CN208141469U - Multi-functional AR inspection device for metallurgy workshop - Google Patents
Multi-functional AR inspection device for metallurgy workshop Download PDFInfo
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- CN208141469U CN208141469U CN201820611054.5U CN201820611054U CN208141469U CN 208141469 U CN208141469 U CN 208141469U CN 201820611054 U CN201820611054 U CN 201820611054U CN 208141469 U CN208141469 U CN 208141469U
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Abstract
This application discloses a kind of multi-functional AR inspection devices for metallurgy workshop, are related to field of metallurgy.Multi-functional AR inspection device includes crash helmet, system processing equipment, AR goggles and battery.Crash helmet is for being worn on person head.System processing equipment is slid back and forth with the realization of system processing equipment by the second connection component and is connect, and the transient data for transmitting to AR goggles is analyzed and processed, then returns to AR goggles.AR goggles includes the AR component protecting the goggles of eyes and being fixed thereon; AR component is connect by data line with the system processing equipment; it taken pictures, recorded a video during safety detection; with real-time record archive; and then ensure the high efficiency of wearer management of safe operation, it is that personnel carry out AR imaging by AR component, the concrete operations for needing the content checked and prompting each step is shown to wearer; to avoid missing inspection, improves and check efficiency and accuracy rate.
Description
Technical field
This application involves field of metallurgy, more particularly to a kind of multi-functional AR inspection device for metallurgy workshop.
Background technique
Law regulation production-operation unit of keeping the safety in production carries out explosion, the dangerous operations such as lifting, should arrange professional into
Row site safety management, it is ensured that abiding by for operating instruction and implementing for safety measure.It is illustrated by taking metallurgy workshop as an example below：
Metallurgy workshop belongs to typical case as defined in safe production act and dabbles range, and institute's application apparatus advance is lower at present,
Especially in terms of special safety administrative staff carry out safety inspection：The content of inspection is carried out according to each instruction for checking table；Inspection
The experience by professional is needed to the operation of equipment during looking into；Such as encountering Field Force during the inspection process can not solve
The problem of, voice description is carried out to off-site personnel by wireless communication mostly and is indicated with demand, or request off-site personnel comes to branch personally
It helps；Check that the record of link will be learnt by the audit log filled in after safety manager's routine inspection；If accident occurs,
To relevant responsibility investigation can only be learnt by operation field monitoring professional whether routine security management work.
Exist during the inspection process as a result, and be easy to appear missing inspection, check low efficiency, personnel are to equipment and instrument misoperation etc.
Problem；And effective supervision, coherence check situation are not can be carried out for whether professional standardizes completion management of safe operation
It cannot obtain believable record.
Utility model content
Aiming to overcome that the above problem or at least being partially solved or extenuate for the application solves the above problems.
According to the one aspect of the application, a kind of multi-functional AR inspection device for metallurgy workshop is provided, including：
Crash helmet, for being worn on person head, to provide the guarantor on head as wearer during safety detection
Shield；
System processing equipment, the transient data for transmitting to AR goggles are analyzed and processed, then return to AR eye protection
Mirror, the system processing equipment are slided up and down with crash helmet realization by the first connection component and are connect, and described first connects
Connected components are arranged between the crash helmet and the system processing equipment；
AR goggles is slid back and forth with system processing equipment realization by the second connection component and is connect, and described second
Connection component is arranged between the AR goggles and the system processing equipment, and the AR goggles includes goggles and AR group
Part, the goggles is used to be worn on the face of personnel, to provide the protection of eyes as wearer during safety detection,
The AR component is fixed at a temple of the goggles, is connect by data line with the system processing equipment, in safety
It taken pictures in detection process, recorded a video and/or be that the personnel carry out AR imaging, to instruct the personnel inspection to work；With
Battery is mounted at the system processing equipment, for the system processing equipment and AR goggles power supply；
Wherein, the crash helmet, the system processing equipment and the AR goggles are separate structure.
