DESC:4. DESCRIPTION

Technical Field of the Invention

The present invention relates to the field of educational and training means. More particularly it relates to a containerized crew gunnery simulator system for improvement in training of raw trainees and commanders in various functions. Specifically, the invention relates to enhance the skills of raw trainees and commanders related to selection, prioritizing, target engagement and operation of controls by raising the levels of difficulty.

Background of the Invention

T-72 is a Soviet-era main battle tank that was first introduced in the early 1970s. It was designed to replace the T-62 as a cost-effective and more advanced tank, capable of withstanding the latest Western tanks of the time, such as the American M60 and German Leopard 1.

The T-72 has seen extensive use in conflicts around the world and has undergone several upgrades over the years to improve its capabilities. It has a 125mm smoothbore gun that is capable of firing a variety of ammunition types, including armor-piercing and high-explosive rounds. The tank is also equipped with a 7.62mm coaxial machine gun and a 12.7mm anti-aircraft machine gun.

The T-72 is known for its relatively low profile, which makes it harder to spot and target, and its advanced armor protection. Some versions of the tank are also equipped with reactive armor, which can reduce the effectiveness of anti-tank weapons.

Some of the complexities of the T-72 tank range that may require specialized training include:
• The tank's armor protection: The T-72 is known for its advanced armor protection, which can make it difficult for anti-tank weapons to penetrate. However, trainees will need to understand the limitations of this protection and how to position the tank for maximum protection.
• The tank's gunnery system: The T-72's gunnery system includes a 125mm smoothbore gun, as well as a range of ammunition types and targeting systems. Trainees will need to understand how to use these systems effectively and how to identify and engage different types of targets.
• The tank's mobility and terrain capabilities: The T-72 is a tracked vehicle that is designed for operation in a variety of terrain types. Trainees will need to understand how to operate the tank in different environments, such as mud, sand, or snow, and how to navigate obstacles such as hills and ditches.

There exist simulators available for training gunners on the T-72 tank. One example is the T-72 Tank Simulator developed by Bohemia Interactive Simulations. This simulator provides a realistic 3D environment and allows gunners to practice aiming, firing, and other essential skills. It also includes a range of scenarios and mission types to help train gunners in different combat situations.

Another example is the T-72 Tank Gunnery Simulator developed by Advanced Interactive Systems. This simulator includes a realistic replica of the T-72 tank and provides a range of scenarios and mission types to help train gunners. It also includes features such as accurate ballistics modeling and realistic weapon and vehicle behaviors.

Other companies that provide T-72 tank simulators include VirTra, Simulated Training Solutions, and Elbit Systems. These simulators can be used by military personnel for training and also by enthusiasts who want to experience the T-72 tank in a simulated environment.

Some prior art patents for T-72 simulators may include:
• US Patent 5,820,246: "Tank Gunnery Training System," which describes a simulator system for training tank crews on gunnery skills, including a simulated tank gun and a computer-generated environment.
• US Patent 6,162,053: "Apparatus and Method for Interactive Tank Gunnery Training," which describes a system for simulating tank gunnery training using a combination of real-world equipment and computer-generated images.
• US Patent 7,271,926: "Virtual Training System for Vehicles," which describes a simulator system for training vehicle crews on driving, gunnery, and other skills, using a combination of real-world equipment and computer-generated images.
• US Patent 7,647,948: "Tank Gunnery Training Simulator," which describes a simulator system for training tank crews on gunnery skills, using a simulated tank gun and a variety of computer-generated scenarios.
• US Patent 8,469,733: "Simulator for Training Tank Crews," which describes a simulator system for training tank crews on a variety of skills, including gunnery, driving, and situational awareness, using a combination of real-world equipment and computer-generated images.

Based on the complexities of the T-72 tank and the gap prior art patents and simulators posing, inventors of the present invention found a dire need of accurately replicating the tank's gunnery system, including its advanced targeting systems and ammunition types. Another challenge inventors of the present invention identified is simulating the tank's mobility and terrain capabilities, particularly its ability to navigate challenging terrain types.

The prior art patents and simulators listed tried addressing these challenges to varying degrees, using a combination of real-world equipment and computer-generated images to create a realistic training environment. However, they have limitations, such as replicating the tank's crew gunnery system, difficulties in simulating challenging terrain types, and providing a truly immersive and realistic training experience.

