CN219331621U

CN219331621U - Physical examination equipment for driver

Info

Publication number: CN219331621U
Application number: CN202222267112.6U
Authority: CN
Inventors: 郭小璇; 张贺; 浦声杰; 单伟
Original assignee: Qingdao Tosun Intelligent Technology Inc
Current assignee: Qingdao Tosun Intelligent Technology Inc
Priority date: 2022-04-24
Filing date: 2022-08-26
Publication date: 2023-07-14
Anticipated expiration: 2032-08-26

Abstract

The application discloses driving human body detection equipment, a left viewing cylinder and a right viewing cylinder are connected to a visual function detection module, two groups of light paths corresponding to the left viewing cylinder and the right viewing cylinder respectively are arranged in the visual function detection module, wherein a first group of light paths comprises a first light reflection part, a second light reflection part and a third light reflection part, and the end of light reflected by the third light reflection part is a first E character display part; the second group of light paths comprises a fourth light reflecting component, a fifth light reflecting component and a sixth light reflecting component, the end of the light reflected by the sixth light reflecting component is a second E character display component, the first light reflecting component and the fourth light reflecting component can rotate, the light reflected by the left viewing cylinder and the right viewing cylinder is reflected to the right side after the light is rotated anticlockwise by 90 degrees, and the end of each reflected light is a color-distinguishing picture display component, so that the cheating of a physical examination person can be guaranteed, and the accuracy of vision detection and color-distinguishing detection results can be improved.

Description

Physical examination equipment for driver

Technical Field

The utility model belongs to the technical field of driving human body inspection, and particularly relates to driving human body inspection equipment.

Background

The driver needs to check his/her physical examination when handling his/her license, such as claiming his/her license, expiration and driving augmentation, and the physical examination items mainly include eyesight, color-differentiation, hearing, trunk, upper limbs, lower limbs, height, etc. The novel intelligent physical examination machine equipment is available, self-help physical examination of a user can be achieved, and physical examination efficiency is improved to a certain extent. However, there are still some problems, for example, in terms of vision detection, in order to avoid that the third person informs the third person of the opening direction of the current detection optotype beside the physical examination person, and also avoid that the physical examination person transmits the image of the physical examination optotype or the color-differentiation chart to other persons to obtain an answer by using the mobile phone, the current self-help physical examination device can mutually cooperate with the mechanical arm through the main screen, the visual function detection module, so that only the physical examination person can see the character of the optotype E and the color-differentiation chart, and the cheating of the physical examination person in the process of vision and color-differentiation detection can be effectively prevented.

However, the self-help physical examination device still has some problems: because the color discrimination detection and the vision detection share one light path channel, the vision detection diagram and the color discrimination detection diagram are arranged at the end of the channel at the same time, in order to ensure that the distance between the physical examination person and the vision detection diagram is large enough in the vision detection, the light path channel is long enough to meet the requirement of the vision detection, and under the condition that the light path channel is overlong, the physical examination person cannot see the color discrimination diagram clearly due to the overlarge distance in the process of the color discrimination detection, the conventional self-help physical examination equipment is provided with a relatively simple common picture for solving the problem, the color discrimination detection diagram cannot be adopted, the accuracy of the color discrimination detection is not high enough due to the fact that the image is unclear, and the use experience of the physical examination person is poor.

Disclosure of Invention

In order to solve the problems, the utility model provides the physical examination equipment for the driver, which can ensure that the physical examination person cannot cheat, ensure that the pattern seen by the physical examination person is more professional and clear, and improve the accuracy of the vision detection and the color differentiation detection result.

