CN115019927B - Physical examination data processing method and public health physical examination vehicle for realizing physical examination data processing - Google Patents
Physical examination data processing method and public health physical examination vehicle for realizing physical examination data processing Download PDFInfo
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Abstract
The invention relates to the technical field of intelligent medical treatment, in particular to a physical examination data processing method and a public health physical examination vehicle for realizing physical examination data processing. The method comprises the steps that an identity acquisition device acquires facial images of people entering a physical examination space; and calling a physical examination report sheet of the corresponding personnel by the physical examination data storage module according to the personnel identity information so as to identify the identity information of the personnel entering the physical examination space. The face images after common encapsulation are sent to the space lattices to be authenticated by the space lattice authentication camera equipment in the space lattices, so that the workload during authentication can be greatly reduced, and the authentication can be performed by combining the face images collected by the space identification camera equipment with the face images in the physical examination data storage module, so that the authentication speed is greatly improved, and the problem of complex multi-channel authentication is solved.
Description
Technical Field
The invention relates to the technical field of intelligent medical treatment, in particular to a physical examination data processing method and a public health physical examination vehicle for realizing physical examination data processing.
Background
The health examination is used as the detection or screening of a medical front end and is an important ring in the medical field, the examination report generated after the examination refers to the examination of a body, a document with a certain format is generated according to data of body reaction, the examination report can be analyzed and classified even by combining the document through an artificial intelligence AI model, a hospital department corresponding to a user can be confirmed according to a classification result, and the user experience degree is improved.
Under the background, the invention processes the data before the physical examination report is generated, and mainly aims to solve the problems that a plurality of physical examination data need to be filled in the physical examination report, so that a plurality of authentications need to be carried out, the whole physical examination process becomes complicated, and the data transmission load is overlarge due to the fact that the report needs to be called and read for many times in the filling process.
Disclosure of Invention
The invention aims to provide a physical examination data processing method and a public health physical examination vehicle for realizing physical examination data processing, so as to solve the problems in the background technology.
In order to achieve the above object, one of the objects of the present invention is to provide a physical examination data processing method, comprising the following steps:
s1, an identity acquisition device acquires facial images of people entering a physical examination space to identify identity information of the people entering the physical examination space, wherein the physical examination space contains a space lattice for performing health examination, and data corresponding to the physical examination space and the internal space lattice are stored in a physical examination data storage module;
s2, calling a physical examination report form of a corresponding person by a physical examination data storage module according to the identity information of the person, extracting a data filling case in the report form according to a space case that the person enters a physical examination space, and attaching a marking window on the data filling case;
s3, a receiving chain channel is established among the intermediate module, the identity acquisition device and the physical examination data storage module to receive identity information and corresponding data, and the intermediate module performs the following steps while the S1 and the S2 are performed:
s3.1, extracting the data filling grid and marking the identity information of the corresponding personnel into a marking window;
s3.2, dividing the data filling grids of all the personnel in the physical examination space into space grids corresponding to the physical examination space and the data filling grids, and marking the health examination information corresponding to the space grids into a marking window;
s3.3, the space lattice utilizes space lattice authentication camera equipment to collect the facial images of the physical examination personnel in the space lattice so as to identify the identity information of the physical examination personnel in the space lattice, and the physical examination information obtained by the health examination is filled into the corresponding data filling lattice according to the consistency of the identity information;
and S3.4, integrating the post-examination physical examination report sheet of the corresponding identity information personnel according to the consistency of the identity information by all the data filling grids.
As a further improvement of the technical solution, the intermediate module establishes a bidirectional link with an external device to complete the docking of the external information, wherein:
the external equipment comprises physical examination equipment for performing physical examination in the space grid, and physical examination information is obtained by performing the physical examination on physical examination personnel through the physical examination equipment;
the external equipment also comprises printing equipment for printing the post-examination physical examination report.
As a further improvement of the technical scheme, the identity acquisition device comprises space identification camera equipment and space grid authentication camera equipment, wherein the space identification camera equipment is arranged corresponding to the physical examination space and is used for identifying the identity of a person entering the physical examination space; the space grid authentication camera shooting equipment is arranged corresponding to the space grid and used for authenticating physical examination personnel entering the space grid.