The T-72crew gunnery simulator proposed in this invention enables the training of both gunners and commanders in a simulated tank environment.The crew gunnery simulator addresses these needs by providing a cost-effective, domestically manufactured simulator that accurately simulates battlefield conditions and provides performance evaluations for trainees.

The present invention discloses war tanker simulator designed and developed to meet the standard training requirements of gunners (crew gunnery) through Computer Generated Imagery (CGI) simulates battlefield conditions and the audio system produces the sounds of battlefield and firing.

The said system calculates the errors made by trainees during different drills and exercises. After an exercise, the performance evaluation report can be seen and printed, which helps gunners identify their shortcomings and improve their skills.

Brief Summary of the Invention

The following presents a simplified summary of the disclosure in order to provide a basic understanding to the reader. This summary is not an extensive overview of the disclosure, and it does not identify key/critical elements of the invention or delineate the scope of the invention. Its sole purpose is to present some concepts disclosed herein in a simplified form as a prelude to the more detailed description that is presented later.

The present invention is a simulator system designed to improve the training of tank operators and commanders in various functions related to selection, prioritizing, target engagement, and operation of controls. The simulator system is designed to provide individual training under the control of an instructor and generate different types of feedback. It also simulates battlefield sounds and motions to provide a more realistic experience through a 3 Degrees of Freedom Motion Platform.

The simulator system replicates controls, sights, devices, and indicators of the gunner and commander cabin, and trains environmental effects such as day, night, fog, and rain. It allows trainees to detect, identify, acquire, track, range, select ammunition, aim, and fire missiles. Additionally, the simulator system allows trainees to learn the operations of bore-sighting and muzzle reference systems.

The containerized trainee simulator system includes an instructor station console rack, instructor station, input-output control unit, motion platform, motion control unit, and trainee cabin in a container assembly. The instructor station comprises four monitors for trainee monitoring and analyzing views and one monitor joystick for controlling the training session. The instructor station console rack includes CPUs, KVM switches, multipliers, Ethernet switches, amplifiers, UPS, and batteries.

The trainee cabin includes two hatches, one for gunner training and another for commander training, all controls, sights, communication, and sound equipment. The trainee cabin is mounted on the motion platform that moves in 3 Degrees of Freedom (Pitch, roll, and surge). Overall, the present invention is an advanced and comprehensive simulator system that provides a realistic and effective training experience for tank operators and commanders.
The invention is capable of other embodiments or of being practiced or carried out in several ways. Also, it is to be understood that the phraseology and terminology employed herein is for description and should not be regarded as limiting.

Further objects, features, and advantages of the invention will be readily apparent from the following description of the preferred embodiments thereof, taken in conjunction with the accompanying drawings.

Brief Description of the Drawings

The above and other objects, features and advantages of the invention will become apparent from a consideration of the following detailed description presented in connection with the accompanying drawings in which:

Figure 1 illustrates the outer view of said containerized crew gunnery simulator system in closed doors as of the present invention.

Figure 2 illustrates atop view for said containerized trainee simulator disclosing various components of the said simulator like gunner cabin and trainee cabin, according to the exemplary embodiment of the present invention.

Figure 3 illustrates the engineering drawings of said control units of the said trainee simulator system according to the exemplary embodiment of the present invention.

Figure 4 illustrates the engineering drawings of said commander cabin control units of the said trainee simulator system according to the exemplary embodiment of the present invention.

Figure 5 illustrates the block diagram disclosing various components within said containerized simulator system according to the exemplary embodiment of the present invention.

It is appreciated that not all aspects and structures of the present invention are visible in a single drawing, and as such multiple views of the invention are presented so as to clearly show the structures of the invention.

Detailed Description of the Invention

It is to be understood that the present disclosure is not limited in its application to the details of construction and the arrangement of components set forth in the following description or illustrated in the drawings. The present disclosure is capable of other embodiments and of being practiced or of being carried out in various ways. In addition, it is to be understood that the phraseology and terminology used herein is for the purpose of description and should not be regarded as limiting.

The use of “including”, “comprising” or “having” and variations thereof herein is meant to encompass the items listed thereafter and equivalents thereof as well as additional items. The terms “a” and “an” herein do not denote a limitation of quantity, but rather denote the presence of at least one of the referenced items. Further, the use of terms “first”, “second”, and “third”, and the like, herein do not denote any order, quantity, or importance, but rather are used to distinguish one element from another.

