housing 1 is equipped with a control system 100, a cooling system 200, a power control system 300, a laser generator, a visible light generator and a fiber coupler;

The optical fiber coupler is used to receive the laser light and visible light respectively emitted by the laser generator and the visible light generator, and divide them into the optical fiber 29, and simultaneously send out the laser light and visible light through the laser head.

The indicator lights are respectively a power on-off indicator light 3, a laser emission indicator light 6 and an alarm signal indicator light 7.

The outer surface of the optical fiber 29 is provided with a protective layer 30 , and the outer surface of the protective layer 30 is provided with a protective sleeve 31 , and the material of the optical fiber 29 is quartz.

As shown in Figure 5, the control system 100 includes a pulse energy adjustment module 101, a pulse points adjustment module 102, a laser power adjustment module 103, a parameter storage module 104 and a setting module 105;

The pulse energy adjustment module 101 is used to adjust the pulse energy;

The pulse points adjustment module 102 is used to adjust the pulse points;

The laser power adjustment module 103 is used to adjust the power of the laser;

The parameter storage module 104 is used to store all currently set parameters;

The setting module 105 is used for providing an interface for users to customize and set the parameter values of the hoist.

As shown in Figure 6, the cooling system 200 includes a cooling program storage module 210, a temperature setting module 220, a cooling control module 230, a sensing module 240, a temperature comparison module 250 and a cooling module 260;

The cooling control module 230 communicates with the temperature setting module 220, the cooling program storage module 210, the sensing module 240 and the cooling module 260;

The cooling program storage module 210 is used to pre-store the cooling program;

The temperature setting module 220 is used to preset the required temperature value;

The sensing module 240 is used to sense the temperature of the laser head and send the temperature value to the cooling control module;

The temperature comparison module 250 is used to compare the sensed laser head temperature with a preset temperature, and send the comparison result to the cooling module 260;

The cooling module 260 is configured to adjust the cooling temperature according to a predetermined program.

As shown in FIG. 3 , the cooling system 200 further includes a fan 16 .

As shown in Figure 7, the power supply control system 300 includes a laser generator power-on module 310, a visible light generator power-on module 320, a cooling system power-on module 330, a power-on sensing module 340, an abnormal alarm module 350, a sequential power-on module 360, and a power-off module 360. Loop module 370, power control module 380;

The energization control module 380 communicates with the laser generator energization module 310, the visible light generator energization module 320, the cooling system energization module 330, the energization sensing module 340, the abnormal alarm module 350, the sequence energization module 360, and the energization circuit closing module 370;

The laser generator power-on module 310 is used to control the power-on of the laser generator;

The visible light generator power supply module 320 is used to control the power supply of the visible light generator;

A cooling system power supply module 330, configured to control the power supply of the cooling system 200;

The power-on sensing module 340 is used to sense the power-on signal and send the detected data to the power-on control module 380;

The abnormal alarm module 350 is connected to the power-on sensing module 340, and automatically alarms when an abnormality occurs;

The sequential power-on module 360 is used to control the sequential power-on between branches;

The closing energization loop module 370 is used to close the energization loop.

Example 2

As shown in Figure 8, the difference between Embodiment 2 and Embodiment 1 is that the control system 100 also includes a switching module 106 and a positive pulse adjustment module 107, a negative pulse adjustment module 108, and a continuous module 109 communicating with the switching module 106. , reset module 110 and single item module 111;

The positive pulse adjustment module 107 is used to adjust the positive pulse value;

The negative pulse adjustment module 108 is used to adjust the negative pulse value;

When the continuous module 109 starts, the switching module 106 sends an instruction to close the positive pulse adjustment module 107 and the negative pulse adjustment module 108;

When the reset module 110 is started, the switch module 106 sends an instruction to turn on the positive pulse adjustment module 101 and the negative pulse adjustment module 108;

When the individual module 111 is started, the switching module 106 issues an instruction to turn on the positive pulse adjustment module 107 and an instruction to turn off the negative pulse adjustment module 108 .

The rest of embodiment 2 are the same as embodiment 1

Example 3

As shown in Figure 9, the difference between Embodiment 3 and Embodiment 2 is that the control system 100 also includes a laser power receiving module 112 and an alarm module 113, and the laser power receiving module 112 is used to receive the control output of the pedal device 17 When the received laser power is different from the preset laser power, the alarm module 113 sends out an alarm command.

Embodiment 3 all the other are identical with embodiment 2.

Example 4

As shown in Figure 10, the difference between embodiment 4 and embodiment 3 is that the hoist is also provided with a self-inspection system 400, and the self-inspection system 400 includes a self-inspection start module 410 and a branch control module 420;

The self-test starting module 410 is configured to start a self-test program at a preset self-test time;

The branch control module 420 controls the self-test of each branch of the power control system 300 , laser generator, visible light generator, optical fiber coupler, and cooling system 200 in sequence after the self-check program is started.

The above-mentioned embodiments are only descriptions of preferred implementations of the present invention, and are not intended to limit the scope of the present invention. Without departing from the design spirit of the present invention, those skilled in the art may make various modifications to the technical solutions of the present invention. and improvements, all should fall within the scope of protection determined by the claims of the present invention.

