阅读说明：本技术 一种人体胆石大数据测量系统及方法 (Human body gallstone big data measuring system and method ) 是由 乔铁 高瑞 于 2021-01-29 设计创作，主要内容包括：本发明公开了一种人体胆石大数据测量系统,包括数据获取系统、加工系统、显示系统,数据获取系统包括若干用于对胆石进行测量分析以获得胆石各项性能数据的的测量设备和获取胆石图像数据的图像设备；加工系统包括若干用于对胆石进行加工处理以使得胆石符合数据获取系统测量规格或样式的加工设备；显示系统包括数据处理主机和显示器,数据处理主机电连接数据获取系统以将测量数据和图像数据进行处理,建立胆石症测量大数据库,并将测量数据和图像数据通过显示器显示。本发明还公开了一种人体胆石大数据测量方法。本系统和方法能够全方位的对胆石进行多种性能测量,将大数据测量技术与性能、成份分析等技术相结合,测量效率高,测量数据精确。(The invention discloses a human body gallstone big data measuring system, which comprises a data acquiring system, a processing system and a display system, wherein the data acquiring system comprises a plurality of measuring devices for measuring and analyzing gallstones to obtain various performance data of the gallstones and an image device for obtaining image data of the gallstones; the processing system comprises a plurality of processing devices for processing the gallstones so as to enable the gallstones to accord with the measurement specification or the pattern of the data acquisition system; the display system comprises a data processing host and a display, wherein the data processing host is electrically connected with the data acquisition system to process the measured data and the image data, establish a large gallstone measurement database and display the measured data and the image data through the display. The invention also discloses a human body gallstone big data measuring method. The system and the method can carry out various performance measurements on the gallstones in an all-round way, combine the big data measurement technology with the performance and component analysis technology and the like, and have high measurement efficiency and accurate measurement data.)

1. A human body gallstone big data measuring system is characterized by comprising:

the system comprises a data acquisition system and a display system, wherein the data acquisition system comprises a plurality of measuring devices for measuring the gallstones to obtain various performance data of the gallstones and an image device for acquiring image data of the gallstones;

the processing system is arranged beside the data acquisition system and comprises a plurality of processing devices for processing the gallstones so as to enable the gallstones to accord with the measurement specification or the measurement style of the data acquisition system;

the display system comprises a data processing host and a display, wherein the data processing host is electrically connected with the data acquisition system to process the measurement data and the image data of the data acquisition system, establish a large measurement database and display the measurement data and the image data through the display.

2. The system for measuring the big data of the human body gallstones according to claim 1, wherein the measuring equipment comprises a gallstone appearance observation microscope, a gallstone densitometer, a gallstone hardness tester, a gallstone profile measuring microscope, a gallstone smear scanner, a gallstone X-ray diffractometer, a gallstone Fourier infrared spectrometer and a gallstone energy spectrometer component which are sequentially arranged, and the gallstone energy spectrometer component comprises a gallstone energy spectrometer and a scanning electron microscope.

3. The system for measuring the big data of the gallstones of the human body according to claim 2, wherein the processing equipment comprises an automatic gallstone grinding instrument and an automatic smearing machine, and the automatic gallstone grinding instrument and the automatic smearing machine are sequentially arranged between the gallstone section measuring microscope and the gallstone smear scanner.

4. The system for measuring big data of human body gallstones according to claim 2, wherein the cholelithiasis appearance quantity microscope comprises a zoom lens which is greater than or equal to 1.4X, and the field range of the zoom lens is set to be 50-300 mm;

the halogen or LED light source is adjustable and arranged internally or externally;

the device also comprises a built-in camera with a measurement function, and the resolution of the built-in camera is not lower than 3840 multiplied by 2160;

still include the objective platform, the objective platform sets up to manual or electronic, the size specification of objective platform is greater than or equal to 400mm x 400 mm.