The utility model provides a driving human body inspection device, which comprises a physical examination device body, wherein a visual function detection module is connected to the physical examination device body, the visual function detection module is connected with a left visual tube and a right visual tube, two groups of light paths corresponding to the left visual tube and the right visual tube respectively are arranged in the visual function detection module, the first group of light paths comprises a first light reflection part facing the left visual tube at an angle of 45 degrees and having a first preset interval, a second light reflection part facing the first light reflection part from the left side and having a second preset interval, a third light reflection part facing the second light reflection part from the lower side and having a third preset interval, and the end of light reflected by the third light reflection part is a first E character display part positioned at the right inner side of the visual function detection module;

the second group of light paths comprises a fourth light reflecting component facing the right viewing cylinder at an angle of 45 degrees and having a fourth preset interval, a fifth light reflecting component facing the fourth light reflecting component from the left side and having a fifth preset interval, and a sixth light reflecting component facing the fifth light reflecting component from the lower side and having a sixth preset interval, wherein the end of the light reflected by the sixth light reflecting component is a second E character display component positioned at the right inner side of the visual function detection module, the fourth preset interval is smaller than the first preset interval so as to enable the two light paths to be staggered mutually, and the second E character display component and the first E character display component are positioned at different heights;

the first light reflection component and the fourth light reflection component can rotate, the left-view tube and the right-view tube reflect light rays to the right side after the first light reflection component and the fourth light reflection component rotate anticlockwise by 90 degrees, and the end of each reflected light ray is a first color differentiation chart display component and a second color differentiation chart display component which are arranged on the right inner side of the vision function detection module.

Preferably, in the above-mentioned physical examination apparatus for a driver, the second light reflecting member and the fifth light reflecting member are light splitting lenses, and a third color-difference picture display member and a fourth color-difference picture display member are provided behind them, respectively, and when the third color-difference picture display member and the fourth color-difference picture display member are turned on, the second light reflecting member and the fifth light reflecting member are switched to a perspective function to detect the color difference, and when they are turned off, they are switched to a reflecting function to detect the vision.

Preferably, in the above-mentioned physical examination apparatus for a driver, the physical examination apparatus body includes a base, a fixed housing fixed to the base, and a mirror surface mounted in front of the fixed housing.

Preferably, in the above-mentioned driver physical examination apparatus, the visual function detection module includes a mobile housing and a binocular camera disposed on the mobile housing.

Preferably, in the above-mentioned apparatus for physical examination of a driver, the movable housing is hinged to the fixed housing by two mechanical arms, and the mechanical arms can lift the movable housing under the driving of the electrodes so that the left viewing cylinder and the right viewing cylinder are flush with the eye height of the physical examination person.

Preferably, in the above-mentioned apparatus for physical examination of a driver, the fixed housing is further provided with a lower limb camera.

Preferably, in the above-mentioned apparatus for physical examination of a driver, a speaker is further provided on the stationary housing.

Preferably, in the above apparatus for physical examination of a driver, a display screen is further provided on the fixed housing.

Preferably, in the above-mentioned apparatus for physical examination of a driver, an identification card reader is further provided on the fixed housing.

Preferably, in the above-mentioned apparatus for physical examination of a driver, a light-compensating lamp is further provided at the positions of the left-view tube and the right-view tube.

As can be seen from the above description, the above-mentioned driver physical examination apparatus provided by the present utility model includes a physical examination apparatus body, on which a visual function detection module is connected, the visual function detection module is connected with a left visual tube and a right visual tube, and two groups of optical paths corresponding to the left visual tube and the right visual tube respectively are provided in the visual function detection module, where a first group of optical paths includes a first light reflection component facing the left visual tube at an angle of 45 ° and having a first preset interval, a second light reflection component facing the first light reflection component from the left side and having a second preset interval, and a third light reflection component facing the second light reflection component from the lower side and having a third preset interval, and the end of the light reflected by the third light reflection component is a first E character display component located on the right inner side of the visual function detection module; the second group of light paths comprises a fourth light reflecting component facing the right viewing cylinder at an angle of 45 degrees and having a fourth preset interval, a fifth light reflecting component facing the fourth light reflecting component from the left side and having a fifth preset interval, and a sixth light reflecting component facing the fifth light reflecting component from the lower side and having a sixth preset interval, wherein the end of the light reflected by the sixth light reflecting component is a second E character display component positioned at the right inner side of the visual function detection module, the fourth preset interval is smaller than the first preset interval so as to enable the two light paths to be staggered mutually, and the second E character display component and the first E character display component are positioned at different heights; the first light reflection component and the fourth light reflection component can rotate, the left view cylinder and the right view cylinder can reflect light rays to the right side after the light reflection component and the fourth light reflection component rotate anticlockwise by 90 degrees, the end of each reflected light ray is a first color-differentiation chart display component and a second color-differentiation chart display component which are arranged on the right inner side of the visual function detection module, vision detection and color-differentiation chart detection can be simultaneously realized on the basis of small equipment size and adjustable light path distance by utilizing the light path, and only a physical examination person can see the vision detection charts and color-differentiation charts, so that the physical examination person can not cheat, the patterns seen by the physical examination person can be ensured to be more specialized and clear, and the accuracy of vision detection and color-differentiation detection results is improved.