Optionally, the system processing equipment includes：
Head-tracker, for obtaining head position information；
Scene generating unit, for generating virtual image according to the head position information is received；
Video and graph compound device, for the image of the AR component shooting and the void of scene generating unit production will to be received
Quasi- image is merged, and is formed blending image, is sent to the AR component；With
Speech recognition module, so that wearer without being operated with hand, is directly set by voice and system processing
Standby end interacts operation, starts types of functionality.
Optionally, it nearby is equipped with miniature loudspeaker box close to human ear in the system processing equipment, is grasped with being transmitted to wearer
Make information.
Optionally, communication chip is installed in the system processing equipment, for calling off-site personnel.
Optionally, UWB positioning chip is installed in the system processing equipment, the base station for installing into workshop is sent
Signal is positioned in real time.
Optionally, first connection component includes hook button and hook item, and the hook button is arranged in the security header
At helmet, the hook item is arranged at the system processing equipment, and the hook button is matched with the hook item to adjust
The upper and lower position of the relatively described crash helmet of the system processing equipment of stating.
Optionally, second connection component includes convex block and groove, and the convex block is arranged in the system processing equipment
Outer surface, the groove are arranged at the temple of the AR goggles and penetrate through its front and rear surfaces, the convex block with it is described recessed
Slot is matched to adjust the front-rear position of the relatively described system processing equipment of AR goggles.
Optionally, the AR component is fixed at the temple on the right side of the goggles, can by second connection component
Front and back and upper and lower fine tuning are carried out to the AR component, to guarantee the comfort level at visual angle.
Optionally, the AR component includes display screen and camera, and the display screen is set to a mirror of the goggles
Piece front end is used for augmented reality, and the camera is arranged in the outside of the display screen, captures scene with the visual angle of wearer
Information.
Optionally, the structure that the battery is installed in the system processing equipment is double seal structure, by described double
Layer enclosed construction protects battery.
The multi-functional AR inspection device for metallurgy workshop of the application, using seperated crash helmet, system processing
The structure of equipment and AR goggles protects the head of wearer by crash helmet, protects wearer by goggles
Eyes, to adapt to metallurgical operation needs.AR imaging is carried out by system processing equipment and AR component, can be shown to wearer
The content that needs to check and the concrete operations for prompting each step improve to avoid missing inspection and check efficiency and accuracy rate.It is logical
AR component is crossed to be taken pictures or recorded a video with the first visual angle of wearer, in real time record achieve, with this come ensure wearer safety
The high efficiency of management work.
According to the accompanying drawings to the detailed description of the specific embodiment of the application, those skilled in the art will be more
Above-mentioned and other purposes, the advantages and features of the application are illustrated.
Detailed description of the invention
Some specific embodiments of the application are described in detail by way of example and not limitation with reference to the accompanying drawings hereinafter.
Identical appended drawing reference denotes same or similar part or part in attached drawing.It should be appreciated by those skilled in the art that these
What attached drawing was not necessarily drawn to scale.In attached drawing：
Fig. 1 is the schematic exploded according to the multi-functional AR inspection device for metallurgy workshop of the application one embodiment
Figure；
Fig. 2 is the schematic, exploded of the first connection component shown in Fig. 1；
Fig. 3 is the schematic diagram of the system processing equipment of the application one embodiment；
Fig. 4 is the schematic diagram of the double seal structure of the application one embodiment.
Each symbol indicates that meaning is as follows in figure：
100 multi-functional AR inspection devices,
10 crash helmets,
20 system processing equipments,
21 head-trackers, 22 scene generating units, 23 video and graph compound devices, 24 speech recognition modules, 25 miniature loudspeaker boxes,
26 communication chips, 27UWB positioning chip,
30AR goggles,
31 goggles, 32AR component, 321 cameras, 322 display screens,
40 first connection components, 41 hook buttons, 42 hook items,
50 second connection components, 51 convex blocks, 52 grooves,
60 double seal structures, 61 endothecium structures, 62 layer structures.
