CN202261481U - Mobile phone combining infrared thermal scanning and color Doppler ultrasonic scanning functions - Google Patents
Mobile phone combining infrared thermal scanning and color Doppler ultrasonic scanning functions Download PDFInfo
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- CN202261481U CN202261481U CN2010206885843U CN201020688584U CN202261481U CN 202261481 U CN202261481 U CN 202261481U CN 2010206885843 U CN2010206885843 U CN 2010206885843U CN 201020688584 U CN201020688584 U CN 201020688584U CN 202261481 U CN202261481 U CN 202261481U
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Abstract
The utility model belongs to the field of a medical instrument and a communication product and particularly relates to a mobile phone combining infrared thermal scanning and color Doppler ultrasonic scanning functions. Functions of a conventional mobile phone module, an infrared thermal scanning module, a micro Doppler ultrasonic module, a processing module and mobile phone software are integrated in the mobile phone. By using the mobile phone with the infrared thermal scanning function and the color Doppler ultrasonic scanning function, a patient can be diagnosed at the highest speed in the critical emergency treatment, static and dynamic diagrams of vessels of an observed position of the patient are displayed, the rescuing time is furthest shortened, and the rescuing efficiency is improved.
Description
Technical field
The utility model belongs to medical equipment and communication product technical field, is specifically related to a kind of mobile phone that combines infrared heat scanning and CDFI scan function.
Background technology
Mobile communication equipment has obtained popularizing greatly in society now, and China has reached 25.7% in 2004 annual mobile phone popularity rates, surpasses world average level; The development with mobile phone technique of popularizing along with mobile phone; The speed of mobile phone is more and more faster, and volume is more and more littler, and function is more and more.Utilizing the mobile phone products of greatly popularizing, increase some functions of its hardware and software, make it become an aid of medical personnel's routine work, is a kind of fruitful innovation mode.
Infrared heat scanning technique and CDFI scanning technique are used widely in clinical; The infrared heat scanning technique is to utilize the principle of the outside infrared radiation of human body, through receive these infrared rays can detect some naked-eye observations less than image; The CDFI technology is to utilize Doppler effect; Produce the change of audio frequency when being sound source and testee relative motion; The haemodynamics that tissue and internal organs were observed and measured to doppler technique according to the change of this ultrasonic frequency changes; The blood flow that can observe body surface's blood vessel through the CDFI technology is figure and analyze data dynamically, and blood vessel static distribution figure and dynamic analysis figure that infrared heat scanning technique and CDFI technology can provide human body to be observed the position are combined in two kinds of technology among the high mobile phone of popularity rate; Make doctor and nurse can in daily curative activity, promptly grasp patient's situation; Shorten treatment time, win best rescue opportunity etc., be significant.But, corresponding product does not still appear at present.
Summary of the invention
The purpose of the utility model is to propose a kind of mobile phone that combines infrared heat scanning and CDFI scan function, makes it have the advantage of portable and generality, can help medical personnel to carry out medical care precess easily.
In order to realize above-mentioned technical purpose, the utility model is to realize through following technical scheme:
The mobile phone of described combination infrared heat scanning of the utility model and CDFI scan function comprises core processor and display screen, and this mobile phone also comprises: infrared heat scanning lens module and miniature doppler ultrasound module; Said core processor is provided with processing module; Said processing module comprises the doppler ultrasound processing module, infrared CCD module and storage module; Said doppler ultrasound processing module is connected to said miniature doppler ultrasound module alternately; Said infrared CCD module connects infrared heat scanning lens module and storage module alternately.
The described infrared heat scanning lens of the utility model module; Promptly be installed in the mobile phone back side or positive camera lens module; Lens group comprises ordinary optical camera lens and infrared filter, and the mobile phone back side is designed with the infrared absorption filter lens device, through selecting " OFF " of " InfraredRay Model "; The ordinary optical camera lens can be taken the photo of general visible; Through selecting " ON " of " Infrared Ray Model ", can stop then to allow IR to get into when filtering visible light that the infrared CCD module just can be taken thermal photograph.Whether it works infrared filter through a device control, and the form that device drives can be electronic or manual.