As a further improvement of the technical solution, the method for identifying the identity information of the person entering the physical examination space in S1 comprises the following steps:
a. global feature extraction:
s1.1.1, representing the front face of the face image stored in the physical examination data storage module in a coordinate system through PCA;
s1.1.2, eliminating the influence of overall illumination change by using histogram equalization operation, and adding a mask to remove the interference of hairs and a background;
s1.1.3, selecting the characteristic faces corresponding to the first k maximum characteristic values lambda to form a standard orthogonal transformation array, so that:
in the formula, M is the total number of the face image sample sets stored in the physical examination data storage module; α is the energy ratio, preferably, α =95% is selected, which indicates that the energy of the sample set on the first k axes accounts for more than 95% of the whole energy;
b. local feature extraction:
s1.1.4, cutting the face in the face image according to a local area, and accurately positioning through a front-end detection module;
s1.1.5, training a region sample set according to a local region;
s1.1.6, performing singular value decomposition on the overall dispersion matrix of each area sample set to obtain a non-zero characteristic value and a vector of a corresponding characteristic;
s1.1.7, selecting a matrix formed by eigenvectors corresponding to non-zero eigenvalues as a local characteristic matrix of principal component analysis;
c. feature fusion:
s1.1.8, preprocessing a face image acquired by space recognition camera equipment, and separating a local area of the face image;
s1.1.9, defining a classification discrimination function, fusing a face image acquired by space recognition camera equipment with a local feature matrix and a transformation matrix by using the classification discrimination function, and recognizing the identity information of a person entering a physical examination space according to the contribution value of the classification discrimination function in the fusion process.
As a further improvement of the present technical solution, the partial regions include a left eyebrow region, a right eyebrow region, a left eye region, a right eye region, a nose region, and a mouth region of the frontal face.
As a further improvement of the technical solution, after the identification information of the person entering the physical examination space is identified in S1, the following steps are performed:
s1.2.1, jointly packaging a face image collected by space recognition camera equipment and a face image fused with the collected face image;
and S1.2.2, sending the face images after common encapsulation to a space grid for space grid authentication camera equipment in the space grid to authenticate.
As a further improvement of the technical scheme, the external equipment is connected with the middle module through USB, NFC or WiFi.
The invention also provides a public health physical examination vehicle for realizing the physical examination data processing method, which comprises a vehicle body with a physical examination space inside, wherein the vehicle body is provided with a vehicle door capable of entering the physical examination space, a plurality of partition plates are arranged in the physical examination space in a staggered manner, physical examination rooms are formed under the partition plates, space compartments are formed through the physical examination rooms, and an aisle for people to walk is formed among the physical examination rooms.
As a further improvement of the technical scheme, the space recognition camera shooting device is independently arranged at the position of the vehicle door and can face the face of the person entering the vehicle.
As a further improvement of the present technical solution, the space grid authentication camera apparatus is independently installed in a position capable of facing the face of the physical examination person in the physical examination room.
Compared with the prior art, the invention has the beneficial effects that:
1. in the physical examination data processing method and the public health physical examination vehicle for realizing physical examination data processing, the face images packaged together are sent to the space lattices to be used for space lattice authentication camera equipment in the space lattices to authenticate, so that the workload during authentication can be greatly reduced, and the authentication can be carried out by combining the face images collected by the space identification camera equipment with the face images in the physical examination data storage module, so that the authentication speed is greatly improved, and the problem of complex multi-channel authentication is solved.
2. In the physical examination data processing method and the public health physical examination vehicle for realizing physical examination data processing, the physical examination data corresponding to the data filling lattices can be recorded into the corresponding lattices, so that the physical examination report sheet is divided into individuals corresponding to physical examination rooms, the physical examination report sheet does not need to be repeatedly retrieved after the physical examination data is generated, the corresponding data filling lattices are found on the physical examination report sheet, and the problem that the data transmission load is overlarge because the report sheet needs to be retrieved for many times in the filling process of the data is solved.
3. In this physical examination data processing method and the public health physical examination car that realizes physical examination data processing, the data fill-in check is extracted and is simultaneously marked the sign window with the personnel's of correspondence's identity information, its purpose is mainly through the identity information in the sign window, accomplish data fill-in check and physical examination personnel's correspondence, that is to say that A's data fill-in check extract back only A's physical examination data can be typeeed, improve the accuracy nature of data typeeing on the one hand, still make things convenient for the integration of post-examination physical examination report list.