According to an exemplary embodiment of the present invention, acrew gunnery tank simulator system is disclosed. The system comprises a trainee cabinequipped with controls for simulating the functionality of armaments and various controls of a tank.The system comprises a visual station comprising three commercial off-the-shelf workstations with high-end graphics adaptors for rendering texture and shaded 3D scenarios in high resolution, wherein said visual station projects computer-generated images for trainees in the desired resolution, and said visual station communicates with the instructor station software. The system comprisesan instructor station comprising a user interface for instructor control of training sessions, a scenario builder module for creating custom exercises, and software for monitoring and controlling training sessions, wherein said instructor station enables an instructor to set up, initiate, record, and terminate a training session, and replay a training session for after-action review.

In accordance with the exemplary embodiment of the present invention, the system comprises an input-output station comprising an electronic interface unit and communication software for receiving data from various sensors and transmitting them to the visual station and instructor station for appropriate action.

In accordance with the exemplary embodiment of the present invention, the system comprises a motion platform for simulating realistic gun recoil effect, wherein the sense of gun recoil is provided by synthesized computer-generated imagery in combination with said electro-mechanical motion platform and audio cues.

In accordance with the exemplary embodiment of the present invention, the system comprises an instructor console rack for viewing performance reports of trainees and instructor log reports.

In accordance with the exemplary embodiment of the present invention, the simulator system, characterized in that, comprisesa sound simulation system for generating and synchronizing various sounds generated by a tank during different phases of operation, including battlefield noises, artillery shelling, tank fire, 30mm gunfire, heavy machine gun fire, track/engine noise of moving tanks, auto loading gear, cassette lifting mechanism, ramming device, emergency engine shutdown mechanism, current converter, and special blower.

In accordance with the exemplary embodiment of the present invention, the simulator system, characterized in that, comprisesa variety of terrains and environmental conditions, including day (dawn and dusk), night (full moon, new moon, crescent, half moon), fog, wind, clouds, that can be created and selected for scenarios in the visual station (2).

In accordance with the exemplary embodiment of the present invention, the simulator system, characterized in that, comprisesa wide range of individual training controlled by the instructor, including basic and custom training capsules, integration modules with driving simulator, audio communication system for instructor and trainees, identification of faults online, and a variety of reports to be printed.

In accordance with the exemplary embodiment of the present invention, the simulator system, wherein the input-output station further comprises sensors for monitoring the position and movement of the trainee cabin, and the communication software adjusts the visuals and sounds generated by the visual station and input-output station accordingly.

In accordance with the exemplary embodiment of the present invention, the simulator system, wherein the instructor station software further comprises an assessment module for evaluating the trainee's performance during the training sessions based on parameters such as accuracy, speed, and decision-making.

In accordance with the exemplary embodiment of the present invention, the simulator system, wherein the visual station further comprises a virtual reality headset for the trainee, which provides a fully immersive training experience.

In accordance with the exemplary embodiment of the present invention, the simulator system, wherein the trainee cabin further comprises a system for simulating the effects of being hit by enemy fire, such as vibrations and flashing lights.

In accordance with the exemplary embodiment of the present invention, the simulator system, wherein the instructor station software further comprises a scheduling module for managing the training sessions and assigning trainees to specific sessions.

In accordance with the exemplary embodiment of the present invention, the simulator system, wherein the input-output station further comprises a communication interface for connecting to other simulators and creating joint training exercises between multiple trainees.

In accordance with the exemplary embodiment of the present invention, the simulator system, wherein the instructor console rack further comprises a printer for generating hard copies of the trainee performance reports and instructor log reports.

In accordance with the exemplary embodiment of the present invention, the simulator system, wherein the instructor station software further comprises a debriefing module for analyzing the trainee's performance during the training sessions and providing personalized feedback for improvement.

In accordance with the exemplary embodiment of the present invention, the simulator system, wherein the visual station further comprises a scenario editor tool for customizing the scenarios based on the trainee's skill level and individual training needs.

In accordance with the exemplary embodiment of the present invention, the simulator system, wherein the input-output station further comprises a fault simulation module for simulating various malfunctions in the tank equipment and training the trainee on fault identification and troubleshooting.

In accordance with the exemplary embodiment of the present invention, the simulator system, wherein the sound simulation system (6) further comprises a voice recognition module for enabling the trainee to issue commands to the crew and communicate effectively with the instructor during the training session.

In accordance with the exemplary embodiment of the present invention, the simulator system, wherein the instructor station software further comprises a progress tracking module for tracking the trainee's progress over time and adjusting the training program accordingly.