Drawings

In order to more clearly illustrate the embodiments of the present utility model or the technical solutions in the prior art, the drawings that are required to be used in the embodiments or the description of the prior art will be briefly described below, and it is obvious that the drawings in the following description are only embodiments of the present utility model, and that other drawings can be obtained according to the provided drawings without inventive effort for a person skilled in the art.

Fig. 1 is a schematic diagram of an initial state of an embodiment of a physical examination apparatus for a driver according to the present utility model;

fig. 2 is a schematic diagram of an embodiment of a physical examination apparatus for a driver according to the present utility model;

fig. 3 is a schematic diagram of detecting vision states inside a vision function detecting module in an embodiment of a physical examination device for a driver according to the present utility model;

fig. 4 is a schematic diagram of detecting a color difference state inside a visual function detecting module in an embodiment of a physical examination apparatus for a driver according to the present utility model.

Detailed Description

The core of the utility model is to provide the physical examination equipment for the driver, which can ensure that the physical examination person cannot cheat, ensure that the pattern seen by the physical examination person is more professional and clear, and improve the accuracy of the vision detection and the color differentiation detection result.

The following description of the embodiments of the present utility model will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present utility model, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

Fig. 1, fig. 2, fig. 3 and fig. 4 show an embodiment of a driving physical examination device provided by the utility model, fig. 1 is a schematic diagram of an initial state of the embodiment of the driving physical examination device provided by the utility model, fig. 2 is a schematic diagram of a working state of the embodiment of the driving physical examination device provided by the utility model, fig. 3 is a schematic diagram of an internal detection vision state of a vision function detection module in the embodiment of the driving physical examination device provided by the utility model, and fig. 4 is a schematic diagram of an internal detection color discrimination state of the vision function detection module in the embodiment of the driving physical examination device provided by the utility model.

The embodiment of the human body physical examination equipment can comprise a physical examination equipment body 1, wherein a visual function detection module 2 is connected to the physical examination equipment body 1, a left viewing cylinder 3 and a right viewing cylinder 4 are connected to the visual function detection module 2, two groups of optical paths corresponding to the left viewing cylinder 3 and the right viewing cylinder 4 respectively are arranged in the visual function detection module 2, wherein a first group of optical paths comprises a first light reflecting part 501 facing the left viewing cylinder 3 at an angle of 45 degrees and having a first preset interval, a second light reflecting part 502 facing the first light reflecting part 501 from the left side and having a second preset interval, and a third light reflecting part 503 facing the second light reflecting part 502 from the lower side and having a third preset interval, the end of light reflected by the third light reflecting part 503 is a first E character display part 7 positioned at the right inner side of the visual function detection module 2, when a physical examination person detects the left eye, the eyes can see the first E character display part 7 through the first group of optical paths, and the first E character display part 7 can see the E character display randomly from the left side every time, so that other characters cannot be seen effectively;