4. The physical examination data processing method and the public health physical examination vehicle for realizing the physical examination data processing have the advantages that no matter how many physical examination spaces exist, as long as a person wants to enter the physical examination spaces, the physical examination spaces are identified according to the steps, then the physical examination spaces are authenticated, the authentication efficiency can still be improved, the burden of data retrieval is reduced, and finally a post-examination report sheet is formed in an integrated mode.
Drawings
FIG. 1 is a flow chart of the steps of a physical examination data processing method of the present invention;
FIG. 2 is a flowchart illustrating steps of an identity information recognition method according to the present invention;
FIG. 3 is a flowchart illustrating the steps performed after identifying the identity information of the people entering the physical examination space according to the present invention;
FIG. 4 is a schematic view of the construction of the public health physical examination vehicle of the present invention;
fig. 5 is a schematic view of the internal structure of the public health physical examination vehicle of the invention.
The various reference numbers in the figures mean:
100. a vehicle body; 100A, a passageway;
110. a partition plate; 110A, physical examination room.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The health examination is used as the detection or screening of a medical front end and is an important ring in the medical field, the examination report generated after the examination refers to the examination of a body, a document with a certain format is generated according to data of body reaction, the examination report can be analyzed and classified even by combining the document through an artificial intelligence AI model, a hospital department corresponding to a user can be confirmed according to a classification result, and the user experience degree is improved.
Under the background, the invention processes the data before the physical examination report is generated, and mainly aims to solve the problem that a lot of physical examination data need to be filled in the physical examination report, so that a plurality of authentications are needed to be carried out, and the whole physical examination flow becomes complicated, and also solve the problem that the data transmission load is overlarge because the report sheet needs to be called for many times in the filling process of the data.
To this end, the present invention provides a physical examination data processing method, as shown in fig. 1, the processing method comprising the steps of:
s1, an identity acquisition device acquires facial images of people entering a physical examination space to identify identity information of the people entering the physical examination space, wherein the physical examination space contains a space lattice for performing health examination, and data corresponding to the physical examination space and the internal space lattice are stored in a physical examination data storage module;
s2, calling a physical examination report form of a corresponding person by a physical examination data storage module according to the identity information of the person, extracting a data filling grid in the report form according to a space grid of the person entering a physical examination space, wherein a marking window is attached to the data filling grid;
s3, a receiving chain channel is established among the intermediate module, the identity acquisition device and the physical examination data storage module to receive identity information and corresponding data, and the intermediate module performs the following steps while the S1 and the S2 are performed:
s3.1, extracting the data filling grid and marking the identity information of the corresponding personnel into a marking window;
s3.2, dividing the data filling grids of all the personnel in the physical examination space into space grids corresponding to the physical examination space and the data filling grids, and marking the health examination information corresponding to the space grids into a marking window;
s3.3, the space lattice collects the face image of the physical examination person in the space lattice by using space lattice authentication camera equipment so as to identify the identity information of the physical examination person in the space lattice, and the physical examination information obtained by the physical examination is filled into the corresponding data filling lattice according to the consistency of the identity information;
and S3.4, integrating the post-detection physical examination report sheet of the corresponding identity information personnel according to the consistency of the identity information by all the data filling grids.
The identity acquisition device comprises space identification camera equipment and space lattice authentication camera equipment, wherein the space identification camera equipment is arranged corresponding to the physical examination space and is used for identifying the identity of a person entering the physical examination space; the space grid authentication camera shooting equipment corresponds to the space grid and is used for authenticating physical examination personnel entering the space grid.
Further, the intermediate module establishes a bidirectional link with the external device to complete the docking of the external information, wherein: the external equipment comprises physical examination equipment for performing health examination in the space grid, and physical examination information is obtained by performing the health examination on physical examination personnel through the physical examination equipment; the external equipment also comprises printing equipment for printing the post-examination physical examination report.