In accordance with the exemplary embodiment of the present invention, the simulator system, wherein the motion platform (5) further comprises a vibration module for simulating the physical sensations experienced by the crew during tank operation, such as driving over rough terrain or firing the main gun.

In accordance with the exemplary embodiment of the present invention, the simulator system, wherein the input-output station further comprises a haptic feedback system for providing tactile feedback to the trainee, simulating the sensation of operating the tank equipment.

In accordance with the exemplary embodiment of the present invention, the simulator system, wherein the instructor station software further comprises an adaptive learning module for adjusting the difficulty level of the training exercises based on the trainee's performance and progress.

Now referring to the drawings, Fig’s 1-5,
Figure 1 (100) shows a crew gunner simulator system consisting of various modules integrated seamlessly to provide training to gunners and commanders. The system includes a trainee cabin (1), an actuator assembly (2), a motion platform (4), a sensor assembly (5), a ladder weldment (6), a motion control unit (7), and an instructor console rack (8). The trainee cabin (1) comprises a gunner hatch (9), a commander hatch (10), and a container assembly (11). The instructor station console rack (8) includes an input-output control unit conjugated with the motion platform (4), motion control unit (7), gunner hatch (9), and commander hatch (10). The system also includes an instructor station (not shown) with an instructor to control the entire training session for the trainees.

Figure 2 (200) shows the inside view of the trainee cabin (1), including the gunner hatch (9) and commander hatch (10), a breech ring (21), a gunner seat (22), a commander seat (23), a gunner sighting unit (24), and a commander sighting unit (25).

Figure 3 (300) illustrates the control units embedded in the simulator system (100), including the CDR circuit breaker (32), sub control units (31), automatic control units (34), loading control units (35), switch units (33), commander control panel (38), plurality of radio assemblies (39), fan mounting assemblies, commander footrests 1 and 2 (37), and MCRH safety bracket (36).

Figure 4 (400) illustrates the commander hatch (10) and its components, including the commander seat (41), commander seat stand (42), TKN-1SM sighting unit (43), PZU sighting unit (44), commander hatch (45), commander safety guard (46), subassembly device (49), voltage converter (47), and hatch handle (48).

Figure 5 (500) shows a block diagram of the various components present in the simulator system (100), including the gunner and commander cabins mounted on a motion platform with pitch, roll, and surge moments. The system is integrated with plurality of visual stations at the instructor station containing gunner views and commander views conjugated with the instructor console running various software modules. The system also includes a visual station software module, an input-output station software module, an instructor station software module, and a motion control unit software module. In accordance with the exemplary embodiment of the present invention the simulator system (100) comprises and runs on various software modules to replicate original tank in order to provide effective training. The software modules includea visual station software module, an input output station software module, an instructor station software module, and a motion control unit software module.

The present invention provides a software module that captures standard training procedures for a simulator system designed to train recruits on the functionality of armaments and various controls present in the trainee cabin. The system can impart training at different levels on realistic terrains, including basic, intermediate, and advanced levels of exercises that challenge the trainee with tasks like target recognition and selective engagements.

During basic training, the recruit becomes familiar with equipment and its controls, while in the intermediate level, a few pre-built scenarios are played to teach the trainee to track the target, select a weapon, and fire with varying speeds of the moving target. The advanced level of exercises includes challenges like target recognition and selective engagements that can be timed by the instructor, recorded, and replayed for debriefing.

The instructor station software enables the instructor to set up, initiate, record, monitor, and control the training sessions effectively. With the scenario builder module, the instructor can create custom exercises to suit the training curriculum. The input-output station receives data from various sensors and transmits it to the visual station and instructor station for appropriate action.

The trainee cabin is populated with controls whose positions are sensed and used as inputs to the software module, giving the status of various controls. The sense of gun recoil is provided by synthesized computer-generated imagery combined with the electro-mechanical motion platform and audio cues.

The simulator system also provides individual training controlled by the instructor, realistic gun recoil effect through motion platform, realistic simulation of battlefield conditions, and a wide variety of Indian sub-continent terrains. The system is easy to operate and provides a turnkey solution with comprehensive support. The instructor console rack allows the instructor to view performance reports of trainees and their log reports, including session details and performance statistics like ammunition used, total ammunition fired, and total hits of each ammunition.