the second group of light paths comprises a fourth light reflecting component 601 facing the right viewing cylinder 4 at an angle of 45 degrees and having a fourth preset interval, a fifth light reflecting component 602 facing the fourth light reflecting component 601 from the left side and having a fifth preset interval, a sixth light reflecting component 603 facing the fifth light reflecting component 602 from the lower side and having a sixth preset interval, the end of the light reflected by the sixth light reflecting component 603 is a second E character display component 8 positioned at the right inner side of the vision function detecting module 2, the fourth preset interval is smaller than the first preset interval so that the two light paths are staggered, the second E character display component 8 and the first E character display component 7 are positioned at different heights, and when a physical examination person detects the vision of the right eye, the physical examination person can see the second E character display component 8 from the eyes to the right viewing cylinder 4, and can see randomly oriented E characters displayed by the second E character display component 8 every time, so that other persons on the body cannot see the physical examination person can effectively prevent the cheating;

the first light reflecting component 501 and the fourth light reflecting component 601 can rotate, after rotating 90 degrees anticlockwise, the light of the left viewing cylinder and the right viewing cylinder is reflected to the right side, and the end of each reflected light is the first color-differentiation chart display component 9 and the second color-differentiation chart display component 10 which are arranged on the right inner side of the visual function detecting module 2, namely, the positions of the first color-differentiation chart display component 9 and the second color-differentiation chart display component in fig. 3 are rotated and then reach the position shown in fig. 4, so that a user can see the color-differentiation chart displayed by the first color-differentiation chart display component 9 from the inside of the left viewing cylinder, and can see the color-differentiation chart displayed by the second color-differentiation chart display component 10 from the inside of the right viewing cylinder, other people can not see the color-differentiation chart displayed by the second color-differentiation chart display component, therefore, cheating can be effectively prevented, and the light path under the condition can be seen relatively short, so that a physical person can easily see the color-differentiation chart clearly, and the purpose of visual detection and the color-differentiation chart can be realized conveniently by using the rotating mode of the reflecting component.

It should be noted that, the playing mode of the character "E" of the visual acuity chart can be random in the visual acuity test process of the driver, so that the possibility that the character "E" is recited in advance by the detector is eliminated, the user inputs voice according to voice guidance in the visual acuity test process, the equipment automatically recognizes voice information of the user, and only the detector can see the character "E" when the eyesight is detected, so that the anti-cheating requirement is effectively met. When a driver detects the color blindness, the color blindness chart appears randomly, and only a physical examination person can see the observation window in the color blindness detection process, so that the possibility of detection cheating is avoided, the color blindness detection process is conducted through animation guidance and voice guidance, the physical examination user performs voice input, and the equipment automatically identifies the voice information of the user.

As can be seen from the above description, in the embodiment of the above-mentioned physical examination apparatus for a driver provided by the present utility model, the physical examination apparatus includes a physical examination apparatus body, on which a visual function detection module is connected, the visual function detection module is connected with a left-view tube and a right-view tube, and two groups of optical paths corresponding to the left-view tube and the right-view tube are provided in the visual function detection module, where the first group of optical paths includes a first light reflection component facing the left-view tube at an angle of 45 ° and having a first preset interval, a second light reflection component facing the first light reflection component from the left side and having a second preset interval, and a third light reflection component facing the second light reflection component from the lower side and having a third preset interval, and the end of the light reflected by the third light reflection component is a first E character display component located on the right inner side of the visual function detection module; the second group of light paths comprises a fourth light reflecting component facing the right viewing cylinder at an angle of 45 degrees and having a fourth preset interval, a fifth light reflecting component facing the fourth light reflecting component from the left side and having a fifth preset interval, and a sixth light reflecting component facing the fifth light reflecting component from the lower side and having a sixth preset interval, the end of the light reflected by the sixth light reflecting component is a second E character display component positioned at the right inner side of the visual function detection module, the fourth preset interval is smaller than the first preset interval so that the two light paths are staggered mutually, and the second E character display component and the first E character display component are positioned at different heights; the first light reflection component and the fourth light reflection component can rotate, the light rays of the left viewing cylinder and the right viewing cylinder are reflected to the right side after the light rays rotate anticlockwise by 90 degrees, the end of each reflected light ray is a first color-differentiation chart display component and a second color-differentiation chart display component which are arranged on the right inner side of the visual function detection module, vision detection and color-differentiation chart detection can be simultaneously realized on the basis of small equipment size and adjustable light path distance by utilizing the light path, and only a physical examination person can see the vision detection charts and the color-differentiation charts, so that the physical examination person can not cheat, the patterns seen by the physical examination person can be guaranteed to be more specialized and clear, and the accuracy of vision detection and color-differentiation detection results is improved.

