CN205758514U - A kind of diagnostic equipment burnt based on copolymerization - Google Patents
A kind of diagnostic equipment burnt based on copolymerization Download PDFInfo
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- CN205758514U CN205758514U CN201620399004.6U CN201620399004U CN205758514U CN 205758514 U CN205758514 U CN 205758514U CN 201620399004 U CN201620399004 U CN 201620399004U CN 205758514 U CN205758514 U CN 205758514U
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Abstract
This utility model relates to a kind of diagnostic equipment burnt based on copolymerization, based on conjugate focus imaging technique, it is arranged to picture LASER Light Source and treatment LASER Light Source at LASER Light Source, imaging pattern and Therapeutic mode are provided, diagnosis and treatment region can be carried out co-focusing imaging and analyze the area for treatment needing to carry out laser therapy, switch to treatment LASER Light Source that area for treatment is carried out laser therapy, it is achieved in that and imaging diagnosis and laser therapy is combined on an equipment, need not be respectively adopted different instruments, operating process is easy, when using common focusing technology to carry out laser therapy simultaneously, area for treatment can be positioned accurately and irradiate, bring unnecessary side effect and injury will not to some sensitizing range, substantially increase the therapeutic effect of laser, greatly it is beneficial to promote.
Description
Technical field
This utility model relates to field of medical device, particularly relates to a kind of diagnostic equipment burnt based on copolymerization.
Background technology
In the last few years, along with the development of laser technology, the diagnosis with laser as instrument and treatment means, such as light power was controlled
The clinical value for the treatment of, laser beautifying etc. has been affirmed fully, and range of application constantly extends.
But, diagnosis and the treatment using laser to be means at present, need to be respectively adopted different instrument complete independentlies, behaviour
Make requirements of process manpower intervention, and operating process is complicated；Meanwhile, when using laser therapy, it is impossible to area for treatment is carried out precisely
Irradiation, the large-area irradiation of laser can cause and the irradiation of some sensitizing range brings unnecessary side effect and injury,
It is substantially reduced the therapeutic effect of laser, is unfavorable for promoting.
Utility model content
In view of this, it is necessary to diagnosis and treatment for above-mentioned employing laser is means need to be respectively adopted different instrument
Device complete independently, operates complexity, can not precisely irradiate, the problem bringing unnecessary side effect and injury, it is provided that a kind of based on altogether
The diagnostic equipment focused on.
Further, it would be desirable to provide the control method of the above-mentioned diagnostic equipment burnt based on copolymerization.
A kind of diagnostic equipment burnt based on copolymerization that this utility model provides, closes beam system including LASER Light Source, laser, swashs
Light modulation system, beam splitting system, laser scanning system, micro-displacement system, faint light detection system and control system；
Described LASER Light Source includes the diagnosis and treatment regional imaging LASER Light Source being on confocal plane and treatment laser
Light source；
Described laser closes beam system and restraints for carrying out the multiple laser from institute's LASER Light Source closing；
The conjunction Shu Jiguang closing beam system from described laser is modulated by described Laser Modulation system；
Described beam splitting system is used for laser scanning system described in the laser guide from described Laser Modulation system, and will
Imaging signal from diagnosis and treatment region imports described faint light detection system；
Described laser scanning system for receiving the laser of described beam splitting system, and travel through the imaging on diagnosis and treatment region or
Area for treatment；
Described micro-displacement system is for carrying out displacement to diagnosis and treatment region, to cover bigger diagnosis and treatment region；
Described faint light detection system receives imaging signal that described beam splitting system imports, from diagnosis and treatment region, and
Imaging signal is converted to the signal of telecommunication；
Described LASER Light Source, Laser Modulation system, laser scanning system and micro-displacement system are entered by described control system
Row controls, and in imaging diagnostic phases, described LASER Light Source is set to imaging LASER Light Source, receives and visit from described faint light
The signal of telecommunication of examining system carries out co-focusing imaging to diagnosis and treatment region, the signal of telecommunication is reconstructed into image and analyzes and processes, and analyzes
Go out the area for treatment needing to carry out laser therapy, then described LASER Light Source is set to treatment LASER Light Source, to treatment region
Territory carries out laser therapy.
Further, the described involutory Shu Jiguang of Laser Modulation system is modulated including that multiwavelength laser gating modulation is with each
Wavelength amplitude is modulated.