In accordance with the exemplary embodiment of the present invention, a method of training tank operators using the simulator system (100) is disclosed. The method comprising the steps of:
a) providing the simulator system (100) comprising a trainee cabin (1), a visual station (2), an instructor station (3), an input-output station (4), a motion platform (5), a sound simulation system (6), and an instructor console rack (8);
b) selecting a training session from a menu of available sessions using the instructor station software;
c) initiating the selected training session using the instructor station software;
d) monitoring the trainee's performance during the training session using the instructor station software and the input-output station (4);
e) recording the training session using the instructor station software;
f) terminating the training session using the instructor station software;
g) replaying the recorded training session for after-action review using the instructor station software;
h) repeating steps (b) through (g) with different training sessions until the trainee reaches a desired level of proficiency;
i) simulating the effects of being hit by enemy fire on the trainee cabin (1) using the system for simulating the effects of being hit by enemy fire;
j) adjusting the visuals and sounds generated by the visual station (2) and input-output station (4) based on the position and movement of the trainee cabin (1);
k) evaluating the trainee's performance during the training sessions based on parameters such as accuracy, speed, and decision-making using the assessment module of the instructor station software;
l) analyzing the trainee's performance during the training sessions and providing personalized feedback for improvement using the debriefing module of the instructor station software;
m) customizing the scenarios based on the trainee's skill level and individual training needs using the scenario editor tool of the visual station (2);
n) simulating various malfunctions in the tank equipment and training the trainee on fault identification and troubleshooting using the fault simulation module of the input-output station (4);
o) providing tactile feedback to the trainee, simulating the sensation of operating the tank equipment using the haptic feedback system of the input-output station (4);
p) adjusting the difficulty level of the training exercises based on the trainee's performance and progress using the adaptive learning module of the instructor station software;
q) tracking the trainee's progress over time and adjusting the training program accordingly using the progress tracking module of the instructor station software;
r) communicating effectively with the instructor during the training session using the voice recognition module of the sound simulation system (6);
s) providing a fully immersive training experience to the trainee using the virtual reality headset of the visual station (2);
t) simulating the physical sensations experienced by the crew during tank operation, such as driving over rough terrain or firing the main gun, using the vibration module of the motion platform (5);
u) generating hard copies of the trainee performance reports and instructor log reports using the printer of the instructor console rack (8);
v) connecting to other simulators and creating joint training exercises between multiple trainees using the communication interface of the input-output station (4); and
w) managing the training sessions and assigning trainees to specific sessions using the scheduling module of the instructor station software.

The features and functions described above, as well as alternatives, may be combined into many other different systems or applications. Various presently unforeseen or unanticipated alternatives, modifications, variations or improvements may be made by those skilled in the art, each of which is also intended to be encompassed by the disclosed embodiments.

The described exemplary embodiments are to be considered in all respects only as illustrative and not restrictive. Variations in the arrangement of the structure are possible falling within the scope of the invention is, therefore, indicated by the appended claims rather than by the foregoing description. All changes which come within the meaning and range of equivalency of the claims are to be embraced within their scope.
,CLAIMS:5. CLAIMS
I/We Claim
1. A tank simulator system (100) comprising:
a trainee cabin (1) equipped with controls for simulating the functionality of armaments and various controls of a tank;
a visual station (2) comprising three commercial off-the-shelf workstations with high-end graphics adaptors for rendering texture and shaded 3D scenarios in high resolution, wherein said visual station (2) projects computer-generated images for trainees in the desired resolution, and said visual station (2) communicates with the instructor station software;
an instructor station (3) comprising a user interface for instructor control of training sessions, a scenario builder module for creating custom exercises, and software for monitoring and controlling training sessions, wherein said instructor station (3) enables an instructor to set up, initiate, record, and terminate a training session, and replay a training session for after-action review;
an input-output station (4) comprising an electronic interface unit and communication software for receiving data from various sensors and transmitting them to the visual station (2) and instructor station (3) for appropriate action;
a motion platform (5) for simulating realistic gun recoil effect, wherein the sense of gun recoil is provided by synthesized computer-generated imagery in combination with said electro-mechanical motion platform (5) and audio cues;
and an instructor console rack (8) for viewing performance reports of trainees and instructor log reports.
Characterized in that
the simulator system (100) comprises:
a sound simulation system (6) for generating and synchronizing various sounds generated by a tank during different phases of operation, including battlefield noises, artillery shelling, tank fire, 30mm gunfire, heavy machine gun fire, track/engine noise of moving tanks, auto loading gear, cassette lifting mechanism, ramming device, emergency engine shutdown mechanism, current converter, and special blower;
a variety of terrains and environmental conditions, including day (dawn and dusk), night (full moon, new moon, crescent, half moon), fog, wind, clouds, that can be created and selected for scenarios in the visual station (2); and
a wide range of individual training controlled by the instructor, including basic and custom training capsules, integration modules with driving simulator, audio communication system for instructor and trainees, identification of faults online, and a variety of reports to be printed.