5. The system for measuring big data of human body gallstones according to claim 2, wherein said cholelithiasis section measuring microscope comprises a 25X-150X continuous zoom lens, the field of view range of said zoom lens is set to be less than 50 mm;

the halogen or LED light source is adjustable and arranged internally or externally;

the device also comprises a built-in camera with a measurement function, and the resolution of the built-in camera is not lower than 3840 multiplied by 2160;

still include the objective platform, the objective platform sets up to manual or electronic, the size specification of objective platform is greater than or equal to 55mm 80 mm.

6. The system for measuring the big data of the human body gallstones as claimed in claim 2, wherein the image device comprises a gallstone section hyperspectral imager, the gallstone section hyperspectral imager is a staring type hyperspectral imager, the spectrum range is 400-cost 950nm or 900-cost 1700nm or 1000-cost 2500nm, and the gallstone section hyperspectral imager is arranged on an external gallstone section microscope.

7. The system for measuring the big data of the human body gallstones according to claim 2, wherein the gallstone grinder is a high-throughput tissue grinder, and the grain size of the high-throughput tissue grinder is less than or equal to 5 um.

8. The human body gallstone big data measurement system according to claim 1, wherein the image device further comprises a smear hyperspectral imager, the smear hyperspectral imager is a push-broom hyperspectral imager, the spectrum range is 400-fold 950nm or 900-fold 1700nm or 1000-fold 2500nm, and the smear hyperspectral imager is arranged on the gallstone smear scanner or an external biological microscope.

9. The system for measuring human body gallstone big data of claim 1, wherein the display is an ultra high definition display or a 3D naked eye display, the ultra high definition display is greater than or equal to 27 inches, the resolution is not lower than 3840 x 2160, the 3D naked eye display is greater than or equal to 20 inches, and the resolution is not lower than 1920 x 1080.

10. A method for measuring large data of human body gallstones, comprising the system for measuring large data of human body gallstones according to any one of claims 1 to 9, further comprising the steps of:

connecting and placing a plurality of measuring devices according to a gallstone performance measuring sequence, and connecting a specific image device on a specific measuring device;

sequentially measuring the gallstones to be measured according to the arrangement sequence of the devices, measuring relevant data of the gallstones through a plurality of measuring devices, and simultaneously acquiring image data of the gallstones through an image device;

in the last step, under the condition that the gallstones are required to be processed and measured, the gallstones are processed by a plurality of processing devices of a processing system, so that the gallstones conform to the measurement specification or the measurement style of a specific measuring device;

and processing the measurement data and the image data of the data acquisition system through the data processing host of the display system, establishing a large gallstone measurement database, and displaying the measurement data and the image data through the display.

Technical Field

The invention relates to the technical field of scientific instruments and equipment, in particular to a system and a method for measuring large data of human gallstones.

Background

Cholelithiasis is a common disease and frequently encountered disease seriously harming the health of people in China, the incidence rate is more than 10 percent, and the change of the dietary structure still has a growing trend along with the improvement of the living standard. The disease is ancient and young, the cause of which is not clear today, and various detection and treatment methods are accompanied by the consumption of a great deal of social resources and have limitations like this or so, so that the prevention is primarily made. The current state of the study of cholelithiasis is punctate and scattered, and is guided by published papers and scientific and technological achievements, each performance data of the cholelithiasis obtained each time is limited, the difficulty in obtaining and comparing related information is high, and substantial breakthrough is difficult to achieve.

Disclosure of Invention

The invention aims to provide a human body gallstone big data measuring system which can measure various performances of the gallstones, combines a measuring technology with big data measurement, realizes big data measurement of the gallstones, has high measuring efficiency and accurate measured data, and finds out individual pathogenic factors through big data analysis, thereby achieving more targeted and accurate prevention and treatment and benefiting the masses of people in China.

