CN209655909U - A kind of interior target robot - Google Patents
A kind of interior target robot Download PDFInfo
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- CN209655909U CN209655909U CN201920164114.8U CN201920164114U CN209655909U CN 209655909 U CN209655909 U CN 209655909U CN 201920164114 U CN201920164114 U CN 201920164114U CN 209655909 U CN209655909 U CN 209655909U
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Abstract
Disclosed by the utility model is a kind of indoor target robot, including chassis, cooperation is installed with rotatable target body on the chassis, driving mechanism is installed in chassis, follower, bottom plate, first power source body, industrial personal computer, controller mounting plate and second source body, driving mechanism is electrically connected with the first power source body, industrial personal computer cooperation is fixedly mounted on controller mounting plate, and it is electrically connected with second source body, the front side portion cooperation on chassis is installed with charging pole, infrared remote receiver and autonomous navigation device, charging pole and the first power source body are electrically connected setting, infrared remote receiver and autonomous navigation device connect setting with industrial personal computer phase control respectively.The utility model uses autonomous navigation technology, robot pose is adjusted according to the target point contexture by self path of setting and according to target demand is gone out, Intelligent mobile and the control of target practice machine is realized, improves the trained degree that personalizes, closer to actual combat scene, and then improve Analysis of Indoor Firing training.
Description
Technical field
The utility model relates to the research and development of intelligent target robot and production field, more specifically a kind of interior
Target robot.
Background technique
Ball firing is arms, training subject most basic in army's gunnery training, and live-fire training is intended to promote soldiers
Warfighting capabilities.Traditional live-fire training target, to fix based on target and track target, although these target bodys joined mostly
Or elevating function, shooting difficulty is improved to a certain extent, but both target bodys, there are still mobility difference and shootings
The dull problem of object, fixed target dimensional orientation is fixed, and track target, is only capable of according to the track operation laid in advance, movement
In regularity, such as wants to change running track, also need to carry out disassembly laying to track, take time and effort.Fixed target and track target are deposited
It is low in the training degree that personalizes, can not preferably close to actual combat scene the problems such as.
In order to overcome the above problem, the applicant submitted on 03 26th, 2018 has applied for a kind of target practice instruction of Chinese patent
Practice robot (application publication number CN108344331A), the target robot of the model may be implemented controller control car body into
Row movement, to realize the effect of running target body position, compared to traditional rail type mobile target, carrying out movement by car body can make
Move mode is more various, and flexibility is higher.
But although the flexible movement of robot target drone may be implemented in above-mentioned technical proposal, but be the absence of independent navigation function
Can, the intelligent level of robot is lower, meanwhile, there is also one for its driving method of the target robot of the model and driving mechanism
, there is very big room for improvement in a little technical limitations, the deficiency of stability and controlling when which turns, meanwhile, machine
Device people's intelligent level is lower, cannot achieve the functions such as intelligent operation intelligent charge.
For the above technical problems, this programme proposes a kind of high actual combat scene, maneuverability, high stability, intelligence
Energyization and can go out at any time, everywhere target, can the characteristics such as recharging novel target practice image training robot.
Utility model content
Disclosed by the utility model is a kind of indoor target robot, and main purpose is to overcome of the existing technology
Above-mentioned insufficient and disadvantage.
The technical solution adopted in the utility model is as follows:
A kind of interior target robot, including chassis, cooperation is installed with rotatable target body on the chassis, and the chassis is built-in
Equipped with driving mechanism, follower, bottom plate, the first power source body, industrial personal computer, controller mounting plate and second source body, the drive
Motivation structure is electrically connected with first power source body, and the industrial personal computer cooperation is fixedly mounted on the controller mounting plate, and
It is electrically connected with the second source body, the follower cooperates the driving mechanisms control mobile, the front side portion on the chassis
Cooperation is installed with charging pole, infrared remote receiver and autonomous navigation device, the charging pole and is electrically connected with first power source body
Setting, which is used to receive the infrared position signal auxiliary charging pole insertion charging of charging pile transmitting, described infrared
Receiver and autonomous navigation device connect setting with the industrial personal computer phase control respectively.
Further, the driving mechanism has two groups, is arranged in the chassis in left and right symmetrical structure respectively, every group
There are two the followers, follower cooperation to be symmetrically disposed on the driving mechanism for cooperation arrangement in driving mechanism
Upper and lower two sides.