In one embodiment of the above-mentioned physical examination apparatus for a driver, the second light reflecting component 502 and the fifth light reflecting component 602 may be light splitting lenses, and the third color-difference picture display component and the fourth color-difference picture display component are respectively disposed behind the light splitting lenses, when the third color-difference picture display component and the fourth color-difference picture display component are turned on, the second light reflecting component 502 and the fifth light reflecting component 602 are switched to a perspective function to detect the color difference, and when the third color-difference picture display component and the fourth color-difference picture display component are turned off, they are switched to a reflecting function to detect the vision.

Specifically, the scheme adopts the light splitting lens with the ratio of T to R=50:50, so that light can have 50% transmittance and 50% reflectivity, and when the backlight of the color differentiation display screen is closed, the light splitting lens has the effect of reflection, namely, the whole light path channel passes through 3 reflections at the moment and is 1 long channel, and the light path channel can be used for detecting vision at the moment. When the backlight of the color differentiation display screen is turned on, the spectroscope sheet has a perspective effect, namely, the light path channel only reflects for 1 time at the moment and is 1 short channel, and the light path channel can be used for detecting the color differentiation. The two states can be controlled through a program, when eyesight is detected, the backlight of the display screen is turned off, when the color differentiation is detected, the backlight of the display screen is turned on, the whole light path channel is required to be ensured to be airtight, no other light sources enter, and meanwhile, the light path channel is required to be black, so that light reflection is avoided. It can be seen that this embodiment realizes a redundant design of color discrimination detection, and when the first light reflection component 501 and the fourth light reflection component 601 fail and cannot rotate, the color discrimination detection can be realized by using the spectral waterproof, so that the physical examination process is not required to be interrupted, and the user experience is improved. Of course, this is a preferred embodiment and is not required to have such a beam splitting lens, which may be selected according to practical needs.

In another embodiment of the above-mentioned physical examination apparatus for a driver, with continued reference to fig. 1 and 2, the physical examination apparatus body 1 may include a base 101, a fixed housing 102 fixed on the base 101, and a mirror surface mounted on the front of the fixed housing 102, where it is noted that the mirror surface may allow a user to observe his wearing and posture in advance to make appropriate adjustments.

In still another embodiment of the above-mentioned physical examination apparatus for a driver, the visual function detecting module 2 includes a mobile housing 201 and a binocular camera 202 provided on the mobile housing 201, so that the height of the user can be calculated in combination with software. Further, the movable housing 201 may be hinged to the fixed housing 102 by using two mechanical arms 203, which may include a vertical arm and a U-shaped arm, where the vertical arm is 2 groups, each group of vertical arms is further divided into 1 driving arm and 1 follower arm, each group of vertical arms is combined with a hinge point to form a parallelogram, the two groups of vertical arms are respectively disposed at two ends of the U-shaped arm, the upper end of the vertical arm is hinged to the U-shaped arm, the driving arm of the motor driving the vertical arm can lift the U-shaped arm horizontally, that is, the mechanical arm can lift under the driving of the motor, and the housing 201 is moved so that the left viewing tube 3 and the right viewing tube 4 are level with the eye height of the person to be examined, thereby facilitating the vision detection and the color-discrimination detection. In addition, the E characters can be displayed by adopting the sighting mark disk, the size of the E characters can be set in equal proportion according to the distance of the optical path channel, the requirement that a user completes the detection of the sighting mark in a short distance can be met, the sighting mark disk is circular, the E characters with different sizes are uniformly distributed on the disk, the sighting mark disk is driven to rotate by a motor, and the corresponding characters can be displayed in a left viewing cylinder and a right viewing cylinder at different positions after the sighting mark disk stops.