In order to solve the problems, the invention is realized according to the following technical scheme:

the invention provides a human body gallstone big data measuring system, which comprises:

the system comprises a data acquisition system and a display system, wherein the data acquisition system comprises a plurality of measuring devices for measuring the gallstones to obtain various performance data of the gallstones and an image device for acquiring image data of the gallstones;

the processing system is arranged beside the data acquisition system and comprises a plurality of processing devices for processing the gallstones so as to enable the gallstones to accord with the measurement specification or the measurement style of the data acquisition system;

the display system comprises a data processing host and a display, wherein the data processing host is electrically connected with the data acquisition system to process the measurement data and the image data of the data acquisition system, establish a large measurement database and display the measurement data and the image data through the display.

Further, measuring equipment is including putting the extra-corporeal observation quantity microscope of gallstone, gallstone densimeter, gallstone hardness appearance, the gallstone section survey microscope of setting in order, gallstone smear scanner, gallstone X ray diffractometer, gallstone Fourier infrared spectroscopy appearance, the gallstone energy spectrometer subassembly of setting, the gallstone energy spectrometer subassembly includes gallstone energy spectrometer and scanning electron microscope.

Further, the processing equipment comprises an automatic gallstone grinding instrument and an automatic smearing machine, wherein the automatic gallstone grinding instrument and the automatic smearing machine are sequentially arranged between the gallstone section measuring microscope and the gallstone smear scanner.

Further, the microscope for measuring the external observation amount of the cholelithiasis comprises a zoom lens which is more than or equal to 1.4X, and the field range of the zoom lens is set to be 50-300 mm;

the halogen or LED light source is adjustable and arranged internally or externally;

the device also comprises a built-in camera with a measurement function, and the resolution of the built-in camera is not lower than 3840 multiplied by 2160;

still include the objective platform, the objective platform sets up to manual or electronic, the size specification of objective platform is greater than or equal to 400mm x 400 mm.

Further, the cholelithiasis section measuring microscope comprises a 25X-150X continuous zoom lens, and the field range of the zoom lens is set to be less than 50 mm;

the halogen or LED light source is adjustable and arranged internally or externally;

the device also comprises a built-in camera with a measurement function, and the resolution of the built-in camera is not lower than 3840 multiplied by 2160;

still include the objective platform, the objective platform sets up to manual or electronic, the size specification of objective platform is greater than or equal to 55mm 80 mm.

Further, the image equipment comprises a gallstone section hyperspectral imager, the gallstone section hyperspectral imager is a staring type hyperspectral imager, the spectrum range is 400-152 nm or 900-1700nm or 1000-2500nm, and the gallstone section hyperspectral imager is arranged on an external gallstone section microscope.

Further, the cholelithiasis grinder adopts a high-flux tissue grinder, and the grain size of the high-flux tissue grinder is less than or equal to 5 um.

Further, the image equipment further comprises a smear hyperspectral imager, the smear hyperspectral imager is a push-broom hyperspectral imager, the spectrum range is 400-152 nm or 900-1700nm or 1000-2500nm, and the smear hyperspectral imager is arranged on the gallstone smear scanner or an external biological microscope.

Further, the display is an ultra-high-definition display or a 3D naked eye display, the ultra-high-definition display is larger than or equal to 27 inches, the resolution is not lower than 3840 multiplied by 2160, and the 3D naked eye display is larger than or equal to 20 inches, and the resolution is not lower than 1920 multiplied by 1080.

The invention also discloses a human body gallstone big data measuring method, which is characterized by comprising the human body gallstone big data measuring system, and the method further comprises the following steps:

connecting and placing a plurality of measuring devices according to a gallstone performance measuring sequence, and connecting a specific image device on a specific measuring device;

sequentially measuring the gallstones to be measured according to the arrangement sequence of the devices, measuring relevant data of the gallstones through a plurality of measuring devices, and simultaneously acquiring image data of the gallstones through an image device;

in the last step, under the condition that the gallstones are required to be processed and measured, the gallstones are processed by a plurality of processing devices of a processing system, so that the gallstones conform to the measurement specification or the measurement style of a specific measuring device;

and processing the measurement data and the image data of the data acquisition system through the data processing host of the display system, establishing a large gallstone measurement database, and displaying the measurement data and the image data through the display.