Further, the driving mechanism include first motor, the first retarder, connecting rod, motor cabinet, it is solid as rubber tire,
Suspension mounting base, bearing, bearing block, motor output shaft, ring flange and guiding axis, the motor and the first retarder lead to respectively
It crosses bolt to be fixedly mounted on the motor cabinet, the first motor seat, solid rubber wheel, bearing, bearing block, motor output shaft
And ring flange cooperation is assembled into a shafting, which is fixedly installed in by a spring and the guiding axis and suspension mounting base
On the bottom plate；The first motor connect setting with the industrial personal computer phase control.
Further, the follower is a universal wheel.
Further, the target body includes motor mounting plate, the second retarder, the second motor, sensor, target surface mounting rack
And target surface, the target surface cooperation are installed on the target surface mounting rack, second motor and the second retarder mutually drive
Dynamic connection, and be installed on the controller mounting plate by the motor mounting plate respectively, second retarder and institute
It states target surface mounting rack to be mutually sequentially connected, drives the target surface mounting rack rotation setting, the sensor arrangement is installed on the electricity
Machine mounting plate, for limiting the angle of target surface, second motor and sensor are electrically connected with second source body respectively, and described
Two motors also connect setting with the industrial personal computer phase control respectively with sensor.
Further, sensor setting angle arrangement in 90 ° is installed on the motor mounting plate.
Further, the outside on the chassis, which also cooperates, is installed with armour plate, and the outer surface of the armour plate passes through
Bolt is fixedly connected with a rubber brick body for anti-ricochet, and the armour plate includes preceding armour plate, rear armour plate, a left side
Armour plate, right armour plate, oblique side armour plate, upper armour plate and laser radar armour plate, it is described it is forward and backward, left,
Right and oblique side armour plate is connected by welding, and is connected respectively by a mounting blocks with the bottom plate and upper armour plate.
Further, the armour plate is that the armour plate of 6mm thickness protects, and the rubber brick is the rubber of 20mm thickness
Brick.
Further, the oblique side armour plate has four pieces, be respectively symmetrically installed in the forward and backward armour plate a left side,
Right two sides.
Further, the autonomous navigation device includes: ultrasonic sensor, binocular camera and laser radar, described
Ultrasonic sensor, binocular camera and laser radar connect setting with the industrial personal computer phase control respectively.
The application method of the utility model:
When receiving training mission, staff can be pre- on upper computer software interface according to training subject and requirement
It first sets target robot place occur, go out the target time, also can temporarily change related content, target robot receives training
Task adjusts robot appearance according to the target point contexture by self path of setting and according to target demand is gone out using autonomous navigation technology
State, the personnel of being trained to shoot and hit the mark, and hit target surface and upload corresponding number of rings data, the current firing data of real-time display is simultaneously
It saves.
After training starts: robot controls robot driving mechanism by according to training mission, according to site specific
To next target point or terminal, adjusting to firing attitude i.e. target surface is implicit state, control for initial point or target point autokinetic movement
System receives after can shooting instruction, motor action, drives target face structure to be quickly rotated by 90 ° through the second retarder, waiting is instructed
The shooting for practicing personnel, when sensor detects effective fire in target face structure, and will corresponding shooting grade through hit telling system, transmission
It is uploaded to the upper computer software interface of Background control room, real-time display saves shooting grade.
When industrial personal computer reads battery capacity lower than setting numerical value, independent navigation can planning robot to be moved to charging pile attached
Closely, robot is matched precisely with charging pile by Emission and receiving of infrared, realize recharging.
By the above-mentioned description to the utility model it is found that compared to the prior art, utility model has the advantages that
1, the utility model uses autonomous navigation technology, according to the target point contexture by self path of setting and according to target out
Demand adjusts robot pose, realizes Intelligent mobile and the control of target practice machine, improves the trained degree that personalizes, closer to
Actual combat scene, and then improve Analysis of Indoor Firing training.
2, the framework knot that the driving mechanism of the utility model is driven using isometric double wishbone suspension, two motor independence differentials
Structure, and run by the auxiliary of follower, can making target robot, road surface flexibly travels indoors, improves target robot
Flexibility and stability；On the other hand, two wheel guide robot can be controlled respectively when which can be realized target robot turning
It turns to and realizes pivot stud function, further promote the controlling and operation stability of the robot.
