CN103405857B - A kind of laser treatment terminal device - Google Patents

A kind of laser treatment terminal device Download PDF

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Publication number
CN103405857B
CN103405857B CN201310363021.5A CN201310363021A CN103405857B CN 103405857 B CN103405857 B CN 103405857B CN 201310363021 A CN201310363021 A CN 201310363021A CN 103405857 B CN103405857 B CN 103405857B
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laser
negative pressure
cup
terminal device
lens
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CN201310363021.5A
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CN103405857A (en
Inventor
张海波
吕恒勇
吴金鹏
胡甜甜
龚智勇
李迎新
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Institute of Biomedical Engineering of CAMS and PUMC
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Institute of Biomedical Engineering of CAMS and PUMC
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Abstract

The invention provides a kind of laser treatment terminal device, main layout is for be divided into upper, middle and lower three part by cup, upper cup is used for static controller, the lens mobile space of middle cup for providing hot spot adjustable, and the external bonder of fixed laser optical fiber and negative pressure gas circuit external interface are installed, lower cup body is used for providing negative pressure space and laser via installing space; Described laser treatment terminal device, laser therapy terminal can either be implemented separately fix, laser and negative-pressure cupping can be combined again, can fine adjustment laser facula area, the little wick of moxa-moxibustion, middle wick, the laser therapy of large wick enforcement individuation can be imitated, can detect in real time and the technical parameters such as displays temperature, pressure, laser power simultaneously.