In the above embodiment, the fixed housing 102 may further be provided with a lower limb camera 103, the fixed housing 102 may further be provided with a speaker 104, the number of speakers may be, but is not limited to, 2, and the speakers may be respectively disposed at the left and right ends of the fixed housing, the fixed housing 102 may further be provided with a display screen 105, and the fixed housing 102 may further be provided with an identification card reader 106, so as to identify an identification card of a user. Further, the positions of the left viewing cylinder 3 and the right viewing cylinder 4 can be further provided with light supplementing lamps, and the light supplementing lamps can be arranged on two sides of the viewing cylinder. Besides, the microphone can be installed at the bottom of the fixed shell to receive voice information of a user, and the microphone can also comprise necessary communication components and operation storage components which are arranged inside the fixed shell and are connected with the display screen, the lower limb camera, the identity card reader and other components to realize communication, so that the communication is not repeated here.

In summary, the physical examination equipment for the driver provided in the above embodiment can perform self-help detection on physical conditions such as height, eyesight, color differentiation, hearing, upper limbs, lower limbs, trunk and neck of the driver according to the driving requirement, integrates functions such as self-help physical examination and self-help photographing of the driver, and can perform accurate height measurement on physical examination of the driver with different heights by using intelligent measures such as binocular cameras, intelligent algorithms, image calibration and the like. Each detection link has the functions of face recognition and living body detection, so that the integration of human and evidence in the physical examination process is effectively ensured, cheating is effectively prevented, and the whole process is monitored by video, and the detection is controllable, traceable and searchable. The playing mode of the E character of the visual chart in the visual testing process of the driver is random, the possibility that the detector recites the orientation of the E character in advance is eliminated, the user inputs voice according to voice guidance in the visual testing process, the equipment automatically recognizes voice information of the user, and only the detector can see the E visual chart when the vision is tested, so that the anti-cheating requirement is effectively met. When a driver detects the color blindness, the color blindness chart appears randomly, and only a physical examination person can see the observation window in the color blindness detection process, so that the possibility of detection cheating is avoided, the color blindness detection process is conducted through animation guidance and voice guidance, the physical examination user performs voice input, and the equipment automatically identifies the voice information of the user. The driver carries out hearing test, the left and right speakers of the device randomly play preset sounds, the user carries out voice input according to voice guidance in the hearing test process, the device automatically recognizes voice information of the user, and whether the answer is correct or not is judged. In the four-limb detection process, guiding videos, action interaction and voice to guide a user to perform physical examination actions, judging the physical examination state of a driver by an intelligent algorithm, monitoring the whole-flow video, delivering a background doctor for auditing, and also having photographing and printing functions, wherein in the photographing process, animation guidance and voice guidance are adopted, photographing supports multi-shot optimization, and physical examination persons select satisfactory photos in the action interaction modes of nodding, shaking head, gesture and the like. The system automatically performs post-processing and cutting on the photo, the equipment can be connected with an external printer, supports the printing of the physical examination table and the photo, realizes one-stop service of physical examination of the driver, solves the current situation that the current driver runs in two places of a hospital and a driving school when the physical examination is performed, and ensures that the user runs less.

The following describes a specific example of the use of the above embodiment, and the information entry system is an H5 applet. The H5 applet is a driver physical examination information acquisition applet, and the user agrees to the user to apply and then pre-enter, wherein the pre-entry information is as follows: name, gender, identification number, contact phone, eyewear option, hearing aid wear option, disease option, business type option, quasi-driving option, photo printing option, etc. After the information is submitted to a background auditing system, the physical examination robot card swiping area is used for swiping the body of the driver for physical examination.