Specific embodiment
Fig. 1 is the schematic exploded according to the multi-functional AR inspection device for metallurgy workshop of the application one embodiment
Figure.A kind of multi-functional AR inspection device 100 for metallurgy workshop is present embodiments provided, generality may include：Crash helmet
10, system processing equipment 20, AR goggles 30 and battery (not drawn in figure).Crash helmet 10 is used to be worn on person head,
To provide the protection on head as wearer during safety detection.In the present embodiment, crash helmet 10 is common helmet.System
The transient data that system processing equipment 20 is used to transmit AR goggles 30 is analyzed and processed, then returns to AR goggles 30, institute
It states system processing equipment 20 and is slided up and down by the realization of the first connection component 40 and the crash helmet 10 and is connect, first company
Connected components 40 are arranged between the crash helmet 10 and the system processing equipment 20.When it is implemented, system processing equipment
20 can be U-shaped structure, may be worn on the rear neck end of personnel, the both ends of system processing equipment 20 can cross the ear of wearing personnel.
First connection component 40 may be arranged at the position of 20 counterpart personnel ear of crash helmet 10 and system processing equipment.AR goggles 30
It is slid back and forth and is connect with the system processing equipment 20 realization by the second connection component 50, second connection component 50 is arranged
Between the AR goggles 30 and the system processing equipment 20.When it is implemented, the second connection component 50 may be arranged at peace
The position of complete 20 counterpart personnel ear of the helmet 10 and system processing equipment.The AR goggles 30 includes goggles 21 and AR component
32, the goggles 21 is used to be worn on the face of personnel, to provide the guarantor of eyes as wearer during safety detection
Shield, the AR component 32 are fixed at a temple of the goggles 21, are connected by data line and the system processing equipment 20
It connects, is taken pictures during safety detection, recorded a video and/or be that the personnel carry out AR imaging, to instruct the personnel inspection
Work.Battery is mounted at the system processing equipment 20, for the system processing equipment 20 and the AR goggles 30 confession
Electricity.Wherein, the crash helmet 10, the system processing equipment 20 and the AR goggles 30 are separate structure.
In use, crash helmet 10 is worn on person head, by the first connection component 40 by system processing equipment 20
It is mounted on crash helmet 10 and is adjusted position, AR goggles 30 is mounted on by system processing equipment by the second connection component 50
On 20 and adjust position.After dressing a lot of function AR inspection devices 100, power supply is opened, wearer reaches specified inspection position,
The concrete operations for needing the content checked and prompting each step are shown to wearer by AR component 32, guide wearer
Related inspection work is completed, is taken pictures or is recorded a video with the first visual angle of wearer by AR component 32, record achieves in real time.
The multi-functional AR inspection device 100 for metallurgy workshop of the application, using seperated crash helmet 10, system
The structure of processing equipment 20 and AR goggles 30, the head of wearer is protected by crash helmet 10, and support personnel operates peace
Entirely, the eyes of wearer are protected, by goggles 21 to adapt to metallurgical operation needs.Pass through system processing equipment 20 and AR group
Part 32 carries out AR imaging, and the concrete operations for needing the content checked and prompting each step, guidance can be shown to wearer
Personnel inspection work improves to avoid missing inspection and checks efficiency and accuracy rate.By AR component 32 with the view of wearer first
Angle is taken pictures or is recorded a video, and record achieves in real time, and the high efficiency of wearer management of safe operation is ensured with this.
In addition, the application is used for the multi-functional AR inspection device 100 of metallurgy workshop, due to adopting a split structure, so that
Be convenient for carrying multi-functional AR inspection device 100, the first connection component 40 in a manner of sliding up and down by system processing equipment
20 installation or removal are in crash helmet 10, it is not necessary to remove the handling of the just feasible system processing equipment 20 of crash helmet 10, therefore
The application equipment is quick and easy for installation.