Compared with the prior art, the invention has the following beneficial effects:

according to the human body gallstone big data measuring system, the plurality of measuring devices used for measuring the gallstones are arranged and used for measuring various data of the gallstones to obtain the measuring data corresponding to the gallstones, and convenience is provided for follow-up study of the gallstones. In order to further achieve the diversity and accuracy of measurement, the instrument is further provided with a plurality of processing devices for processing the gallstones, so that when certain specific measurement is carried out, the gallstones can be processed into specifications or styles meeting the measurement requirements through the processing devices, convenience is brought to all-round measurement of the gallstones, guidance is provided for clinicians, objective basis is provided for postoperative guidance and medication of patients, and recurrence of the gallstones can be effectively prevented.

Simultaneously, still be provided with display system, processing host computer through display system is connected with data acquisition system, thereby can show the data in the data acquisition system through the display, the researcher of being convenient for observes, simultaneously can also improve the taste in the scientific research observation work widely, and the visual angle that the operator obtained does not confine to again and acquires from the single display screen of measuring equipment department, thereby can let more scholars participate in, and observation angle and the information of wanting to acquire all can carry out real-time adjustment, strengthen discovery and the description to the detail, really accomplish to teach in the morale, greatly improved scientific research observation operation's glamour and work efficiency, provide powerful tool for basic science and application scientific research.

Drawings

Embodiments of the invention are described in further detail below with reference to the attached drawing figures, wherein:

FIG. 1 is a schematic structural diagram of a human body gallstone big data measuring system according to embodiment 1;

FIG. 2 is a schematic structural view of a microscope for measuring an external cholelithiasis in example 1;

FIG. 3 is a schematic structural view of the dense cholelithiasis densitometer described in example 1;

FIG. 4 is a schematic structural view of the cholelithiasis hardness tester according to example 1;

FIG. 5 is a schematic structural view of a cholelithiasis measuring microscope described in example 1;

FIG. 6 is a schematic structural diagram of a cholelithiasis section hyperspectral imager described in example 1;

FIG. 7 is a schematic structural view of the automatic gallstone grinding apparatus according to example 1;

FIG. 8 is a schematic structural view of the automatic smear machine according to embodiment 1;

FIG. 9 is a schematic structural view of the cholelithiasis X-ray diffractometer described in example 1;

FIG. 10 is a schematic structural diagram of the cholelithiasis Fourier infrared spectrometer of embodiment 1;

FIG. 11 is a schematic structural view of a cholelithiasis spectrometer assembly according to example 1;

FIG. 12 is a schematic structural view of the biliary smear scanner according to example 1;

FIG. 13 is a schematic structural diagram of a smear hyperspectral imager described in example 1;

FIG. 14 is a schematic structural diagram of a human body gallstone big data measuring system according to embodiment 1;

FIG. 15 is a schematic structural view of the biliary smear scanner described in example 1;

in the figure:

1-microscope for external observation of gallstone; 2-a gallstone densitometer; 3-hardness instrument of gallstone; 4-cholelithiasis section measuring microscope; 5-cholelithiasis section hyperspectral imager; 6-cholelithiasis section microscope; 7-automatic gallstone grinding instrument; 8-automatic smear machine; 9-cholelithiasis X-ray diffractometer; 10-cholelithiasis Fourier infrared spectrometer; 11-a gallstone spectrometer assembly; 12-a gallstone smear scanner; 13-smear hyperspectral imager; 14-biological microscope; 15-data processing host; 16-ultra high definition display; 17-naked eye 3D display.