Description

A kind of laser treatment terminal device
Technical field
The present invention relates to the treatment of a kind of laser medicine and Chinese medicine acupuncture therapeutic equipment, especially a kind of laser treatment terminal device.
Background technology
The ultimate principle of laser therapy utilizes laser to irradiate skin, acupuncture point or affected part, to reach the object of disease therapy.But in actual therapeutic process, laser therapy terminal often Laser output optical fiber and the simple of skin site is fixed, fixed form lacks the specific aim to human body different parts, laser is radiated at the facula area on skin simultaneously, hot spot power also all lacks corresponding measuring technique, the laser treatment terminal device merging these functions is in the space state of research and development for a long time, cause laser therapy instrument hommization degree low, enforcement level monitoring is poor, risk realize in Laser output process effectively cannot be controlled, significantly limit the universal and application clinically of laser therapy technology, become the important bottleneck of laser therapy instrument extensive use at present.
The core technology of laser therapy is the regulation and control of laser power density, and the facula area of power density and laser has substantial connection.Though laser acupuncture and moxibustion most widely used at present adopts negative pressure to assist fixed laser treatment terminal, but can not power density be monitored, can not accurate adjustment facula area automatically, and its fixing means all relies on negative pressure, the treatment being not suitable for negative pressure is had much room for improvement its fixing means.
Summary of the invention
Technical problem to be solved by this invention is to provide a kind of laser treatment terminal device detected for multiparameter.
For solving the problems of the technologies described above, technical scheme of the present invention is:
A kind of laser treatment terminal device, comprise and being fixedly connected sequentially, and the upper cup that is communicated with is carried out by air extractor, middle cup and lower cup body, controller is provided with in described upper cup, the sealant with isolation features is provided with between described middle cup and lower cup body, the laser via space of removable condenser lens is communicated with in the middle part of described middle cup and lower cup body, described condenser lens is arranged at described laser via interior volume, and moved up and down by the adjusting device of this side, laser via space, described divergent lens is fixed on described laser via interior volume, and be arranged at described condenser lens bottom, the end in described laser via space is also provided with external laser laser input coupling interface, described lower cup body inside is fixedly installed lower cup body temperature sensor respectively, shell temperature detecting sensor, the probe of laser power detection sensor and detection of negative pressure sensor, and described lower cup body temperature sensor, shell temperature detecting sensor, laser power detection sensor is connected with the controller in upper cup respectively with detection of negative pressure sensor, wherein, described shell temperature detecting sensor and laser power detection sensor are arranged at described laser via interior volume simultaneously, below described divergent lens.
Preferably, above-mentioned laser treatment terminal device, described adjusting device comprises lens distance adjusting gear knob, lens distance adjustment fixed guide, lens distance regulates driving gear and lens distance to regulate passive guide rail, described lens distance adjustment fixed guide is fixed on side, described laser via space, described lens distance regulates passive guide rail to be fixed on described lens distance adjustment fixed guide, described lens distance regulates driving gear to regulate passive slide to be connected with described lens distance, this lens distance regulates driving gear one end to connect described condenser lens, the other end is connected with described lens distance adjusting gear knob.
Preferably, above-mentioned laser treatment terminal device, controller in described upper cup comprises microprocessor system panel, LED display, on and off switch and control key composition, and described LED display, on and off switch and control key are respectively with microprocessor system panel connection and to be arranged at described upper cup outside.
Preferably, above-mentioned laser treatment terminal device, described controller also comprises power supply indicator, described power supply indicator be arranged at described upper cup outside and with microprocessor system panel connection.
Preferably, above-mentioned laser treatment terminal device, described controller also comprises negative pressure monitoring alarm lamp and/or temperature detection alarm lamp, described negative pressure monitoring alarm lamp and/or temperature detection alarm lamp be arranged at described upper cup outside and with microprocessor system panel connection.
Preferably, above-mentioned laser treatment terminal device, described control key comprises laser power detection and facula area detection control key, working time setup control key and/or body surface, cup temperature, detection of negative pressure Alternation Display Control key, described laser power detection and facula area detection control key, working time setup control key and/or body surface, cup temperature, detection of negative pressure Alternation Display Control key be arranged at described upper cup outside and with microprocessor system panel connection.
Preferably, above-mentioned laser treatment terminal device, described air extractor comprises outside air pump suction interface, pump-line, negative pressure keeps shut-off valve, shut-off valve bleeding point and negative pressure shut-off valve control line, the shut-off valve bleeding point that described pump-line is arranged by lower end is communicated with described lower cup body, the outside air pump suction interface that described pump-line is arranged by upper end is in communication with the outside, described pump-line is communicated with and is provided with negative pressure maintenance shut-off valve, this negative pressure keeps shut-off valve is provided with negative pressure shut-off valve control line, and pass through the microprocessor system panel connection of this negative pressure shut-off valve control line and controller.