In addition, AR goggles 30 is mounted at system in the form of sliding back and forth by the application the second connection component 50
It manages in equipment 20, adjusts the position of AR component 32 relative to the position of system processing equipment 20 by adjusting goggles 21, make
Simplicity must be adjusted, and saves adjustment time.
Further, since the safety patrol inspection item of metallurgy workshop is more, place is complicated, and personnel need the time of wearable device
It is longer.And the AR goggles 30 of the application is placed on system processing using seperated design, and by battery with system processing equipment 20
At equipment 20, the battery that capacity can be selected big is patrolled safely so that the cruise duration of battery is protected with meeting metallurgy workshop
The duration requirement of inspection.
In addition, the application is set for the crash helmet 10 in the multi-functional AR inspection device 100 of metallurgy workshop, system processing
Standby 20 and AR goggles, 30 three can be applied in combination.And since they are using the structure of seperated connection, AR can also be removed
Goggles 30, which is independently operated, runs speech recognition and positioning function especially by system processing equipment 20, existing not need enhancing
The operation that actual load is set reduces unnecessary burden.
Fig. 3 is the schematic diagram of the system processing equipment of the application one embodiment.In the present embodiment, the system
Processing equipment 20 includes：Head-tracker 21, scene generating unit 22, video and graph compound device 23 and speech recognition module 24.Head
Portion's tracker 21 is for obtaining head position information.Scene generating unit 22 is used to generate according to the head position information is received
Virtual image.Video and graph compound device 23 is used to receive the image that the AR component 32 is shot and the scene generating unit 22 is raw
The virtual image of production is merged, and is formed blending image, is sent to the AR component 32, shows fusion figure by AR component 32
Picture.Speech recognition module 24 is so that wearer without being operated with hand, directly passes through voice and the system processing equipment 20
End interacts operation, starts types of functionality, to liberate the both hands of wearer.In the present embodiment, the AR component 32 is wrapped
Include display screen 322 and camera 321.The display screen 322 is set to an eyeglass front end of the goggles 21, existing for enhancing
It is real.The camera 321 is arranged in the outside of the display screen 322, and the information of scene is captured with the visual angle of wearer, so that with
Image/video capture can be carried out with human eye visual angle in the multi-functional AR inspection device 100 of metallurgy workshop, more true record personnel
The course of work and field condition.Preferably, camera 321 can use high-definition camera.
The present embodiment passes through, and camera 321 obtains the video image of real scene, and by the transmission of video images to view
Frequency image superposition device 23.The head position information of wearer is obtained by head-tracker 21, scene generating unit 22 is according to head
Portion's location information generates virtual image.Video and graph compound device 23 forms fusion according to the video image and virtual image received
Image, and the blending image is sent to the display screen 322 of AR component 32, pass through display screen 322 and show the blending image, generates
The feeling that actual situation combines.
Referring to Fig. 3, in the present embodiment, it nearby is equipped with miniature loudspeaker box 25 close to human ear in the system processing equipment 20, with
Operation information is transmitted to wearer.The application scenarios of the application are thereby increased, as not being connected with AR goggles 30
In the case of, it can also be enabled as no 322 mode of display screen, voice guidance is carried out to operator by voice.
Referring to Fig. 3, in the present embodiment, communication chip 26 is installed in the system processing equipment 20, it is over-the-counter for calling
Personnel can obtain the help of off-site personnel at any time.
Referring to Fig. 3, in the present embodiment, UWB positioning chip 27 is installed in the system processing equipment 20, for workshop
The base station of interior installation sends signal, is positioned in real time.Due to using UWB positioning chip 27, signal tool in the present embodiment
There is the features such as strong anti-interference performance, transmission rate is high, can guarantee more high-precision positioning water in complicated obtain in operating environment
It is flat, personnel positioning precision of information is improved, so implementing for trouble free service in metallurgical production can further be ensured, is conducive to subtract
The generation of accident in few production operation.In addition, real-time by the video image data that the UWB positioning chip 27 acquires video camera
Upload is put on record, convenient for management.In addition, the present embodiment expands the application scenarios of the application, example with speech recognition module 24 together
AR goggles 30 such as is being removed, can still run speech recognition and positioning function, for the operation for not needing augmented reality device
Reduce unnecessary burden.