The method specifically comprises the following steps:

s1, a user scans a code to enter an information input system, inputs physical examination information, submits the physical examination information to a background auditing system, and feeds back physical examination reservation information to the user after the background auditing system receives the physical examination information;

s2, brushing user credentials on the identity card reader, identifying credential information, and uploading the credential information to the operation storage equipment;

s3, a user stands on the front side of the main screen, face information of the user is collected through the binocular camera and is uploaded to the operation storage equipment, the face information is checked with the identity information, and person identification comparison is carried out through an image recognition technology;

s4, after the person certificate is successfully compared, the display module displays physical examination information input by a user, the user confirms the physical examination information through voice, the voice is acquired through a microphone and then is uploaded to the operation storage device through the lower computer, and physical examination is started;

s5, detecting the trunk, wherein a user stands in front of the main screen, carries out left turning and right turning actions through voice prompts of a loudspeaker, simultaneously displays guide animation by a display module, carries out left turning and right turning actions according to the guide animation and the voice prompts, shoots the user actions by a camera and uploads the user actions to an operation storage device, judges whether the left turning and right turning actions of the user are qualified according to an algorithm by the operation storage device, and stores and uploads the results to a background auditing system;

s6, detecting upper limbs, wherein a user stands on the front side of the main screen, lifts up both hands through voice prompt of a loudspeaker, meanwhile, a display module displays a guide animation, the user lifts up both hands according to the guide animation and voice, a camera shoots actions of the user and uploads the actions to an operation storage device, the operation storage device judges whether the actions of the user lifting up both hands are qualified according to an algorithm, and a result is stored and uploaded to a background auditing system;

s7, detecting lower limbs, wherein a user stands in front of a main screen, prompting the user to stand left and right feet through voice of a loudspeaker, displaying guide animation by a display module, enabling the user to stand left and right feet according to the guide animation and voice, shooting actions of the user by a camera, uploading the actions to an operation storage device, judging whether the actions of the user to stand left and right feet are qualified according to an algorithm by the operation storage device, and storing and uploading results to a background auditing system;

s8, detecting the height, wherein the user stands in front of the main screen, prompting the user to keep a standing posture through a loudspeaker voice, shooting the user action by the camera and uploading the user action to the operation storage device, measuring the height of the user according to an algorithm by the operation storage device, and storing and uploading the result to the background auditing system;

s9, according to the height of the user, the operation storage device automatically judges that the mechanical arm is lowered, so that the user observes the visual target E character or the red-green blind detection picture in the visual function detection module from the left visual tube and the right visual tube;

s10, detecting the vision of the left eye, starting a vision detection program by the operation storage device, sending the vision detection program to the lower computer through the communication device, and enabling the lower computer to control the vision mark disk to rotate at a certain angle and enabling the vision mark E character to stay in the left vision barrel; the loudspeaker prompts the user to observe the opening direction of the E character of the visual target in a voice way, and the user answers the voice; the microphone uploads the voice of the user to the lower computer, then transmits the voice to the operation storage device, judges whether the answer of the user is correct or not by utilizing an algorithm, and determines the size and the direction of the E character of the visual target to be displayed in the rotation mode of the visual target disk next time; or judging whether the user finishes the left eye vision detection, and performing the next detection, and obtaining a left eye vision value according to the detection result of the user after the left eye vision detection of the user is finished;

s11, right eye vision detection, wherein the operation storage device controls the sighting target disk to rotate at a certain angle through the lower computer, and then the sighting target E character stays in the right sighting cylinder; the loudspeaker prompts the user to observe the opening direction of the E character of the visual target in a voice way, and the user answers the voice; the microphone uploads the voice of the user to the lower computer, then transmits the voice to the operation storage device, judges whether the answer of the user is correct or not by utilizing an algorithm, and determines the size and the direction of the E character of the sighting target which should be rotated and displayed next time by the sighting target disk; or judging whether the user finishes the right eye vision detection, performing the next detection, and obtaining a right eye vision value according to the detection result of the user after the right eye vision detection of the user is finished;