Further, described laser scanning system receives the laser from described beam splitting system, and with the side of laser facula
Formula traversal imaging or area for treatment.
Further, the imaging region in diagnosis and treatment region is divided into multiple sub-district of rectangular imaging by described control system
Territory, utilizes described micro-displacement system to be moved to visual field by each imaging subregion and carries out co-focusing imaging.
Further, described control system determines the region needing to carry out laser therapy in each imaging subregion, in institute
There is imaging subregion, after determining, described LASER Light Source is set to treatment LASER Light Source, every sub regions is carried out laser
Treatment.
The control method of a kind of above-mentioned diagnostic equipment burnt based on copolymerization that this utility model provides, comprises the steps:
In imaging diagnostic phases, LASER Light Source is set to imaging LASER Light Source, diagnosis and treatment region is focused into altogether
Picture；
The image obtaining co-focusing imaging is analyzed, and determines the area for treatment needing to carry out treating；
LASER Light Source is set to treatment LASER Light Source, area for treatment is carried out laser therapy.
Further, the mode of laser facula is used to travel through imaging or area for treatment.
Further, before carrying out imaging diagnosis, the imaging region in diagnosis and treatment region is divided into multiple rectangular one-tenth
As subregion, and each imaging subregion is moved to visual field carry out co-focusing imaging.
Further, described LASER Light Source is set to treatment LASER Light Source, area for treatment is carried out laser therapy
Step, particularly as follows: determine the region needing to carry out laser therapy in each imaging subregion, has determined at all imaging subregions
After Biing, LASER Light Source is set to treatment LASER Light Source, every sub regions is carried out laser therapy.
This utility model diagnostic equipment based on copolymerization Jiao and control method thereof, based on conjugate focus imaging technique, at laser
Light source is arranged to picture LASER Light Source and treatment LASER Light Source, it is provided that imaging pattern and Therapeutic mode, it is possible to diagnosis and treatment region
Carry out co-focusing imaging and analyze the area for treatment needing to carry out laser therapy, switching to treatment LASER Light Source to treatment region
Territory carries out laser therapy, is achieved in that and imaging diagnosis and laser therapy is combined on an equipment, it is not necessary to is respectively adopted not
Instrument together, operating process is easy, when using common focusing technology to carry out laser therapy, it is possible to carry out area for treatment precisely simultaneously
Location and irradiation, will not give some sensitizing range bring unnecessary side effect and injury, substantially increase the treatment of laser
Effect, is greatly beneficial to promote.
Accompanying drawing explanation
Fig. 1 is the structure chart of diagnostic equipment burnt based on copolymerization in an embodiment.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with accompanying drawing and enforcement
Example, is further elaborated to this utility model.Should be appreciated that specific embodiment described herein is only in order to explain this
Utility model, is not used to limit this utility model.
Confocal microscopic image technology, is the new and high technology got up of developed recently, is having of research submicron fine structure
Effect technique means, are also the important tool of pathological research.Utilize the confocal microscopic image technology can high-resolution accurately
Obtain the image in diagnosis and treatment region, obtain positioning the most accurately and quantitative information, be beneficial to diagnosis and treatment region is diagnosed.This practicality
Novel device, based on laser scanning confocal microtechnic, will diagnose and treatment will combine on the same device, it is to avoid diagnose and control
Treat that use can not the technical problem brought of equipment.
