CN204745392U - Semiconductor laser therapeutic instrument of intelligent tuning laser intensity - Google Patents
Semiconductor laser therapeutic instrument of intelligent tuning laser intensity Download PDFInfo
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- CN204745392U CN204745392U CN201520413251.2U CN201520413251U CN204745392U CN 204745392 U CN204745392 U CN 204745392U CN 201520413251 U CN201520413251 U CN 201520413251U CN 204745392 U CN204745392 U CN 204745392U
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Abstract
The utility model provides a semiconductor laser therapeutic instrument of intelligent tuning laser intensity, relate to semiconductor laser therapeutic instrument technical field, it includes therapeutic instrument host shell (1), laser transmitting module (2), portable laser irradiation device, the laser receiving device, laser intensity intelligent tuning device and controlling means, laser transmitting module (2) are located therapeutic instrument host shell (1), portable laser irradiation device includes electronic slip table (3), shine first base plate (4) and laser irradiation head (5), the slide rail fixed mounting of electronic slip table (3) is in one side of therapeutic instrument host shell (1), it is equipped with the first mounting groove of laser irradiation on first base plate (4) to shine, the utility model discloses a promoting, can providing an ability and come semiconductor laser therapeutic instrument of intelligent tuning laser intensity according to transmission laser intensity, structural design is reasonable, and it is convenient to use, and treatment is good, has fine market spreading value.
Description
Technical field
This utility model relates to semiconductor laser therapeutic instrument technical field, is specifically related to a kind of semiconductor laser therapeutic instrument of adjustment laser intensity.
Background technology
Semiconductor laser therapeutic instrument adopts wavelength to be the low-intensity laser irradiation radial artery of 650nm, Neiguan acupoint and nasal cavity, pass through Photochemical effects, hematodinamics and blood fat, metabolism of blood glucose are improved, thus improve erythrocytic oxygen carrying capacity and deformability, reduce blood viscosity, reduce blood fat, reduce blood pressure, improve blood glucose, reach the object for the treatment of " three-hypers " disease and cardiovascular and cerebrovascular disease.The low-intensity laser irradiation blood of semiconductor laser therapeutic instrument can cause a series of biochemical reaction of human body, by invigorating blood circulation and quiet blood two aspect improved effect and the physiological function recovering blood.At present, the laser exposure rate of semiconductor laser therapeutic instrument on the market comes manually to adjust by knob or button, will cause like this, and laser intensity is not suitable for corresponding human body, can produce harmful effect.
Summary of the invention
The purpose of this utility model is exactly in order to at present, the laser exposure rate of semiconductor laser therapeutic instrument on the market comes manually to adjust by knob or button, will cause like this, laser intensity is not suitable for corresponding human body, the deficiency of harmful effect can be produced, and a kind of semiconductor laser therapeutic instrument of adjustment laser intensity is provided.
This utility model comprises therapeutic instrument host shell, laser emitting module, mobile laser irradiation unit, laser receiver, laser intensity intelligent regulating device and control device, laser emitting module is positioned at therapeutic instrument host shell, mobile laser irradiation unit comprises electronic slide unit, irradiation head substrate and laser irradiating head, the slide rail of electronic slide unit is fixedly mounted on the side of therapeutic instrument host shell, irradiation head substrate is provided with laser irradiating head mounting groove, irradiation head substrate is arranged on the slide block of electronic slide unit, laser irradiating head to be arranged on irradiation head substrate in laser irradiating head mounting groove, laser receiver comprises Receiver substrate and laser pick-off head, Receiver substrate is provided with laser pick-off head mounting groove, Receiver substrate is fixedly mounted on the side of therapeutic instrument host shell, and Receiver substrate is positioned at immediately below irradiation head substrate, laser pick-off head is arranged in the laser pick-off head mounting groove of Receiver substrate, and laser pick-off head is just to laser irradiating head, laser intensity intelligent regulating device receives laser intensity according to laser pick-off head, the lasing intensity of adjustment laser emitting module, control device controls startup and the stopping of electronic slide unit, control device controls the emissive porwer of laser emitting module.