The described miniature doppler ultrasound module of the utility model; Comprise the ultrasound emission probe and the ultrasonic receiving transducer that are installed in the mobile phone back side; The ultrasound emission probe ability tranmitting frequency of miniature doppler ultrasound module is more than or equal to the ultrasonic signal of 3.0MHz, and ultrasonic receiving transducer can receive the ultrasonic signal of corresponding 0～10Mhz.
The difference on the frequency of the supersonic frequency that the described doppler ultrasound processing module of the utility model is sent through the ultrasound emission probe that calculates in the doppler ultrasound module and the ultrasonic signal of reception; Calculate the in-house vascular flow data of body surface; Through handling; Draw blood flow at unit discharge or the flow value in the stipulated time, and will analyze accordingly on the display screen that data are presented at mobile phone; The photo-sensitive cell of said CCD module fully receives visible light or the infrared ray that infrared heat scanning lens module gets into, and after image information is handled, transfers to storage module and stores; Said storage module is the storage card of capacity more than 1G.
The mobile phone of described combination infrared heat scanning of the utility model and CDFI scan function; Its contour structures is unrestricted; Its built-in framework adopts ARM or more advanced framework; The dominant frequency of processor is more than or equal to 1GHz, and the operating system that is adopted is not limit, and intelligent machine or non intelligent machine all can.
The mobile phone of described combination infrared heat scanning of the utility model and CDFI scan function; Its infrared heat scanning theory is: body surface and in-house blood vessel can be because the outside infrared radiations of temperature; Infrared ray has strong penetrability, and the body surface is flowed with the blood flow in the interior blood vessel, can be constantly to body surface external radiation infrared ray; The intensity of infrared radiation is relevant with the temperature of tissue and rate of metabolism; The temperature of the temperature of blood flow and tissue there are differences in the blood vessel, makes ultrared wavelength distinguish to some extent, and the infrared heat scanning lens module of mobile phone is filtered visible light; The permission infrared ray gets into; Can photograph the infrared view of body surface layer and in-house different wave length, the processing of process software demonstrates the vascular distribution figure at the position that is taken, and medical personnel can accurately carry out medical care fast according to vascular distribution figure and handle.
The mobile phone of described combination infrared heat scanning of the utility model and CDFI scan function; Its CDFI principle is: miniature doppler ultrasound module is to utilize the red blood cell of the blood flow in the abundant blood vessel of organization internal and the Doppler effect between Doppler's colorful ultrasonic reflector ultrasonic waves transmitted to realize video picture; Processing module through a series of electron process data between the ultrasonic wave of handling Doppler's colorful ultrasonic reflector ultrasonic waves transmitted and returning after; Critical data is carried out computational analysis; Obtain flow velocity figure, the flow diagram of the blood flow of tissue blood vessel; And in mobile phone display screen, show, also can provide the doctor to diagnose through to the normal blood flow flow velocity of corresponding site and the comparative analysis of flow.
Description of drawings
Figure 1A and Figure 1B are respectively the combination infrared heat scanning of the utility model and the mobile phone front and back structural representation of CDFI scan function.
Fig. 2 A and Fig. 2 B are respectively the rearmounted camera of the utility model mobile phone of combining infrared heat scanning and CDFI scan function and the structural representation of infrared absorption filter lens device.
Fig. 3 is the user mode reference diagram that the utility model combines the mobile phone of infrared heat scanning and CDFI scan function.
Fig. 4 is another user mode reference diagram that the utility model combines the mobile phone of infrared heat scanning and CDFI scan function.
Embodiment
Below in conjunction with accompanying drawing and preferred embodiment the utility model is made further detailed presentations:
Shown in Figure 1A and Figure 1B, the utility model combines the shape assumption diagram of the mobile phone of infrared heat scanning and CDFI scan function.The handset structure of the utility model mainly comprises infrared heat scanning lens module, miniature doppler ultrasound module 5, and processing module and cell phone software, existing capabilitys such as communication function that mobile phone is commonly used and amusement function are constant.The parts front panel of mobile phone profile can comprise display screen 1, control button (perhaps conventional keyboard form) 2, receiver 3, preposition camera 41; Rear board can comprise rearmounted camera 42, infrared absorption filter lens device 43, and miniature doppler ultrasound module 5.