3, the utility model uses infrared recharging technology, when industrial personal computer reads battery capacity lower than setting numerical value, certainly
Leading boat can planning robot be moved near charging pile, robot and charging pile accurate are made by Emission and receiving of infrared
Match, realizes recharging, improve the intelligent level of target robot.
4, the utility model uses armour plate safeguard structure, and by the way that oblique side armour is arranged, is further promoted and beaten
The positive bulletproof effect of target robot can effectively keep out bullet shooting, and by installing rubber brick, avoid the occurrence of jump
The case where bullet, enables target robot more to use safely.
Detailed description of the invention
Fig. 1 is the structural schematic diagram at the utility model axis side view angle.
Fig. 2 is the main cross section structure diagram of the utility model.
Fig. 3 is the structural schematic diagram of the utility model driving mechanism.
Fig. 4 is the schematic cross-sectional view of the utility model driving mechanism.
Fig. 5 is the positive structure diagram of the utility model.
Fig. 6 is the overlooking structure diagram of the utility model.
Fig. 7 is the present invention looks up structural representation of the utility model.
Specific embodiment
Explanation is with reference to the accompanying drawings to further explain specific embodiment of the present utility model.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6 and Fig. 7, a kind of interior target robot, including chassis 1, the bottom
Cooperation is installed with rotatable target body 9 on disk 1, and driving mechanism 11, follower 12, bottom plate 13, first are installed in the chassis 1
Power source body 14, industrial personal computer 15, controller mounting plate 16 and second source body 17, the driving mechanism 11 and first power source body
14 are electrically connected, and the industrial personal computer 15 cooperation is fixedly mounted on the controller mounting plate 16, and with the second source body
17 are electrically connected, and the follower 12 cooperates the control of driving mechanism 11 movement, and the front side portion cooperation on the chassis 1 is installed with
It charging pole 2, infrared remote receiver 3 and autonomous navigation device, the charging pole 2 and first power source body 14 are electrically connected setting,
The infrared remote receiver 3 is used to receive the insertion charging of infrared position signal auxiliary charging pole 2 of charging pile transmitting, the infrared receiver
Device 3 and autonomous navigation device connect setting with 15 phase control of industrial personal computer respectively.
Further, the driving mechanism 11 has two groups, is arranged in the chassis 1 in left and right symmetrical structure respectively, often
There are two the followers 12, the follower 12 cooperation to be symmetrically disposed on the driving for cooperation arrangement in group driving mechanism 11
The upper and lower two sides of mechanism 11.
Further, the driving mechanism 11 includes first motor 1101, the first retarder 1102, connecting rod 1103, motor
Seat 1104, solid picture rubber tire 1105, suspension mounting base 1106, bearing 1107, bearing block 1108, motor output shaft 1109, flange
Disk 1110 and guiding axis 1112, the first motor 1101 and the first retarder 1102 are mounted by means of bolts on institute respectively
It states on motor cabinet 1104, the motor cabinet 1104, solid rubber wheel 1105, bearing 1107, bearing block 1108, motor output shaft
1109 and the cooperation of ring flange 1110 be assembled into a shafting, which passes through a spring 1111 and the guiding axis 1112 and suspension
Mounting base 1106 is fixedly installed on the bottom plate 13；The first motor 1101 connect with 15 phase control of industrial personal computer and sets
It sets.
Further, the follower 12 is a universal wheel.
Further, the target body 9 include motor mounting plate 91, the second retarder 92, the second motor 93, sensor 94,
Target surface mounting rack 95 and target surface 96, the cooperation of target surface 96 are installed on the target surface mounting rack 95, second electricity
Machine 93 is mutually drivingly connected with the second retarder 92, and is installed on the controller installation by the motor mounting plate 95 respectively
On plate 16, second retarder 92 is sequentially connected with 95 phase of target surface mounting rack, and the target surface mounting rack 95 is driven to rotate
Setting, the arrangement of sensor 94 is installed on the motor mounting plate 95, for limiting the angle of target surface, second motor 93
Be electrically connected respectively with second source body 17 with sensor 94, second motor 93 and sensor 94 also respectively with the industrial personal computer
The connection setting of 15 phase controls.
Further, the sensor 94 setting angle arrangement in 90 ° is installed on the motor mounting plate 95.