Laser intensity intelligent regulating device comprises Analog input mModule, microchip, laser intensity modulation circuit, laser pick-off head is connected by communication by Analog input mModule and microchip, and microchip is by the lasing intensity of laser intensity modulation circuit adjustment laser emitting module.
Control device comprises supervisory keyboard and display screen, and supervisory keyboard and display screen are arranged on therapeutic instrument host shell respectively, and supervisory keyboard and display screen are connected by communication with microchip respectively.
Also have a pair silica gel contoured pad, a pair silica gel contoured pad is respectively equipped with laser and dodges hole, a pair silica gel contoured pad is arranged on irradiation head substrate and Receiver substrate respectively, and the laser in a pair silica gel contoured pad is dodged hole and laid respectively at laser irradiating head and laser pick-off head place.
This utility model advantage is: popularization of the present utility model, and can provide a kind of semiconductor laser therapeutic instrument that can carry out adjustment laser intensity according to transmission laser intensity, reasonable in design, easy to use, therapeutic effect is good, has good market popularization value.
Accompanying drawing explanation
Fig. 1 is this utility model structural representation.
In figure: 1, therapeutic instrument host shell; 2, laser emitting module; 3, electronic slide unit; 4, irradiation head substrate; 5, laser irradiating head; 6, Receiver substrate; 7, laser pick-off head; 8, microchip; 9, laser intensity modulation circuit; 10, supervisory keyboard; 11, display screen; 12, a pair silica gel contoured pad.
Detailed description of the invention
Below in conjunction with accompanying drawing, this utility model is described further.
As shown in Figure 1, this utility model comprises therapeutic instrument host shell 1, laser emitting module 2, mobile laser irradiation unit, laser receiver, laser intensity intelligent regulating device and control device, laser emitting module 2 is positioned at therapeutic instrument host shell 1, mobile laser irradiation unit comprises electronic slide unit 3, irradiation head substrate 4 and laser irradiating head 5, the slide rail of electronic slide unit 3 is fixedly mounted on the side of therapeutic instrument host shell 1, irradiation head substrate 4 is provided with laser irradiating head mounting groove, irradiation head substrate 4 is arranged on the slide block of electronic slide unit 3, laser irradiating head 5 to be arranged on irradiation head substrate 4 in laser irradiating head mounting groove, laser receiver comprises Receiver substrate 6 and laser pick-off 7, Receiver substrate 6 is provided with laser pick-off head mounting groove, Receiver substrate 6 is fixedly mounted on the side of therapeutic instrument host shell 1, and Receiver substrate 6 is positioned at immediately below irradiation head substrate 4, laser pick-off 7 is arranged in the laser pick-off head mounting groove of Receiver substrate 6, and laser pick-off 7 is just to laser irradiating head 5, laser intensity intelligent regulating device is according to a laser pick-off 7 reception laser intensity, the lasing intensity of adjustment laser emitting module 2, control device controls startup and the stopping of electronic slide unit 3, control device controls the emissive porwer of laser emitting module 2.
Laser intensity intelligent regulating device comprises Analog input mModule, microchip 8, laser intensity modulation circuit 9, laser pick-off 7 is connected by communication by Analog input mModule and microchip 8, and microchip 8 adjusts the lasing intensity of laser emitting module 2 by laser intensity modulation circuit 9.
Control device comprises supervisory keyboard 10 and display screen 11, and supervisory keyboard 10 and display screen 11 are arranged on therapeutic instrument host shell 1 respectively, and supervisory keyboard 10 and display screen 11 are connected by communication with microchip 8 respectively.
Also have a pair silica gel contoured pad 12, a pair silica gel contoured pad 12 is respectively equipped with laser and dodges hole, a pair silica gel contoured pad 12 is arranged on irradiation head substrate 4 and Receiver substrate 6 respectively, and the laser in a pair silica gel contoured pad 12 is dodged hole and laid respectively at laser irradiating head 5 and laser pick-off 7 place.