Claims (8)

1. a kind of low-light thermoplastic lifting instrument, which is characterized in that including housing (1), optical fiber component and foot pedal apparatus (17), the shell The front of body (1) is equipped with touch-screen (2), indicator light and rotation button (5), and the back side of the housing (1) is equipped with fan outlet (12), interface of the ground wire (15), power interface (13), USB interface (14), foot pedal apparatus interface (11) and projector equipment interface (4)； The one side of the housing (1) is equipped with optical fiber component interface (27) and hand-control device interface (32)；It is set at the top of the housing (1) There is master switch button (8)；The optical fiber component includes laser head and the optical fiber (29) being connected with laser head, and the optical fiber (29) is logical Optical fiber component interface (27) is crossed with lifting instrument to be connected；Be equipped in the housing (1) control system (100), cooling system (200), Power control system (300), laser generator, visible light generator and fiber coupler；

The fiber coupler, for the laser and visible ray for receiving laser generator and visible light generator is sent respectively, and Divide into optical fiber (29), laser and visible ray are sent out by laser head simultaneously；

The cooling system (200) includes cooling program memory module (210), and temperature setting module (220) cools down control module (230), induction module (240), temperature comparing module (250) and refrigerating module (260)；

The cooling control module (230) and temperature setting module (220), cooling program memory module (210), induction module (240) communicate with refrigerating module (260)；

The cooling program memory module (210), for being pre-stored cooling program；

The temperature setting module (220), for preset temperature required value；

The induction module (240), for sensing laser head temperature and temperature value being sent to cooling control module；

The temperature comparing module (250), for the laser head sensed temperature and presetting temperature to be compared, and handle Comparison result is sent to refrigerating module (260)；

The refrigerating module (260), for adjusting cooling temperature according to predetermined program；

The power control system (300) includes laser generator energization module (310), visible light generator energization module (320), cooling system energization module (330), energization induction module (340), abnormal alarm module (350), order energization module (360), power circuit module (370), power control module (380) are closed；

The power control module (380) and laser generator energization module (310), visible light generator energization module (320), Cooling system energization module (330), energization induction module (340), abnormal alarm module (350) and order energization module (360), Power circuit module (370) is closed to communicate；

The laser generator energization module (310), for laser generator to be controlled to be powered；

The visible light generator energization module (320), for visible light generator to be controlled to be powered；

Cooling system energization module (330), for controlling the energization of cooling system (200)；

The energization induction module (340) gives power control module for induced electrified signal and the data sending detected (380)；

The abnormal alarm module (350), connection energization induction module (340), when occurring abnormal, automatic alarm is handled；

The order energization module (360) is sequentially powered for controlling between each branch；

The closing power circuit module (370), for closing power circuit.

2. low-light thermoplastic lifting instrument according to claim 1, which is characterized in that the control system (100) includes pulse Energy adjusting module (101), pulse points adjustment module (102), laser power adjustment module (103), parameter memory module (104) and setup module (105)；

The pulse energy adjustment module (101), for adjusting pulse energy；

The pulse points adjustment module (102), for adjusting pulse points；

The laser power adjustment module (103) is used to adjust the power of laser；

The parameter memory module (104), for storing the parameter of current all settings；

The setup module (105), for providing the interface of self-defined setting lifting instrument parameter values to the user.

3. low-light thermoplastic lifting instrument according to claim 1, which is characterized in that the control system (100), which further includes, cuts Mold changing block (106) and communicate with handover module (106) positive pulse adjustment module (107), negative pulse adjustment module (108), Successive module (109) resets module (110) and monomial module (111)；

The positive pulse adjustment module (107), for adjusting positive pulse numerical value；

The negative pulse adjustment module (108), for adjusting negative pulse numerical value；

When the successive module (109) starts, handover module (106), which is sent, closes positive pulse adjustment module (107) and negative pulse The instruction of adjustment module (108)；

When the replacement module (110) starts, handover module (106), which is sent, opens positive pulse adjustment module (101) and negative pulse The instruction of adjustment module (108)；

When the monomial module (111) starts, handover module (106) send the instruction of opening positive pulse adjustment module (107) and Close the instruction of negative pulse adjustment module (108).

4. low-light thermoplastic lifting instrument as described in claim 1, which is characterized in that the control system (100) further includes laser Power receiving module (112) and alarm module (113), the laser power receiving module (112) are used to receive foot pedal apparatus (17) laser power of control output, when the laser power of reception is with default laser power difference, the alarm module (113) alarm command is sent.

5. low-light thermoplastic lifting instrument according to claim 1, which is characterized in that the indicator light is respectively that on/off is shown Show lamp (3), Laser emission indicator light (6) and alarm signal indicator light (7).

6. low-light thermoplastic lifting instrument according to claim 1, which is characterized in that the outside of the optical fiber (29) is equipped with protection Layer (30), protective layer (30) outside are equipped with protective case (31), and the material of the optical fiber (29) is quartz.

7. low-light thermoplastic lifting instrument according to claim 1, which is characterized in that the cooling system (200) further includes wind It fans (16).

8. low-light thermoplastic lifting instrument according to claim 1, which is characterized in that the lifting instrument is additionally provided with self-checking system (400), the self-checking system (400) includes self-test starting module (410), branch control module (420)；

The self-test starting module (410), for starting self-check program in the default self-test time；

The branch control module (420) after self-check program starts, controls power control system (300), laser to occur successively Device, visible light generator, fiber coupler, cooling system (200) each branch self-test.