s12, detecting the color differentiation force, wherein the operation storage device controls the color differentiation force module to display a detection picture for judging the color blindness through the lower computer, the loudspeaker prompts a user to observe the content of the picture and answer the voice, the microphone uploads the voice of the user to the lower computer and then transmits the voice to the operation storage device, and whether the user is the color blindness or not is judged through an algorithm;

s13, hearing detection, wherein the operation storage device controls the left speaker and the right speaker to randomly play preset sound, the voice prompts a user to answer the direction of the sound source, the microphone uploads the voice of the user to the lower computer, and then the voice is transmitted to the operation storage device, and whether the answer of the user is correct or not is judged by utilizing an algorithm;

s14, uploading the monitoring video to an operation storage device by the camera, and uploading the detection information of the user and the monitoring video to a background auditing system by the operation storage device so as to audit by qualified doctors.

The beneficial effects of the above embodiment are as follows: the equipment can automatically detect the height of the user, automatically adjust the height of the mechanical arm according to the height of the user, is convenient to detect and is convenient for users with different heights to use; the visual function detection module is provided with a visual tube, a user needs to attach eyes to the visual tube to detect vision and color differentiation, and people beside the user cannot see characters and door color differentiation map in the visual function detection module and cannot cheat; the vision detection light path channel can observe the E character of the vision detection vision target disk, the vision target disk vision chart accords with the standard logarithmic vision chart standard, and the national standard GB11533-2011 is executed. The optical path length scaling implements national standard, which not only meets the detection requirement, but also reduces the volume of the equipment; through the main screen and the voice interaction function, the user can be guided to perform physical examination without the assistance of other people.

The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present utility model. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the utility model. Thus, the present utility model is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

Claims

1. The utility model provides a driving human body inspection equipment, includes the physical examination equipment body, be connected with visual function detection module on the physical examination equipment body, visual function detection module is connected with left side and is looked a section of thick bamboo and right side and look a section of thick bamboo, its characterized in that, look inside the function detection module have two sets of light paths that correspond respectively with left side is looked a section of thick bamboo and right side and look a section of thick bamboo, wherein, first light path of group is including facing left side with 45 angles and first light reflection part that predetermines the interval, from the left side face first light reflection part and have second light reflection part that predetermines the interval, from the downside face second light reflection part and have third light reflection part that predetermines the interval, the end of the light that the third light reflection part reflects is the first E character display part that is located visual function detection module right side inboard;

2. The driving human body detection apparatus according to claim 1, wherein the second light reflection part and the fifth light reflection part are spectroscopic lenses, and a third color-difference picture display part and a fourth color-difference picture display part are provided behind them, respectively, and when the third color-difference picture display part and the fourth color-difference picture display part are turned on, the second light reflection part and the fifth light reflection part are switched to a perspective function to detect color difference, and when they are turned off, they are switched to a reflection function to detect vision.

3. The driving human body test apparatus according to claim 1 or 2, wherein the physical examination apparatus body comprises a base, a fixed housing fixed to the base, and a mirror surface mounted on a front face of the fixed housing.

4. The apparatus according to claim 3, wherein the visual function detection module includes a moving housing and a binocular camera provided on the moving housing.

5. The apparatus according to claim 4, wherein the movable housing is hinged to the fixed housing by two mechanical arms which can lift the movable housing under the drive of electrodes to make the left and right viewing barrels flush with the eye level of the human subject.

6. The driving anthropometric apparatus of claim 5, wherein the stationary housing further mounts a lower extremity camera.

7. The driving human detection apparatus according to claim 6, wherein a speaker is further provided on the stationary housing.

8. The driving human body detection device according to claim 7, wherein a display screen is further provided on the stationary housing.

9. The driving human body detection device according to claim 8, wherein the fixed housing is further provided with an identification card reader.

10. The apparatus according to claim 9, wherein the positions of the left-view tube and the right-view tube are further provided with a light supplement lamp.