Further, the outside on the chassis 1, which also cooperates, is installed with armour plate 7, and the outer surface of the armour plate 7 is logical
The rubber brick body 8 that bolt is fixedly connected with one for anti-ricochet is crossed, the armour plate 7 includes preceding armour plate, rear bullet proof steel
Plate, left armour plate, right armour plate, oblique side armour plate, upper armour plate and laser radar armour plate, before described,
Afterwards, left and right and oblique side armour plate is connected by welding, and passes through a mounting blocks and the bottom plate 13 and upper armour plate respectively
It is connected.
Further, the armour plate 7 is that the armour plate of 6mm thickness protects, and the rubber brick 8 is the rubber of 20mm thickness
Brick.
Further, the oblique side armour plate has four pieces, be respectively symmetrically installed in the forward and backward armour plate a left side,
Right two sides.
Further, the autonomous navigation device includes: ultrasonic sensor 4, binocular camera 5 and laser radar 6, institute
It states ultrasonic sensor 4, binocular camera 5 and laser radar 6 and connect setting with 15 phase control of industrial personal computer respectively.
The application method of the utility model:
When receiving training mission, staff can be pre- on upper computer software interface according to training subject and requirement
It first sets target robot place occur, go out the target time, also can temporarily change related content, target robot receives training
Task adjusts robot appearance according to the target point contexture by self path of setting and according to target demand is gone out using autonomous navigation technology
State, the personnel of being trained to shoot and hit the mark, and hit target surface and upload corresponding number of rings data, the current firing data of real-time display is simultaneously
It saves.
After training starts: robot controls robot driving mechanism and turns according to training mission according to site specific
To mechanism by starting point or target point autokinetic movement to next target point or terminal, it is implicit for adjusting to firing attitude i.e. target surface
State, control system receive after can shooting instruction, motor action, drive target face structure to be quickly rotated by 90 ° through the second retarder,
Wait and be trained to the shooting of personnel, when sensor detects effective fire in target face structure, and will corresponding shooting grade through indication of shots
System, transmission are uploaded to the upper computer software interface of Background control room, and real-time display saves shooting grade.
When industrial personal computer reads battery capacity lower than setting numerical value, independent navigation can planning robot to be moved to charging pile attached
Closely, robot is matched precisely with charging pile by Emission and receiving of infrared, realize recharging.
By the above-mentioned description to the utility model it is found that compared to the prior art, utility model has the advantages that
1, the utility model uses autonomous navigation technology, according to the target point contexture by self path of setting and according to target out
Demand adjusts robot pose, realizes Intelligent mobile and the control of target practice machine, improves the trained degree that personalizes, closer to
Actual combat scene, and then improve Analysis of Indoor Firing training.
2, the framework knot that the driving mechanism of the utility model is driven using isometric double wishbone suspension, two motor independence differentials
Structure, and run by the auxiliary of follower, can making target robot, road surface flexibly travels indoors, improves target robot
Flexibility and stability；On the other hand, two wheel guide robot can be controlled respectively when which can be realized target robot turning
It turns to and realizes pivot stud function, further promote the controlling and operation stability of the robot.
3, the utility model uses infrared recharging technology, when industrial personal computer reads battery capacity lower than setting numerical value, certainly
Leading boat can planning robot be moved near charging pile, robot and charging pile accurate are made by Emission and receiving of infrared
Match, realizes recharging, improve the intelligent level of target robot.
4, the utility model uses armour plate safeguard structure, and by the way that oblique side armour is arranged, is further promoted and beaten
The positive bulletproof effect of target robot can effectively keep out bullet shooting, and by installing rubber brick, avoid the occurrence of jump
The case where bullet, enables target robot more to use safely.
The above is only the specific embodiments of the present invention, but the design concept of the utility model is not limited merely to
This, it is all that the utility model is improved with carrying out unsubstantiality using this design, it should belong to and invade the utility model protection
The behavior of range.
Claims (10)
1. a kind of interior target robot, it is characterised in that: including chassis, cooperation is installed with rotatable target body on the chassis,
Driving mechanism, follower, bottom plate, the first power source body, industrial personal computer, controller mounting plate and the second electricity are installed in the chassis
Source body, the driving mechanism are electrically connected with first power source body, and the industrial personal computer cooperation is fixedly mounted on the controller peace
It in loading board, and is electrically connected with the second source body, the follower cooperates the driving mechanisms control mobile, the chassis
Front side portion cooperation be installed with charging pole, infrared remote receiver and autonomous navigation device, the charging pole and first power source body
Be electrically connected setting, which is used to receive the infrared position signal auxiliary charging pole insertion charging of charging pile transmitting,
The infrared remote receiver and autonomous navigation device connect setting with the industrial personal computer phase control respectively.