Preferably, above-mentioned laser treatment terminal device, the probe of described shell temperature detecting sensor is positioned under the probe of described laser power detection sensor.
Preferably, above-mentioned laser treatment terminal device, the material in described laser via space is organosilicon.
Preferably, above-mentioned laser treatment terminal device, also comprises retaining collar, and described retaining collar is symmetrically fixed on the both sides of described lower cup body.
The invention has the beneficial effects as follows:
Above-mentioned laser treatment terminal device, laser therapy terminal can either be implemented separately fix, laser and negative-pressure cupping can be combined again, can fine adjustment laser facula area, the little wick of moxa-moxibustion, middle wick, the laser therapy of large wick enforcement individuation can be imitated, can detect in real time and the technical parameters such as displays temperature, pressure, laser power simultaneously.
Accompanying drawing explanation
Fig. 1 is the structural representation of laser treatment terminal device of the present invention;
Fig. 2 is the circuit flow chart of laser treatment terminal device middle controller of the present invention;
Fig. 3 is power-sensing circuit flow chart in the circuit flow chart of laser treatment terminal device middle controller of the present invention.
In figure: 1-LED display screen 2-on and off switch 3-microprocessor system panel
The outside air pump suction interface of 4-external laser laser input coupling interface 5-
6-lens distance adjusting gear knob 7-negative pressure keeps shut-off valve
8-lens distance adjustment fixed guide 9-lens distance regulates driving gear
10-lens distance regulates passive guide rail 11-condenser lens
12-divergent lens 13-laser via space 14-negative pressure shut-off valve control line
Cup 16-sealant 17-lower cup body 18-shut-off valve bleeding point in 15-
19-retaining collar 20-detection of negative pressure sensor probe
21-lower cup body temperature sensor probe 22-laser power detection sensor is popped one's head in
23-shell temperature detecting sensor is popped one's head in
24-laser power detection and facula area detection control key
25-working time setup control key
26-body surface, cup temperature, detection of negative pressure Alternation Display Control key
27-power supply indicator 28-negative pressure monitoring alarm lamp
29-temperature detection alarm lamp 30-cup temperature detection sensor wire
31-shell temperature detecting sensor wire
32-laser power detection sensor wire 33-detection of negative pressure sensor conductor
Detailed description of the invention
In order to make those skilled in the art better understand technical scheme of the present invention, below in conjunction with the drawings and the specific embodiments, technical scheme of the present invention is described in further detail.
Embodiment 1
As shown in Figure 1-Figure 3, a kind of laser treatment terminal device, main layout is for be divided into upper, middle and lower three part by cup, upper cup is used for static controller, the lens mobile space of middle cup 15 for providing hot spot adjustable, and the external bonder of fixed laser optical fiber and negative pressure gas circuit external interface are installed, lower cup body 17 is for providing negative pressure space and laser via installing space.Concrete structure is as follows: comprise and being fixedly connected sequentially, and the upper cup that is communicated with is carried out by air extractor, middle cup 15 and lower cup body 17, also comprise retaining collar 19, is provided with controller in described upper cup, and this controller comprises microprocessor system panel 3(model LPC1758FBD80), LED display 1, negative pressure monitoring alarm lamp 28, temperature detection alarm lamp 29, on and off switch 2, power supply indicator 27 and control key composition, described LED display 1, negative pressure monitoring alarm lamp 28, temperature detection alarm lamp 29, power supply indicator 27, on and off switch 2 and control key are respectively with microprocessor system panel 3 connection and to be arranged at described upper cup outside, and described control key comprises laser power detection and facula area detection control key 24, working time setup control key 25 and body surface, cup temperature, detection of negative pressure Alternation Display Control key 26, described laser power detection and facula area detection control key 24, working time setup control key 25 and body surface, cup temperature, detection of negative pressure Alternation Display Control key 26 be arranged at respectively described upper cup outside and with microprocessor system panel 3 connection,
Described air extractor comprises outside air pump suction interface 5, pump-line, negative pressure keeps shut-off valve 7, shut-off valve bleeding point 18 and negative pressure shut-off valve control line 14, the shut-off valve bleeding point 18 that described pump-line is arranged by lower end is communicated with described lower cup body 17, the outside air pump suction interface 5 that described pump-line is arranged by upper end is in communication with the outside, described pump-line is communicated with and is provided with negative pressure maintenance shut-off valve 7, this negative pressure keeps shut-off valve 7 is provided with negative pressure shut-off valve control line 14, and by microprocessor system panel 3 connection of this negative pressure shut-off valve control line 14 with controller,