Detailed Description

In order that the above objects, features and advantages of the present application can be more clearly understood, a detailed description of the present application will be given below with reference to the accompanying drawings and detailed description. In addition, the embodiments and features of the embodiments of the present application may be combined with each other without conflict. In the following description, numerous specific details are set forth to provide a thorough understanding of the present application, and the described embodiments are merely a subset of the embodiments of the present application, rather than all embodiments. All other embodiments obtained by a person of ordinary skill in the art without any inventive work based on the embodiments in the present application are within the scope of protection of the present application.

It should be noted that, unless otherwise specified, when a feature is referred to as being "fixed" or "connected" to another feature, it may be directly fixed or connected to the other feature or indirectly fixed or connected to the other feature. Further, the description of the upper, lower, left, right, etc. used in the present invention is only with respect to the positional relationship of the respective components of the present invention with respect to each other in the drawings. Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this application belongs. The terminology used herein in the description of the present application is for the purpose of describing particular embodiments only and is not intended to be limiting of the application.

Example 1

As shown in fig. 1 to 14, a human body gallstone big data measuring system includes a data acquiring system, a processing system and a display system, where the data acquiring system includes a plurality of measuring devices for measuring gallstones, and is used for measuring various data of the gallstones. The processing system is arranged beside the data acquisition system and comprises a plurality of processing devices which are used for processing the gallstones so that the gallstones conform to the measurement specification or pattern of the data acquisition system, and the measurement devices can conveniently and accurately measure. The display system comprises a data processing host 15 and a display, wherein the data processing host 15 is electrically connected with the data acquisition system to process the measurement data of the data acquisition system and display the measurement data through the display.

Specifically, measuring equipment is including putting the gallstone outward appearance observed quantity microscope 1, the gallstone densimeter 2, the gallstone hardness appearance 3, the gallstone section measuring microscope 4, the gallstone X ray diffractometer 9, the gallstone Fourier infrared spectroscopy 10, the gallstone energy spectrometer subassembly 11, the gallstone smear scanner 12 of setting in order, and the gallstone energy spectrometer subassembly 11 includes gallstone energy spectrometer and scanning electron microscope. Through the measuring equipment, the measurement of various performance data of the gallstones is realized.

The microscope for measuring the appearance of the cholelithiasis comprises a zoom lens of which the visual field range is more than or equal to 1.4X, the zoom lens is set to be 50-300mm, the microscope further comprises an adjustable halogen or LED light source which is arranged internally or externally, a built-in camera with a measuring function, the resolution ratio of the built-in camera is not less than 3840 multiplied by 2160, the microscope further comprises a loading platform, the loading platform is set to be manual or electric, and the size specification of the loading platform is more than or equal to 400mm multiplied by 400 mm.

The cholelithiasis section measuring microscope comprises a 25X-150X continuous zoom lens, an adjustable halogen or LED light source and a camera, wherein the field range of the zoom lens is set to be smaller than 50mm, the zoom lens is internally or externally provided with the adjustable halogen or LED light source, the camera is internally provided with a measuring function, the resolution ratio of the built-in camera is not lower than 3840 multiplied by 2160, the cholelithiasis section measuring microscope further comprises a loading platform, the loading platform is manually or electrically arranged, and the size specification of the loading platform is larger than or equal to 55mm multiplied by 80 mm.

Preferably, the imaging device comprises a cholelithiasis section hyperspectral imager 5, wherein the cholelithiasis section hyperspectral imager 5 is a staring type hyperspectral imager, and the spectral range is 400-950nm or 900-1700nm or 1000-2500 nm. The high-spectrum imaging instrument 5 for the section of the cholelithiasis is arranged on an external cholelithiasis section microscope 6, and the high-spectrum image data of the section of the cholelithiasis is acquired by taking the cholelithiasis section microscope 6 as a platform, so that convenience is provided for the follow-up research on the section of the cholelithiasis.