Working method and principle: during use, operating control keyboard 10 controls electronic slide unit 3 and starts, open irradiation head substrate 4, therapentic part is placed between a pair silica gel contoured pad 12, start laser emitting module 2, laser irradiating head 5 and laser pick-off 7, laser irradiation is carried out to therapentic part, laser pick-off 7 reception are through the laser of human body, and being transferred to microchip 8 by Analog input mModule, microchip 8 adjusts the lasing intensity of laser emitting module 2 to adapt to human body by laser intensity modulation circuit 9.
Claims (4)
1. the semiconductor laser therapeutic instrument of an adjustment laser intensity, it is characterized in that it comprises therapeutic instrument host shell (1), laser emitting module (2), mobile laser irradiation unit, laser receiver, laser intensity intelligent regulating device and control device, laser emitting module (2) is positioned at therapeutic instrument host shell (1), mobile laser irradiation unit comprises electronic slide unit (3), irradiation head substrate (4) and laser irradiating head (5), the slide rail of electronic slide unit (3) is fixedly mounted on the side of therapeutic instrument host shell (1), irradiation head substrate (4) is provided with laser irradiating head mounting groove, irradiation head substrate (4) is arranged on the slide block of electronic slide unit (3), laser irradiating head (5) is arranged in the upper laser irradiating head mounting groove of irradiation head substrate (4), laser receiver comprises Receiver substrate (6) and laser pick-off head (7), Receiver substrate (6) is provided with laser pick-off head mounting groove, Receiver substrate (6) is fixedly mounted on the side of therapeutic instrument host shell (1), and Receiver substrate (6) is positioned at immediately below irradiation head substrate (4), laser pick-off head (7) is arranged in the laser pick-off head mounting groove of Receiver substrate (6), and laser pick-off head (7) is just to laser irradiating head (5), laser intensity intelligent regulating device receives laser intensity according to laser pick-off head (7), the lasing intensity of adjustment laser emitting module (2), control device controls startup and the stopping of electronic slide unit (3), control device controls the emissive porwer of laser emitting module (2).
2. the semiconductor laser therapeutic instrument of a kind of adjustment laser intensity according to claim 1, it is characterized in that laser intensity intelligent regulating device comprises Analog input mModule, microchip (8), laser intensity modulation circuit (9), laser pick-off head (7) is connected by communication by Analog input mModule and microchip (8), and microchip (8) is by the lasing intensity of laser intensity modulation circuit (9) adjustment laser emitting module (2).
3. the semiconductor laser therapeutic instrument of a kind of adjustment laser intensity according to claim 1 and 2, it is characterized in that control device comprises supervisory keyboard (10) and display screen (11), supervisory keyboard (10) and display screen (11) are arranged on therapeutic instrument host shell (1) respectively, and supervisory keyboard (10) and display screen (11) are connected by communication with microchip (8) respectively.
4. the semiconductor laser therapeutic instrument of a kind of adjustment laser intensity according to claim 1, it is characterized in that a pair silica gel contoured pad (12) in addition, a pair silica gel contoured pad (12) is respectively equipped with laser and dodges hole, a pair silica gel contoured pad (12) is arranged on irradiation head substrate (4) and Receiver substrate (6) respectively, and the laser on a pair silica gel contoured pad (12) is dodged hole and laid respectively at laser irradiating head (5) and laser pick-off head (7) place.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520413251.2U CN204745392U (en) | 2015-06-16 | 2015-06-16 | Semiconductor laser therapeutic instrument of intelligent tuning laser intensity |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520413251.2U CN204745392U (en) | 2015-06-16 | 2015-06-16 | Semiconductor laser therapeutic instrument of intelligent tuning laser intensity |
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| Publication Number | Publication Date |
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| CN204745392U true CN204745392U (en) | 2015-11-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520413251.2U Active CN204745392U (en) | 2015-06-16 | 2015-06-16 | Semiconductor laser therapeutic instrument of intelligent tuning laser intensity |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113952624A (en) * | 2021-10-16 | 2022-01-21 | 武汉左点科技有限公司 | Laser positioning method and device for three-high therapeutic apparatus |
-
2015
- 2015-06-16 CN CN201520413251.2U patent/CN204745392U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113952624A (en) * | 2021-10-16 | 2022-01-21 | 武汉左点科技有限公司 | Laser positioning method and device for three-high therapeutic apparatus |
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