The sealant 16 with isolation features is provided with between described middle cup 15 and lower cup body 17, the laser via space 13 of removable condenser lens 11 is communicated with in the middle part of described middle cup 15 and lower cup body 17, it is inner that described condenser lens 11 is arranged at described laser via space 13, and moved up and down by the adjusting device of this side, laser via space 13, described adjusting device comprises lens distance adjusting gear knob 6, lens distance adjustment fixed guide 8, lens distance regulates driving gear 9 and lens distance to regulate passive guide rail 10, described lens distance adjustment fixed guide 8 is fixed on side, described laser via space 13, described lens distance regulates passive guide rail 10 to be fixed on described lens distance adjustment fixed guide 8, described lens distance regulates driving gear 9 and described lens distance to regulate passive guide rail 10 to be slidably connected, this lens distance regulates driving gear 9 one end to connect described condenser lens 11, the other end is connected with described lens distance adjusting gear knob 6,
It is inner that described divergent lens 12 is fixed on described laser via space 13, and be arranged at described condenser lens 11 bottom, the end in described laser via space 13 is also provided with external laser laser input coupling interface 4, described lower cup body 17 inside is fixedly installed lower cup body temperature sensor (film platinum resistor respectively, model VEC-2005) pop one's head in 21, shell temperature detecting sensor probe 23, laser power detection sensor probe 22 and detection of negative pressure sensor (model TS-N16-8) pop one's head in 20, and described lower cup body temperature sensor probe 21 is by microprocessor system panel 3 connection of cup temperature detection sensor wire 30 with upper cup controller, described shell temperature detecting sensor probe 23 is by microprocessor system panel 3 connection of shell temperature detecting sensor wire 31 with upper cup controller, laser power detection sensor probe 22 is by microprocessor system panel 3 connection of laser power detection sensor wire 32 with upper cup controller, detection of negative pressure sensor probe 20 is by microprocessor system panel 3 connection of detection of negative pressure sensor conductor 33 with upper cup controller, wherein, it is inner that described shell temperature detecting sensor and laser power detection sensor are arranged at described laser via space 13 simultaneously, below described divergent lens 12, this shell temperature detecting sensor (film platinum resistor, model VEC-2005) probe be positioned at laser power detection sensor (thermocouple, model UP19K-30H-H5) probe under, avoid the heat effect of laser to the interference of shell temperature detecting sensor, and only measure shell temperature, the material in described laser via space 13 is organosilicon, organosilicon belongs to rigid, after negative pressure causes skin deformation, ensure to change hot spot certain to the distance in affected part, thus ensure the effectiveness for the treatment of, described retaining collar 19 is symmetrically fixed on the both sides of described lower cup body 17, and retaining collar 19 can fix cup by elastic threads and not adopt negative pressure.
Above-mentioned laser treatment terminal device, adjustable for realizing hot spot, imitate the little wick of moxa-moxibustion, middle wick, large wick, lens light path is adopted to realize the adjustment of the hot spot of light beam, its concrete principle utilizes lens imaging principle, again directional light is converted to by after laser focusing, adjustable with the area realizing hot spot, operating principle is the distance being regulated condenser lens 11 and divergent lens 12 by the lens distance adjusting gear knob 6 on cup, its distance adjustment is that the rotation of scioptics distance adjustment gear knob 6 drives lens distance to regulate driving gear 9 to rotate, the upper and lower displacement of further drive lens distance adjustment passive guide rail 10, because lens distance regulates passive guide rail 10 to link together with condenser lens 11, achieve condenser lens 11 like this to change with the distance of divergent lens 12, thus it is adjustable to realize facula area, can survey for realizing power density, then realized by laser power detection sensor (thermocouple sensor) according to Seebeck effect (SeebackEffect), because thermocouple sensor effective area (S) is certain, outside entrant laser power PIN is known, facula area can be calculated by known laser power PIN, its formula is the laser power PIN/P (1-6) of S hot spot=thermocouple sensor effective area (S) × known, thus can by the simulation regulating spot size to realize the little wick of moxa-moxibustion, middle wick, large wick effect, adopt detection of negative pressure sensor to measure internal pressure simultaneously, utilize negative pressure in outside Miniature negative pressure pump and cup to keep shut-off valve 7 to realize the fixing function of negative pressure.This laser treatment terminal device, effectively can treat terminal by fixed laser, the negative pressure of cup both can have been utilized to fix, the fixing noose outside tank body also can have been used to fix, be not only suitable for the treatment that laser is combined with cup, be also suitable for the treatment of independent laser; Utilize the setting of condenser lens 11 and divergent lens 12 can swash light-struck facula area by accurate adjustment, accurately to regulate sharp light-struck intensity and dosage; The setting of each sensor can effectively monitor temperature, pressure, laser power, and carries out digitized display by controller.
Visible, described laser treatment terminal device, fixed by laser therapy terminal in therapeutic process, laser facula regulation and control, the function such as the Real-Time Monitoring of relevant parameter and display, convenient, individuation, digitized laser therapy can be implemented to different patient, make the adjustment of fixing convenient, the laser parameter of laser acupuncture and moxibustion terminal more accurately, hommization more, effectively can expand clinical practice position and the scope of laser therapy, improve clinical therapeutic efficacy, reduce clinical practice risk.
Above-mentioned detailed description of this kind of laser treatment terminal device being carried out with reference to detailed description of the invention; illustrative instead of determinate; several embodiments can be listed according to institute's limited range; therefore in the change do not departed under general plotting of the present invention and amendment, should belong within protection scope of the present invention.