Fig. 2 is the schematic, exploded of the first connection component 40 shown in Fig. 1.Preferably, in the present embodiment, described first connects
Connected components 40 include hook button 41 and hook item 42, and the hook button 41 is arranged at the crash helmet 10, the hook item
42 are arranged at the system processing equipment 20, are matched by the hook button 41 with the hook item 42 to adjust the system
The upper and lower position of the system relatively described crash helmet 10 of processing equipment 20.In use, hook item 42 is inserted into hook button 41, card is adjusted
Position of the item 42 with respect to hook button 41 is hooked, formula adjusting can be slided up and down.
As illustrated in fig. 1, it is preferred that second connection component 50 includes convex block 51 and groove 52, the convex block 51 is arranged
In 20 outer surface of system processing equipment, the groove 52 is arranged at the temple of the AR goggles 30 and before penetrating through it
Rear surface, before the convex block 51 is matched with the groove 52 to adjust the relatively described system processing equipment 20 of AR goggles 30
Position afterwards.In use, 52 alignment bumps 51 of groove at temple can be carried out sliding back and forth formula adjusting.
As illustrated in fig. 1, it is preferred that the AR component 32 is fixed at the temple on 21 right side of goggles, the convex block
51 quantity is multiple, and is arranged above and below, and by adjusting the position of groove 52 and convex block 51, can be carried out to the AR component 32
Front and back and upper and lower fine tuning, to guarantee the comfort level at visual angle.
Inventor has found that environment is complicated in metallurgy workshop in the process of implementing the utility model, is frequently accompanied by high temperature, height
Situations such as dirt, will lead to general communication electronic device and be unable to normal use or damage.Therefore to equipment
It is required that not only want to work normally under the complex jobs environment such as high-temperature high dust, and can more efficiently and accurately to data
Information carries out record transmission.
Fig. 4 is the schematic diagram of the double seal structure of the application one embodiment.To solve the above-mentioned problems, originally
In embodiment, the structure that the battery is installed in the system processing equipment 20 is the enclosed construction of inside and outside bilayer, by described
Double seal structure 60 protects battery.When it is implemented, endothecium structure 61 can be silica gel structure to prevent isolation external high temperature
And the entrance of dust, layer structure 62 are support construction to protect battery.So that the application's is used for the more of metallurgy workshop
The dust-proof shatter-resistant of high temperature-proof of function AR inspection device 100 is functional, can keep operating normally in complicated Work places.
The preferable specific embodiment of the above, only the application, but the protection scope of the application is not limited thereto,
Within the technical scope of the present application, any changes or substitutions that can be easily thought of by anyone skilled in the art,
Should all it cover within the scope of protection of this application.Therefore, the protection scope of the application should be with scope of protection of the claims
Subject to.
Claims (10)
1. a kind of multi-functional AR inspection device for metallurgy workshop, which is characterized in that including：
Crash helmet, for being worn on person head, to provide the protection on head as wearer during safety detection；
System processing equipment, the transient data for transmitting to AR goggles are analyzed and processed, then return to AR goggles, institute
It states system processing equipment and realizes to slide up and down by the first connection component and the crash helmet and connect, first connection component
It is arranged between the crash helmet and the system processing equipment；
AR goggles is slid back and forth with system processing equipment realization by the second connection component and is connect, second connection
Component is arranged between the AR goggles and the system processing equipment, and the AR goggles includes goggles and AR component,
The goggles is used to be worn on the face of personnel, to provide the protection of eyes, institute as wearer during safety detection
It states AR component to be fixed at a temple of the goggles, be connect by data line with the system processing equipment, examined in safety
It taken pictures during surveying, recorded a video and/or be that the personnel carry out AR imaging, to instruct the personnel inspection work；With
Battery is mounted at the system processing equipment, for the system processing equipment and AR goggles power supply；
Wherein, the crash helmet, the system processing equipment and the AR goggles are separate structure.