This infrared heat scanning lens module comprises the camera lens module that is installed in the mobile phone back side or front; Lens group comprises ordinary optical camera lens and infrared filter; The mobile phone back side is designed with infrared absorption filter lens device 43, and through selecting " OFF " of " Infrared Ray Model ", the ordinary optical camera lens can be taken the photo of general visible; Through selecting " ON " of " Infrared Ray Model "; Then can stop to allow IR to get into when filtering visible light, the CCD module can show infrared view, and through cell phone software take pictures, take, feature operations such as storage, network are shared, analysis expert.Whether it works infrared filter through a device control, and the form that device drives can be electronic or manual.
This miniature doppler ultrasound module 5 comprises ultrasonic receiving transducer 51 and ultrasound emission probe 52; These ultrasound emission probe 52 ability tranmitting frequencies are more than or equal to the ultrasonic signal of 3.0MHz, and this ultrasonic receiving transducer 51 can receive the ultrasonic signal of corresponding 0～10Mhz.
This processing module comprises the doppler ultrasound processing module, infrared CCD module and storage module.The difference on the frequency of the supersonic frequency that described doppler ultrasound processing module can be sent through the ultrasound emission probe that calculates in the miniature doppler ultrasound module and the ultrasonic signal of reception; Calculate the in-house vascular flow data of body surface; Can be through the processing of processing module; Draw blood flow at unit discharge or the flow value in the stipulated time, and will analyze the display screen that data are presented at mobile phone accordingly, the display screen of mobile phone can also be according to the calculating of processing module; Dynamically show the image of blood vessel with various colors, offer the rheography directly perceived that doctor's one pair is observed the zone.
The photo-sensitive cell of described CCD module can fully receive visible light or the infrared ray that infrared heat scanning lens module gets into, and after image information is handled, transfers to storage module and stores.The treatable temperature accuracy of processing module is smaller or equal to 0.05 degree.Described storage module is meant the storage card of capacity more than 1G, can store image document.
Core processor employing ARM structure in conjunction with the mobile phone of infrared heat scanning and CDFI scan function; Dominant frequency is more than or equal to 1GHZ, built-in storage card, and the form of mobile phone can be an intelligence; Can be non intelligent, the employed operating system of mobile phone not be limit yet; The program software of installing in the mobile phone is to be a cover control of infrared heat scan function hardware development, the software based on mobile phone operating system of handling and analyzing specially; This software can be controlled and carry out infrared ray and take pictures, take; Store, network is shared, functions such as analysis expert.
Shown in Fig. 2 A and Fig. 2 B, be respectively rearmounted camera 42 and the structural representation of infrared absorption filter lens device 43 in the mobile phone rear board that combines infrared heat scanning and CDFI scan function.The pixel that rearmounted camera 42 adopts is more than or equal to 5,000,000.When infrared filtering lens unit 43 is in " OFF " position in " Infrared Ray Model "; The camera lens of rearmounted camera 42 can receive visible light, satisfies the daily use of user, and when the user need start the infrared heat scan function; Then need to transfer to " ON " position to " Infrared Ray Model "; Infrared absorption filter lens device 43 is along guide rail 432 motions, and infrared filter 431 covers on the rearmounted camera 42, and locked; Infrared filter 431 can play block visible light; The function that only allows infrared light to pass through, then rearmounted camera can be taken or records a video infrared ray, through handling the infra-red heat scan image that in cell phone system software, shows after analysis.The binding mode of infrared absorption filter lens device 43 can be manually or automatically, and this embodiment is manually being example.
Shown in Figure 3 is the user mode reference diagram that combines the mobile phone of infrared heat scanning and CDFI scan function.
Present embodiment is that guidance is carried out the intubate transfusion and is example with observation patient wrist place blood vessel.The mobile phone of the hand-held the utility model of medical personnel; Apart from the suitable distance in patient's wrist place; Transfer to " ON " position to " the Infrared Ray Model " of rear board, open the response software application in the mobile phone operating system, the infrared ray 5 in the rearmounted camera 42 acquisition camera visuals field; And the Treatment Analysis through the handset processes device; Show that in mobile phone display screen 1 display screen 1 can demonstrate real-time vascular distribution Fig. 6 that is observed the position, handle to instruct medical personnel to carry out the intubate transfusion.Have dynamic analysis figure that CDFI observes blood vessel simultaneously and measure function such as temperature in conjunction with the mobile phone of infrared heat scanning and CDFI scan function, present embodiment is an example with observation vascular distribution figure.