Claims (8)

1. a laser treatment terminal device, it is characterized in that: comprise and being fixedly connected sequentially, and the upper cup that is communicated with is carried out by air extractor, middle cup and lower cup body, controller is provided with in described upper cup, the sealant with isolation features is provided with between described middle cup and lower cup body, the laser via space of removable condenser lens is communicated with in the middle part of described middle cup and lower cup body, described condenser lens is arranged at described laser via interior volume, and moved up and down by the adjusting device of this side, laser via space, divergent lens is fixed on described laser via interior volume, and be arranged at described condenser lens bottom, the end in described laser via space is also provided with external laser laser input coupling interface, described lower cup body inside is fixedly installed lower cup body temperature sensor respectively, shell temperature detecting sensor, the probe of laser power detection sensor and detection of negative pressure sensor, and described lower cup body temperature sensor, shell temperature detecting sensor, laser power detection sensor is connected with the controller in upper cup respectively with detection of negative pressure sensor, wherein, described shell temperature detecting sensor and laser power detection sensor are arranged at described laser via interior volume simultaneously, below described divergent lens, the probe of described shell temperature detecting sensor is positioned under the probe of described laser power detection sensor, controller in described upper cup comprises microprocessor system panel, LED display, on and off switch and control key, described LED display, on and off switch and control key are respectively with microprocessor system panel connection and to be arranged at described upper cup outside.
2. laser treatment terminal device according to claim 1, it is characterized in that: described adjusting device comprises lens distance adjusting gear knob, lens distance adjustment fixed guide, lens distance regulates driving gear and lens distance to regulate passive guide rail, described lens distance adjustment fixed guide is fixed on side, described laser via space, described lens distance regulates passive guide rail to be fixed on described lens distance adjustment fixed guide, described lens distance regulates driving gear to regulate passive slide to be connected with described lens distance, this lens distance regulates driving gear one end to connect described condenser lens, the other end is connected with described lens distance adjusting gear knob.
3. laser treatment terminal device according to claim 1, is characterized in that: described controller also comprises power supply indicator, described power supply indicator be arranged at described upper cup outside and with microprocessor system panel connection.
4. the laser treatment terminal device according to claim 1 or 3, it is characterized in that: described controller also comprises negative pressure monitoring alarm lamp and/or temperature detection alarm lamp, described negative pressure monitoring alarm lamp and/or temperature detection alarm lamp be arranged at described upper cup outside and with microprocessor system panel connection.
5. laser treatment terminal device according to claim 1, it is characterized in that: described control key comprises laser power detection and facula area detection control key, working time setup control key and/or shell temperature, cup temperature, detection of negative pressure Alternation Display Control key, described laser power detection and facula area detection control key, working time setup control key and/or shell temperature, cup temperature, detection of negative pressure Alternation Display Control key be arranged at described upper cup outside and with microprocessor system panel connection.
6. laser treatment terminal device according to claim 1, it is characterized in that: described air extractor comprises outside air pump suction interface, pump-line, negative pressure keeps shut-off valve, shut-off valve bleeding point and negative pressure shut-off valve control line, the shut-off valve bleeding point that described pump-line is arranged by lower end is communicated with described lower cup body, the outside air pump suction interface that described pump-line is arranged by upper end is in communication with the outside, described pump-line is communicated with and is provided with negative pressure maintenance shut-off valve, this negative pressure keeps shut-off valve is provided with negative pressure shut-off valve control line, and pass through the microprocessor system panel connection of this negative pressure shut-off valve control line and controller.
7. laser treatment terminal device according to claim 1, is characterized in that: the material in described laser via space is organosilicon.
8. laser treatment terminal device according to claim 1, is characterized in that: also comprise retaining collar, described retaining collar is symmetrically fixed on the both sides of described lower cup body.
CN201310363021.5A 2013-08-19 2013-08-19 A kind of laser treatment terminal device Active CN103405857B (en)

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Families Citing this family (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP3281598A1 (en) * 2016-08-09 2018-02-14 Koninklijke Philips N.V. Light based skin treatment device and method
CN108665971A (en) * 2017-04-01 2018-10-16 中国医学科学院生物医学工程研究所 A kind of multifunctional intellectual moxibustion therapeutic equipment
CN113577575A (en) * 2021-07-07 2021-11-02 广州市好脾胃健康管理有限公司 Laser treatment device and system based on acupoint feedback

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CN102648989A (en) * 2011-02-28 2012-08-29 汉唐集成股份有限公司 Cupping cup with phototherapy device and electrotherapy device
CN202876114U (en) * 2012-08-02 2013-04-17 深圳普门科技有限公司 Multichip module LED irradiation therapeutic device capable of adjusting size of light spot in self-adaptive manner
CN203647889U (en) * 2013-08-19 2014-06-18 中国医学科学院生物医学工程研究所 Laser treatment terminal device

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CN200960214Y (en) * 2006-07-05 2007-10-17 河南平原光电有限公司 Weak laser eye therapeutic instrument
CN102648989A (en) * 2011-02-28 2012-08-29 汉唐集成股份有限公司 Cupping cup with phototherapy device and electrotherapy device
CN202876114U (en) * 2012-08-02 2013-04-17 深圳普门科技有限公司 Multichip module LED irradiation therapeutic device capable of adjusting size of light spot in self-adaptive manner
CN203647889U (en) * 2013-08-19 2014-06-18 中国医学科学院生物医学工程研究所 Laser treatment terminal device

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