The external device and the intermediate module can be connected through USB, NFC or WiFi
The steps are as follows:
in the first embodiment, assuming that three people are subjected to physical examination at the time, and all the spaces are in the same physical examination space, then a, B, C sequentially enter the physical examination space, the invention, in conjunction with fig. 4 and 5, shows a public health physical examination vehicle for implementing the physical examination data processing method, the public health physical examination vehicle comprises a vehicle body 100 with a physical examination space inside, a vehicle door capable of entering the physical examination space is arranged on the vehicle body 100, a plurality of partitions 110 are arranged in the physical examination space in a staggered manner, a physical examination room 110A is formed under the partitions 110, a space is formed by the physical examination room 110A, a passageway 100A for a person to walk is formed between the physical examination rooms 110A, in the present embodiment, only one public health physical examination vehicle is provided, and the physical examination rooms 110A of all the physical examination items are on the one public health physical examination vehicle, and the purpose is that all the spaces are in the same physical examination space;
next, the space recognition camera device is independently installed at a vehicle door and can face a position where a person enters the vehicle, that is, a, B, and C that enter the physical examination space in sequence pass through the vehicle door, and then are recognized by the space recognition camera device, as shown in fig. 2, the specific recognition method steps are as follows:
a. global feature extraction:
s1.1.1, expressing the front face of a face image stored in a physical examination data storage module in a coordinate system through PCA, preferably expressing the front face of the face image in an optimal coordinate system, wherein 'optimal' means the optimal expression in the sense of minimum reconstruction error or minimum mean square, and during specific implementation, all face images (the face images of A, B and C are also contained in the face images) stored in the physical examination data storage module can be regulated to be uniform in size, position and angle (namely the standard front face) by taking two eye coordinates calibrated manually as a reference, so that the later-stage local features can be conveniently and uniformly extracted and cut;
s1.1.2, eliminating the influence of overall illumination change by using histogram equalization operation, and adding a mask to remove the interference of hairs and a background;
s1.1.3, selecting the characteristic faces corresponding to the first k maximum characteristic values lambda to form a standard orthogonal transformation array, so that:
in the formula, M is the total number of the face image sample sets stored in the physical examination data storage module; α is the energy ratio, preferably selected as α =95%, which indicates that the energy of the sample set on the first k axes accounts for more than 95% of the total energy;
b. local feature extraction:
s1.1.4, cutting the face in the face image according to local areas (the preferable local areas comprise a left eyebrow area, a right eyebrow area, a left eye area, a right eye area, a nose area and a mouth area of the face of the front face), and accurately positioning through a front-end detection module, wherein the accuracy degree of cutting depends on the regularity of the standard face of the front face;
s1.1.5, according to a local area training area sample set, 6 area sample sets are totally used for respectively representing a left eyebrow area, a right eyebrow area, a left eye area, a right eye area, a nose area and a mouth area, if each training area sample set contains s training samples, the normalized images are expanded into the following images according to lines:
x i，j [i＝1，2，…，6；j＝1，2，…，s]；
in the formula, x i，j The jth sample in the ith area sample set;
s1.1.6, performing singular value decomposition on the overall dispersion matrix of each area sample set to obtain a non-zero characteristic value and a vector of a corresponding characteristic, specifically:
s1.1.7, selecting a matrix formed by eigenvectors corresponding to non-zero eigenvalues as a local characteristic matrix of principal component analysis to obtain:
then, the feature vector of the mth person in the ith area sample set is obtained:
wherein L is the total number of people to be identified, and L =3 in this embodiment, which is a, B, and C, respectively; n is a radical of i The number of samples for each person participating in training; x is the number of i，m，j A jth training sample for an mth individual in the ith area sample set; and in order to obtain the sub-blocks which can reflect the facial features of each person most, each feature vector C in the ith sample can be calculated i，m And the average distances of other feature vectors, for the mth person, all the i types of distances of the mth person are ranked from large to small, each average distance represents a weighting coefficient of the ith type of local features of the person, the larger the coefficient is, the more the local features (such as large eyes, thick eyebrows and the like) on the surface can represent the facial 'personality' of the person, and the facial features of the person can be quickly identified according to the 'personality'.
c. Feature fusion:
s1.1.8, preprocessing a face image acquired by space recognition camera equipment, and separating a local area of the face image;
s1.1.9, defining a classification discriminant function:
h＝arg m ming m [c i ，C i，m ]；
in the formula, g m [c i ，C i，m ]It is a discriminant function representing the average distance between a set of local features of the unknown face image and L sets of local features in the physical examination data storage module, and it is obvious that the classification is intended to obtain the two sets of local features with the minimum distance, therebyThe minimum classification error rate is obtained, the comparison problem of 6 local feature areas is regarded as that information fusion is carried out by adopting a weighted majority rule, specifically, a classification discrimination function is used for fusing a face image acquired by space recognition camera equipment with a local feature matrix and a transformation matrix, the greater the weight value is, the greater the contribution of the corresponding local feature to the discrimination function is, and then the identity information of a person entering a physical examination space is recognized according to the contribution value of the classification discrimination function in the fusion process.