Shown in Figure 4 is another user mode reference diagram that combines the mobile phone of infrared heat scanning and CDFI scan function.
Present embodiment is with observation patient abdominal vascular, and guidance is carried out the intubate transfusion and is example.The mobile phone of the hand-held the utility model of medical personnel; Miniature doppler ultrasound module 5 contains ultrasonic receiving transducer 51 and ultrasound emission probe 52, and the external tranmitting frequency of these ultrasound emission probe 52 abilities is more than or equal to the ultrasonic wave of 3.0MHz, the reflection of the blood flow that flows in the ultrasonic wave intravascular; 51 of ultrasonic receiving transducers can receive the ultrasonic wave that returns of 0～10MHz; The frequency of ultrasonic that ultrasonic receiving transducer 51 receives is handled transfer of data to processing module through measuring, through calculating the emission frequency of ultrasonic and receiving the difference between the frequency of ultrasonic; After obtaining corresponding critical data; Can show through display screen 1, export the dynamic figure and the analysis data of blood vessel intuitively, offer doctor's visual and accurate data.
Claims (5)
1. a mobile phone that combines infrared heat scanning and CDFI scan function comprises core processor and display screen, it is characterized in that it also comprises: infrared heat scanning lens module and miniature doppler ultrasound module; Said core processor is provided with processing module; Said processing module comprises the doppler ultrasound processing module, infrared CCD module and storage module; Said doppler ultrasound processing module is connected to said miniature doppler ultrasound module alternately; Said infrared CCD module connects infrared heat scanning lens module and storage module alternately.
2. mobile phone according to claim 1 is characterized in that: said infrared heat scanning lens module comprises the camera lens module that is installed in the mobile phone back side or front, comprises ordinary optical camera lens and infrared filter, and the mobile phone back side is designed with the infrared absorption filter lens device.
3. mobile phone according to claim 1; It is characterized in that: said miniature doppler ultrasound module comprises ultrasound emission probe and the ultrasonic receiving transducer that is installed in the mobile phone back side; This ultrasound emission probe ability tranmitting frequency is more than or equal to the ultrasonic signal of 3.0MHz, and ultrasonic receiving transducer can receive the ultrasonic signal of corresponding 0～10Mhz.
4. mobile phone according to claim 1 is characterized in that: said storage module is the storage card of capacity more than 1G.
5. mobile phone according to claim 1 is characterized in that: said core processor adopts the ARM structure, and dominant frequency is more than or equal to 1GHz.
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| CN2010206885843U CN202261481U (en) | 2010-12-30 | 2010-12-30 | Mobile phone combining infrared thermal scanning and color Doppler ultrasonic scanning functions |
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| CN2010206885843U CN202261481U (en) | 2010-12-30 | 2010-12-30 | Mobile phone combining infrared thermal scanning and color Doppler ultrasonic scanning functions |
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| CN104517015A (en) * | 2013-09-26 | 2015-04-15 | 中国人民解放军第二军医大学 | Mini device for preventing cerebrovascular disease through computer-aided diagnosis for ultrasonic image |
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| US9207708B2 (en) | 2010-04-23 | 2015-12-08 | Flir Systems, Inc. | Abnormal clock rate detection in imaging sensor arrays |
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| CN104517015A (en) * | 2013-09-26 | 2015-04-15 | 中国人民解放军第二军医大学 | Mini device for preventing cerebrovascular disease through computer-aided diagnosis for ultrasonic image |
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| US11297264B2 (en) | 2014-01-05 | 2022-04-05 | Teledyne Fur, Llc | Device attachment with dual band imaging sensor |
| CN108888243A (en) * | 2018-04-03 | 2018-11-27 | 中国人民解放军陆军军医大学第三附属医院（野战外科研究所） | A kind of medical 3D thermal infrared imager |
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