Concrete, it is the structure chart of diagnostic equipment burnt based on copolymerization in an embodiment as shown in Figure 1, in conjunction with Fig. 1, should
Equipment includes: LASER Light Source 100, laser close beam system 200, Laser Modulation system 300, beam splitting system 400, laser scanning system
500, micro-displacement system 600, faint light detection system 700 and control system 800.LASER Light Source 100 includes being in altogether
Diagnosis and treatment region 10 imaging LASER Light Source on focal plane and treatment LASER Light Source.Laser closes beam system 200 for will be from
The multiple laser of LASER Light Source 100 carries out closing bundle.The Laser Modulation system 300 conjunction Shu Jiguang to closing beam system 200 from laser
It is modulated.Beam splitting system 400 is for the laser guide laser scanning system 500 of self-excitation light modulation system 300 in the future, and future
Imaging signal from diagnosis and treatment region 10 imports faint light detection system 700.Laser scanning system 500 is used for receiving beam splitting system
The laser of 400, and travel through the imaging on diagnosis and treatment region 10 or area for treatment.Micro-displacement system 600 is for diagnosis and treatment region
10 carry out displacement, to cover bigger diagnosis and treatment region.Faint light detection system 700 receives that beam splitting system 400 imports, from diagnosis and treatment
The imaging signal in region 10, and imaging signal is converted to the signal of telecommunication.LASER Light Source 100, laser are adjusted by control system 800
System 300 processed, laser scanning system 500 and micro-displacement system are controlled, and are set by LASER Light Source 100 in imaging diagnostic phases
It is set to imaging LASER Light Source, receives the signal of telecommunication from faint light detection system 700 and diagnosis and treatment region 10 is focused into altogether
Picture, is reconstructed into the signal of telecommunication image and analyzes and processes, analyzes the area for treatment needing to carry out laser therapy, then will swash
Radiant 100 is set to treatment LASER Light Source, and area for treatment is carried out laser therapy.So, this utility model equipment based on
Conjugate focus imaging technique, combines laser diagnostics and treatment on the same device, thus avoids diagnosis and treatment employing not to set
The standby technical problem brought.
In further mode, the involutory Shu Jiguang of Laser Modulation system 300 is modulated particularly as follows: multiwavelength laser selects
Logical modulation and each wavelength amplitude are modulated.
Laser scanning system 500 receives the laser from beam splitting system 400, and travel through in the way of laser facula imaging or
Person's area for treatment.
For preferably diagnosis and treatment region 10 being carried out imaging and treatment, control system 800 is by the imaging region in diagnosis and treatment region 10
It is divided into multiple rectangular imaging subregion, utilizes micro-displacement system 600 to be moved by each imaging subregion to imaging and regard
Yezhong carries out co-focusing imaging.
Control system 800 determines the region needing to carry out laser therapy in each imaging subregion, in the sub-district of all imagings
LASER Light Source 100 is set to treatment LASER Light Source after determining by territory, and every sub regions is carried out laser therapy.
Based on conjugate focus imaging technique, picture laser light should be arranged at LASER Light Source based on the diagnostic equipment of copolymerization Jiao
Source and treatment LASER Light Source, it is provided that imaging pattern and Therapeutic mode, it is possible to diagnosis and treatment region is carried out co-focusing imaging and analyzes
Go out the area for treatment needing to carry out laser therapy, switch to treatment LASER Light Source area for treatment to be carried out laser therapy, so
Realize being combined on an equipment imaging diagnosis and laser therapy, it is not necessary to be respectively adopted different instruments, operating process letter
Just, when using common focusing technology to carry out laser therapy, it is possible to area for treatment positioned accurately and irradiates, will not give simultaneously
Unnecessary side effect and injury are brought in some sensitizing range, are greatly improved the therapeutic effect of laser, are greatly beneficial to promote.
Meanwhile, this utility model also provides for the control method of a kind of above-mentioned diagnostic equipment burnt based on copolymerization, including as follows
Step:
In imaging diagnostic phases, LASER Light Source is set to imaging LASER Light Source, diagnosis and treatment region is focused into altogether
Picture.
Further, the mode of laser facula travels through imaging or area for treatment.
Further, before carrying out imaging diagnosis, the imaging region in diagnosis and treatment region is divided into multiple rectangular
Imaging subregion, and each imaging subregion is moved to visual field carry out co-focusing imaging.
The image obtaining co-focusing imaging is analyzed, and determines the area for treatment needing to carry out treating.
LASER Light Source is set to treatment LASER Light Source, area for treatment is carried out laser therapy.
Further, this step is particularly as follows: determine the region needing to carry out laser therapy in each imaging subregion, in institute
After having imaging subregion to determine, LASER Light Source is set to treatment LASER Light Source, every sub regions is carried out laser and controls
Treat.
This utility model diagnostic equipment based on copolymerization Jiao and control method thereof, based on conjugate focus imaging technique, at laser
Light source is arranged to picture LASER Light Source and treatment LASER Light Source, it is provided that imaging pattern and Therapeutic mode, it is possible to diagnosis and treatment region
Carry out co-focusing imaging and analyze the area for treatment needing to carry out laser therapy, switching to treatment LASER Light Source to treatment region
Territory carries out laser therapy, is achieved in that and imaging diagnosis and laser therapy is combined on an equipment, it is not necessary to is respectively adopted not
Instrument together, operating process is easy, when using common focusing technology to carry out laser therapy, it is possible to carry out area for treatment precisely simultaneously
Location and irradiation, will not give some sensitizing range bring unnecessary side effect and injury, substantially increase the treatment of laser
Effect, is greatly beneficial to promote.