2. AR inspection device according to claim 1, which is characterized in that the system processing equipment includes：
Head-tracker, for obtaining head position information；
Scene generating unit, for generating virtual image according to the head position information is received；
Video and graph compound device, for the image of the AR component shooting and the virtual graph of scene generating unit production will to be received
As being merged, blending image is formed, the AR component is sent to；With
Speech recognition module, so that wearer without being operated with hand, directly passes through voice and system processing equipment end
Operation is interacted, types of functionality is started.
3. AR inspection device according to claim 1, which is characterized in that in the system processing equipment near human ear
Equipped with miniature loudspeaker box, to transmit operation information to wearer.
4. AR inspection device according to claim 1, which is characterized in that be equipped with communication core in the system processing equipment
Piece, for calling off-site personnel.
5. AR inspection device according to claim 1, which is characterized in that it is fixed to be equipped with UWB in the system processing equipment
Position chip, the base station for installing into workshop send signal, are positioned in real time.
6. AR inspection device according to claim 1, which is characterized in that first connection component includes hook button and card
Item is hooked, the hook button is arranged at the crash helmet, and the hook item is arranged at the system processing equipment, the card
Hook is matched with the hook item to adjust the upper and lower position of the opposite crash helmet of the system processing equipment.
7. AR inspection device according to claim 1, which is characterized in that second connection component includes convex block and recessed
Slot, the convex block are arranged in the system processing equipment outer surface, and the groove is arranged at the temple of the AR goggles
And its front and rear surfaces is penetrated through, the convex block is matched with the groove to adjust the opposite system processing equipment of AR goggles
Front-rear position.
8. AR inspection device according to claim 7, which is characterized in that the AR component is fixed on the right side of the goggles
Temple at, front and back and upper and lower fine tuning can be carried out to the AR component by second connection component, to guarantee visual angle
Comfort level.
9. AR inspection device according to claim 1, which is characterized in that the AR component includes display screen and camera,
The display screen is set to an eyeglass front end of the goggles, be used for augmented reality, the display screen outside setting described in
Camera captures the information of scene with the visual angle of wearer.
10. AR inspection device according to claim 1 to 9, which is characterized in that in the system processing equipment
The structure for installing the battery is double seal structure, passes through the double seal structural defence battery.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820611054.5U CN208141469U (en) | 2018-04-26 | 2018-04-26 | Multi-functional AR inspection device for metallurgy workshop |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820611054.5U CN208141469U (en) | 2018-04-26 | 2018-04-26 | Multi-functional AR inspection device for metallurgy workshop |
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| Publication Number | Publication Date |
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| CN208141469U true CN208141469U (en) | 2018-11-23 |
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ID=64311237
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820611054.5U Active CN208141469U (en) | 2018-04-26 | 2018-04-26 | Multi-functional AR inspection device for metallurgy workshop |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108830964A (en) * | 2018-04-26 | 2018-11-16 | 中国安全生产科学研究院 | Multi-functional AR inspection device for metallurgy workshop |
| WO2020239003A1 (en) * | 2019-05-31 | 2020-12-03 | 深圳光启超材料技术有限公司 | Smart helmet |
-
2018
- 2018-04-26 CN CN201820611054.5U patent/CN208141469U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108830964A (en) * | 2018-04-26 | 2018-11-16 | 中国安全生产科学研究院 | Multi-functional AR inspection device for metallurgy workshop |
| WO2020239003A1 (en) * | 2019-05-31 | 2020-12-03 | 深圳光启超材料技术有限公司 | Smart helmet |
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