The processing equipment comprises an automatic gallstone grinding instrument 7 and an automatic smearing machine 8, wherein the automatic gallstone grinding instrument 7 and the automatic smearing machine 8 are sequentially arranged between the gallstone section measuring microscope 4 and the gallstone smear scanner 12. Grind the gallstone and smear processing through automatic grinding appearance 7 of gallstone and automatic smear machine 8, process the gallstone into the smear to can measure through equipment such as gallstone smear scanner 12. In this embodiment, the automatic gallstone grinder 7 adopts a high-throughput tissue grinder, and the ground liquid gallstone powder is uniform and sufficient through high-frequency vertical vibration, impact and shearing of steel balls, and the granularity of the ground liquid gallstone powder is ensured to be less than 5 um. The automatic smear instrument adopts a liquid-based thin layer smear instrument to realize rapid and uniform film making so as to carry out smear scanning measurement through the cholelithiasis smear scanner 12 in the subsequent process.

In this embodiment, a cholelithiasis X-ray diffractometer 9 is further provided to classify cholelithiasis into two main categories, namely crystalline and amorphous, so as to facilitate subsequent research. The cholelithiasis infrared spectrometer 10 is further arranged, qualitative and quantitative analysis of the cholelithiasis can be achieved, measurement data of the relevant cholelithiasis are obtained, and data support is provided for follow-up study of the cholelithiasis. The scanning electron microscope 10 with the cholelithiasis spectrometer 11 is further arranged for analyzing the species and the content of the constituent elements of the cholelithiasis, and the obtained corresponding data can provide data support for the subsequent study of the cholelithiasis.

Preferably, the image device further comprises a smear hyperspectral imager 13, the smear hyperspectral imager 13 is a push-broom hyperspectral imager, the spectrum range is 400-152 nm or 900-1700nm or 1000-2500nm, the smear hyperspectral imager 13 is arranged on an external biological microscope 14, the biological microscope 14 is used as a carrying platform to obtain hyperspectral image data of the gallstone smear, and convenience is brought to follow-up study on the gallstone smear.

In this embodiment, through utilizing data processing host computer 15, can arrange the measured data and the image data that above-mentioned data acquisition system said to acquire in order, establish and measure big database to follow-up when carrying out the research to the gallstone, can directly call the information data in the big database, make the research of gallstone convenient and fast more, through big data analysis, be favorable to finding out the pathogenic factor of individuation in addition, thereby accomplish more corresponding accurate prevention and cure.

The display is an ultra-high-definition display 16 or a 3D naked-eye display, the ultra-high-definition display 16 is larger than or equal to 27 inches, the resolution is not lower than 3840 multiplied by 2160, and the 3D naked-eye display is larger than or equal to 20 inches, and the resolution is not lower than 1920 multiplied by 1080. In the present embodiment, the naked-eye 3D display 17 employs technologies including, but not limited to, optical barrier stereoscopic display technology, lenticular stereoscopic display technology, and directional light source stereoscopic display technology. Of course, in this embodiment, the projector may also be used to display data and images, and multiple display modes are used, so that the system is applicable to a wider range and is more convenient to implement and popularize. And more scholars can participate in, the observation angle and the information wanted to be acquired can be adjusted in real time, the discovery and description of details are enhanced, edutainment is really achieved, the charm and the working efficiency of scientific research and observation operation are greatly improved, and a powerful tool is provided for basic science and application scientific research.

The invention also discloses a human body gallstone big data measuring method, which comprises the human body gallstone big data measuring system and further comprises the following steps:

placing a plurality of measuring devices in a certain sequence, and connecting a specific image device to a specific measuring device;

sequentially measuring the gallstones to be measured according to the arrangement sequence of the devices, measuring relevant data of the gallstones through a plurality of measuring devices, and simultaneously acquiring image data of the gallstones through an image device;

in the last step, under the condition that the gallstones are required to be processed and measured, the gallstones are processed by a plurality of processing devices of a processing system, so that the gallstones conform to the measurement specification or the measurement style of a specific measuring device;

the data processing host 15 of the display system processes the measurement data and the image data of the data acquisition system, establishes a large measurement database, and displays the measurement data and the image data through the display.