These are only preferred embodiment of the present utility model, not in order to limit this utility model, all in this practicality
Any amendment, equivalent and the improvement etc. made within novel spirit and principle, should be included in guarantor of the present utility model
Within the scope of protecting.
Claims (5)
1. a diagnostic equipment based on copolymerization Jiao, it is characterised in that include that LASER Light Source, laser close beam system, Laser Modulation
System, beam splitting system, laser scanning system, micro-displacement system, faint light detection system and control system；
Described LASER Light Source includes the diagnosis and treatment regional imaging LASER Light Source being on confocal plane and treatment LASER Light Source；
Described laser closes beam system and restraints for carrying out the multiple laser from institute's LASER Light Source closing；
The conjunction Shu Jiguang closing beam system from described laser is modulated by described Laser Modulation system；
Described beam splitting system, and will be from for by laser scanning system described in the laser guide from described Laser Modulation system
The imaging signal in diagnosis and treatment region imports described faint light detection system；
Described laser scanning system is for receiving the laser of described beam splitting system, and travels through the imaging on diagnosis and treatment region or treatment
Region；
Described micro-displacement system is for carrying out displacement to diagnosis and treatment region, to cover bigger diagnosis and treatment region；
Described faint light detection system receives imaging signal that described beam splitting system imports, from diagnosis and treatment region, and will become
As optical signal is converted to the signal of telecommunication；
Described LASER Light Source, Laser Modulation system, laser scanning system and micro-displacement system are controlled by described control system
System, is set to imaging LASER Light Source in imaging diagnostic phases by described LASER Light Source, receives from described faint light detection system
The signal of telecommunication of system carries out co-focusing imaging to diagnosis and treatment region, the signal of telecommunication is reconstructed into image and analyzes and processes, and analyzes and needs
The area for treatment of laser therapy to be carried out, is then set to treatment LASER Light Source by described LASER Light Source, enters area for treatment
Row laser therapy.
The diagnostic equipment burnt based on copolymerization the most according to claim 1, it is characterised in that described Laser Modulation system is involutory
Shu Jiguang is modulated including that multiwavelength laser gating modulation and each wavelength amplitude are modulated.
The diagnostic equipment burnt based on copolymerization the most according to claim 1, it is characterised in that described laser scanning system receives
From the laser of described beam splitting system, and in the way of laser facula, travel through imaging or area for treatment.
The diagnostic equipment burnt based on copolymerization the most according to claim 1, it is characterised in that described control system is by diagnosis and treatment district
The imaging region in territory is divided into multiple rectangular imaging subregion, utilizes described micro-displacement system by each imaging subregion
Move and carry out co-focusing imaging to visual field.
The diagnostic equipment burnt based on copolymerization the most according to claim 4, it is characterised in that described control system determines each
Imaging subregion needs to carry out the region of laser therapy, after all imaging subregions determine, described LASER Light Source is set
It is set to treatment LASER Light Source, every sub regions is carried out laser therapy.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620399004.6U CN205758514U (en) | 2016-05-05 | 2016-05-05 | A kind of diagnostic equipment burnt based on copolymerization |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620399004.6U CN205758514U (en) | 2016-05-05 | 2016-05-05 | A kind of diagnostic equipment burnt based on copolymerization |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205758514U true CN205758514U (en) | 2016-12-07 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620399004.6U Active CN205758514U (en) | 2016-05-05 | 2016-05-05 | A kind of diagnostic equipment burnt based on copolymerization |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105769127A (en) * | 2016-05-05 | 2016-07-20 | 中国科学院苏州生物医学工程技术研究所 | Diagnosis and treatment equipment based on confocal technology and control method thereof |
-
2016
- 2016-05-05 CN CN201620399004.6U patent/CN205758514U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105769127A (en) * | 2016-05-05 | 2016-07-20 | 中国科学院苏州生物医学工程技术研究所 | Diagnosis and treatment equipment based on confocal technology and control method thereof |
| CN105769127B (en) * | 2016-05-05 | 2019-03-29 | 中国科学院苏州生物医学工程技术研究所 | A kind of diagnostic equipment and its control method burnt based on copolymerization |
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