After identifying a, B and C according to the above steps, which means that a, B and C enter the physical examination space at this time for physical examination, next, the steps shown in fig. 3 are performed:
s1.2.1, jointly packaging a face image collected by space recognition camera equipment and a face image fused with the collected face image;
s1.2.2, sending the face images after common encapsulation to a space grid for space grid authentication camera equipment in the space grid to authenticate, wherein the space grid authentication camera equipment is independently installed in a physical examination room 110A and can face the position of the face of a physical examination person, namely when A, B and C enter a physical examination space, information can be sent to all space grids in the space to authenticate during physical examination, and an authenticated target is only locked among A, B and C, so that the workload during authentication can be greatly reduced, and the authentication can be carried out by combining the face images collected by the space identification camera equipment with the face images in a physical examination data storage module for authentication, so that the authentication speed is greatly improved, and the problem of complex multi-channel authentication is solved;
on this basis, when a, B and C enter a physical examination space, a physical examination report sheet of a, B and C is called out in a physical examination data storage module according to the recognized face information, and it is assumed that 4 physical examination rooms 110A are arranged in the physical examination space at this time, and are respectively a, B, C and d, that is, four spatial grids corresponding to the physical examination rooms 110A are also represented by a, B, C and d, after the physical examination report sheet is called out, the data filling grids in the physical examination report sheet correspond to the a, B, C and d, and for a, the data filling grids of three persons, namely Aa, ba and Ca, are arranged in the physical examination report sheet, so that once a is successfully authenticated, the physical examination data corresponding to the data filling grids are recorded in the corresponding grids, which is equal to splitting the physical examination report sheet into individuals corresponding to the physical examination rooms 110A, the physical examination report sheet does not need to be repeatedly called out after the physical examination data filling grids are generated, and the corresponding data filling grids in the physical examination report sheet need to be searched, so that the data filling in the physical examination report sheet needs to be transmitted for multiple times;
it is worth explaining that, when the data filling lattices are extracted in S3.1, the identity information of corresponding personnel is marked in the marking window, the purpose is mainly to complete the correspondence between the data filling lattices and physical examination personnel through the identity information in the marking window, namely, only the physical examination data of A can be input after the data filling lattices of A are extracted, on one hand, the accuracy of data input is improved, and the integration of physical examination report sheets after later-stage examination is facilitated.
In the second embodiment, a plurality of different physical examination spaces, namely a plurality of public health physical examination vehicles are used for physical examination, so that the method has the advantages that no matter how many physical examination spaces are, as long as someone enters the physical examination spaces, the physical examination spaces are identified according to the steps, then the physical examination vehicles are authenticated, the authentication efficiency can be still improved, the burden of data retrieval is reduced, and finally, a post-examination report is formed in an integrated mode.
The foregoing shows and describes the general principles, essential features, and advantages of the invention. It should be understood by those skilled in the art that the present invention is not limited to the above embodiments, and the above embodiments and descriptions are only preferred examples of the present invention and are not intended to limit the present invention, and that various changes and modifications may be made without departing from the spirit and scope of the present invention, which fall within the scope of the claimed invention. The scope of the invention is defined by the appended claims and equivalents thereof.