2. a kind of indoor target robot according to claim 1, it is characterised in that: the driving mechanism has two groups, point
Not Cheng left and right symmetrical structure be arranged in the chassis, cooperation arrangement, should there are two the follower in every group of driving mechanism
Follower cooperates the upper and lower two sides for being symmetrically disposed on the driving mechanism.
3. a kind of indoor target robot according to claim 2, it is characterised in that: the driving mechanism includes the first electricity
Machine, the first retarder, connecting rod, motor cabinet, solid picture rubber tire, suspension mounting base, bearing, bearing block, motor output shaft, ring flange
And guiding axis, the first motor and the first retarder are mounted by means of bolts on respectively on the motor cabinet, the electricity
Base, solid rubber wheel, bearing, bearing block, motor output shaft and ring flange cooperation are assembled into a shafting, which passes through one
Spring and the guiding axis and suspension mounting base are fixedly installed on the bottom plate；The first motor and the industrial personal computer are phased
System connection setting.
4. a kind of indoor target robot according to claim 2, it is characterised in that: the follower is one universal
Wheel.
5. a kind of indoor target robot according to claim 1, it is characterised in that: the target body includes motor installation
Plate, the second retarder, the second motor, sensor, target surface mounting rack and target surface, the target surface cooperation are installed on the target
On the mounting rack of face, second motor and the second retarder are mutually drivingly connected, and pass through the fixed installing of the motor mounting plate respectively
On the controller mounting plate, second retarder is mutually sequentially connected with the target surface mounting rack, and the target surface is driven to pacify
Rotation setting is shelved, the sensor arrangement is installed on the motor mounting plate, for limiting the angle of target surface, second electricity
Machine and sensor are electrically connected with second source body respectively, second motor and sensor also respectively with the industrial personal computer phase control
Connection setting.
6. a kind of indoor target robot according to claim 5, it is characterised in that: sensor installation in 90 °
Angle arrangement is installed on the motor mounting plate.
7. a kind of indoor target robot according to claim 1, it is characterised in that: the outside on the chassis, which is also matched, to be attached together
Equipped with armour plate, and the outer surface of the armour plate is bolted to connection a rubber brick body for anti-ricochet, institute
State armour plate include preceding armour plate, it is rear armour plate, left armour plate, right armour plate, oblique side armour plate, upper shellproof
Steel plate and laser radar armour plate, the front, rear, left and right and oblique side armour plate are connected by welding, and are passed through respectively
One mounting blocks are connected with the bottom plate and upper armour plate.
8. a kind of indoor target robot according to claim 7, it is characterised in that: the armour plate is 6mm thick
Armour plate protection, the rubber brick are the rubber brick of 20mm thickness.
9. a kind of indoor target robot according to claim 7, it is characterised in that: the oblique side armour plate has four
Block is respectively symmetrically installed in the arranged on left and right sides of the forward and backward armour plate.
10. a kind of indoor target robot according to claim 1, it is characterised in that: the autonomous navigation device includes:
Ultrasonic sensor, binocular camera and laser radar, the ultrasonic sensor, binocular camera and laser radar respectively with
The industrial personal computer phase control connection setting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920164114.8U CN209655909U (en) | 2019-01-30 | 2019-01-30 | A kind of interior target robot |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920164114.8U CN209655909U (en) | 2019-01-30 | 2019-01-30 | A kind of interior target robot |
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| Publication Number | Publication Date |
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| CN209655909U true CN209655909U (en) | 2019-11-19 |
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ID=68523358
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| Application Number | Title | Priority Date | Filing Date |
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| CN201920164114.8U Active CN209655909U (en) | 2019-01-30 | 2019-01-30 | A kind of interior target robot |
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| Country | Link |
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| CN (1) | CN209655909U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109724474A (en) * | 2019-01-30 | 2019-05-07 | 福建（泉州）哈工大工程技术研究院 | A kind of interior target robot |
-
2019
- 2019-01-30 CN CN201920164114.8U patent/CN209655909U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109724474A (en) * | 2019-01-30 | 2019-05-07 | 福建（泉州）哈工大工程技术研究院 | A kind of interior target robot |
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