Specifically, with measuring equipment gallstone external observation volume microscope 1, gallstone densimeter 2, gallstone hardness appearance 3, gallstone section measurement microscope 4, gallstone X-ray diffractometer 9, gallstone Fourier infrared spectroscopy 10, gallstone energy spectrometer 11 and scanning electron microscope 10, gallstone smear scanner 12 put the connection in order, connect gallstone section high spectrum imager 5 and set up on gallstone section measurement microscope 4, connect smear high spectrum imager 13 and set up on the gallstone smear scanner 12, gallstone energy spectrometer 11 connects the setting on scanning electron microscope 10.

The gallstones to be measured are sequentially measured according to the placing sequence of the devices, the relevant data of the gallstones are measured through the measuring devices, meanwhile, the high-spectrum imaging instrument 5 and the smear high-spectrum imaging instrument 13 of the section of the gallstones acquire the high-spectrum image data of the gallstones, and the spectral resolution of the high-spectrum image data is up to 10^-2The resolution ratio of the spectrum is nano-scale in the visible to short wave infrared band range, the spectrum band number is dozens or even hundreds, the spectrum bands are usually continuous, each pixel of the image data can extract a complete high resolution spectrum curve, the obtained image quality is high, and the accuracy of the follow-up research is facilitated.

In the last step, when the processing of the gallstone smear is needed, the gallstone is processed by the gallstone grinder and the gallstone smear machine to prepare the smear, so that the smear scanning measurement can be carried out by the smear scanner in the following process.

The data processing host computer 15 of the display system processes the measurement data and the image data of the data acquisition system, establishes a large measurement database, and displays the measurement data and the image data through the ultra-high-definition display 16 or the 3D naked-eye display, so that the data processing system is convenient for observation in a research institute or used for teaching and the like.

In this embodiment, the other structural forms of the microscope 1 for external observation of gallstones, the instrument 2 for density of gallstones, the instrument 3 for hardness of gallstones, the microscope 4 for profile measurement of gallstones, the scanner 12 for smear of gallstones, the X-ray diffractometer 9 for X-ray of gallstones, the infrared spectrometer 10 for fourier of gallstones, the spectrometer 11 for energy of gallstones, the scanning electron microscope 10, the automatic grinding instrument 7 for gallstones, the automatic smear machine 8, the hyperspectral imager 5 for profile of gallstones, and the hyperspectral imager 13 for smear may be referred to the prior art, and are not described herein in detail.

The system and the method for measuring the big data of the gallstones of the human body fully reflect the three-dimensional and systematized ideas of the gallstone research and provide brand-new equipment and method for the gallstone research. The large data array research tool and method are used as breakthrough, are highly matched with clinical requirements, effectively get through subject barriers of four large data of medical records, medical images, biochemistry and large data laboratories, are fused, and find out individual pathogenic factors through large data analysis, so that more targeted and accurate prevention and treatment are realized, and the vast masses of people in China are benefited.

Example 2

As shown in fig. 14 and 15, the present embodiment discloses another human body gallstone big data measuring system, which is structurally different from the human body gallstone big data measuring system described in embodiment 1 in that:

in this embodiment, smear hyperspectral imager 13 directly sets up on gallstone smear scanner 12, need not externally add a biomicroscope as the platform of high spectral measurement again, saves the equipment input. And smear scanning measurement and hyperspectral imaging can be simultaneously carried out, so that the whole measurement efficiency is accelerated.

The other structures of the fungus incubator described in this embodiment are completely the same as those of embodiment 1, and are not described herein again.

While the preferred embodiments of the present invention have been illustrated and described in detail, it should be understood that modifications and variations can be effected by one skilled in the art in light of the above teachings without undue experimentation. Therefore, any technical solutions that can be obtained by a person skilled in the art through logical analysis, reasoning or limited experiments based on the prior art according to the present inventive concept should be within the scope of protection defined by the present claims.