Claims (6)
1. The physical examination data processing method is characterized by comprising the following steps:
s1, an identity acquisition device acquires face images of people entering a physical examination space to identify identity information of the people entering the physical examination space, wherein the physical examination space contains space lattices for performing health examination, and data corresponding to the physical examination space and the internal space lattices are stored in a physical examination data storage module;
the identity acquisition device comprises space identification camera equipment and space grid authentication camera equipment, wherein the space identification camera equipment is arranged corresponding to the physical examination space and is used for identifying the identity of a person entering the physical examination space; the space grid authentication camera equipment is arranged corresponding to the space grid and is used for authenticating physical examination personnel entering the space grid;
the identification method for the identity information of the personnel entering the physical examination space in the S1 comprises the following steps:
a. global feature extraction:
s1.1.1, representing the front face of the face image stored in the physical examination data storage module in a coordinate system through PCA;
s1.1.2, eliminating the influence of the whole illumination change by using histogram equalization operation, and adding a mask to remove the interference of hairs and a background;
s1.1.3, selecting the characteristic faces corresponding to the first k maximum characteristic values lambda to form a standard orthogonal transformation array, so that:
in the formula, M is the total number of the face image sample sets stored in the physical examination data storage module; alpha is the energy ratio;
b. local feature extraction:
s1.1.4, cutting the face in the face image according to a local area, and accurately positioning through a front-end detection module;
s1.1.5, training a region sample set according to a local region;
s1.1.6, performing singular value decomposition on the overall dispersion matrix of each area sample set to obtain a non-zero characteristic value and a vector of a corresponding characteristic;
s1.1.7, selecting a matrix formed by eigenvectors corresponding to non-zero eigenvalues as a local characteristic matrix of principal component analysis;
c. feature fusion:
s1.1.8, preprocessing a face image collected by a space recognition camera device, and separating a local area of the face image;
s1.1.9, defining a classification discrimination function, fusing a face image acquired by space recognition camera equipment with a local feature matrix and a transformation matrix by using the classification discrimination function, and recognizing identity information of a person entering a physical examination space according to the contribution value of the classification discrimination function in the fusion process;
the local area comprises a left eyebrow area, a right eyebrow area, a left eye area, a right eye area, a nose area and a mouth area of the front face;
after the identity information of the personnel entering the physical examination space is identified in the step S1, the following steps are carried out:
s1.2.1, jointly packaging a face image collected by space recognition camera equipment and a face image fused with the collected face image;
s1.2.2, sending the face images after common encapsulation to a space grid for space grid authentication camera equipment in the space grid to authenticate;
s2, calling a physical examination report form of a corresponding person by a physical examination data storage module according to the identity information of the person, extracting a data filling grid in the report form according to a space grid of the person entering a physical examination space, wherein a marking window is attached to the data filling grid;
s3, a receiving chain channel is established among the intermediate module, the identity acquisition device and the physical examination data storage module to receive identity information and corresponding data, and the intermediate module performs the following steps while the S1 and the S2 are performed:
s3.1, extracting the data filling grid and marking the identity information of the corresponding personnel into a marking window;
s3.2, dividing the data filling grids of all the personnel in the physical examination space into space grids corresponding to the physical examination space and the data filling grids, and marking the health examination information corresponding to the space grids into a marking window;
s3.3, the space lattice utilizes space lattice authentication camera equipment to collect the facial images of the physical examination personnel in the space lattice so as to identify the identity information of the physical examination personnel in the space lattice, and the physical examination information obtained by the health examination is filled into the corresponding data filling lattice according to the consistency of the identity information;
and S3.4, integrating the post-examination physical examination report sheet of the corresponding identity information personnel according to the consistency of the identity information by all the data filling grids.
2. A physical examination data processing method according to claim 1, characterized in that: the middle module establishes a bidirectional link with external equipment to complete the butt joint of external information, wherein:
the external equipment comprises physical examination equipment for performing health examination in the space grid, and physical examination information is obtained by performing the health examination on physical examination personnel through the physical examination equipment;
the external equipment also comprises printing equipment for printing the post-examination physical examination report.
3. The physical examination data processing method according to claim 2, characterized in that: the external device is connected with the middle module through USB, NFC or WiFi.
4. A public health physical examination vehicle for implementing the physical examination data processing method according to any one of claims 1 to 3, characterized in that: the public health physical examination vehicle comprises a vehicle body (100) with a physical examination space inside, wherein a vehicle door capable of entering the physical examination space is arranged on the vehicle body (100), a plurality of partition plates (110) are arranged in the physical examination space in a staggered mode, a physical examination room (110A) is formed under the partition plates (110), a space grid is formed through the physical examination room (110A), and a passageway (100A) for a person to walk is formed between the physical examination rooms (110A).
5. A public health physical examination vehicle as claimed in claim 4, wherein: the space recognition camera device is independently installed at the position where the face of the person can be faced to enter at the vehicle door.
6. A public health physical examination vehicle according to claim 4, wherein: the space grid authentication camera device is independently installed in a position capable of facing the face of a physical examination person in a physical examination room (110A).
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