2. The simulator system as claimed in claim 1, wherein the input-output station further comprises sensors for monitoring the position and movement of the trainee cabin, and the communication software adjusts the visuals and sounds generated by the visual station and input-output station accordingly.

3. The simulator system as claimed inclaim 1, wherein the instructor station software further comprises an assessment module for evaluating the trainee's performance during the training sessions based on parameters such as accuracy, speed, and decision-making.

4. The simulator system as claimed inclaim 1, wherein the visual station further comprises a virtual reality headset for the trainee, which provides a fully immersive training experience.

5. The simulator system as claimed inclaim 1, wherein the trainee cabin further comprises a system for simulating the effects of being hit by enemy fire, such as vibrations and flashing lights.

6. The simulator system as claimed inclaim 1, wherein the instructor station software further comprises a scheduling module for managing the training sessions and assigning trainees to specific sessions.

7. The simulator system as claimed inclaim 1, wherein the input-output station further comprises a communication interface for connecting to other simulators and creating joint training exercises between multiple trainees.

8. The simulator system as claimed in claim 1, wherein the sound simulation system (6) further comprises a voice recognition module for enabling the trainee to issue commands to the crew and communicate effectively with the instructor during the training session.

9. The simulator system as claimed in claim 1, wherein the motion platform (5) further comprises a vibration module for simulating the physical sensations experienced by the crew during tank operation, such as driving over rough terrain or firing the main gun.

10. A method of training tank operators using the simulator system (100) of claim 1, comprising the steps of:
a) providing the simulator system (100) comprising a trainee cabin (1), a visual station (2), an instructor station (3), an input-output station (4), a motion platform (5), a sound simulation system (6), and an instructor console rack (8);
b) selecting a training session from a menu of available sessions using the instructor station software;
c) initiating the selected training session using the instructor station software;
d) monitoring the trainee's performance during the training session using the instructor station software and the input-output station (4);
e) recording the training session using the instructor station software;
f) terminating the training session using the instructor station software;
g) replaying the recorded training session for after-action review using the instructor station software;
h) repeating steps (b) through (g) with different training sessions until the trainee reaches a desired level of proficiency;
i) simulating the effects of being hit by enemy fire on the trainee cabin (1) using the system for simulating the effects of being hit by enemy fire;
j) adjusting the visuals and sounds generated by the visual station (2) and input-output station (4) based on the position and movement of the trainee cabin (1);
k) evaluating the trainee's performance during the training sessions based on parameters such as accuracy, speed, and decision-making using the assessment module of the instructor station software;
l) analyzing the trainee's performance during the training sessions and providing personalized feedback for improvement using the debriefing module of the instructor station software;
m) customizing the scenarios based on the trainee's skill level and individual training needs using the scenario editor tool of the visual station (2);
n) simulating various malfunctions in the tank equipment and training the trainee on fault identification and troubleshooting using the fault simulation module of the input-output station (4);
o) providing tactile feedback to the trainee, simulating the sensation of operating the tank equipment using the haptic feedback system of the input-output station (4);
p) adjusting the difficulty level of the training exercises based on the trainee's performance and progress using the adaptive learning module of the instructor station software;
q) tracking the trainee's progress over time and adjusting the training program accordingly using the progress tracking module of the instructor station software;
r) communicating effectively with the instructor during the training session using the voice recognition module of the sound simulation system (6);
s) providing a fully immersive training experience to the trainee using the virtual reality headset of the visual station (2);
t) simulating the physical sensations experienced by the crew during tank operation, such as driving over rough terrain or firing the main gun, using the vibration module of the motion platform (5);
u) generating hard copies of the trainee performance reports and instructor log reports using the printer of the instructor console rack (8);
v) connecting to other simulators and creating joint training exercises between multiple trainees using the communication interface of the input-output station (4); and
w) managing the training sessions and assigning trainees to specific sessions using the scheduling module of the instructor station software.

6. DATE AND SIGNATURE

Dated this24thMarch 2023
Applicant Signature

(Mr. Srinivas Maddipati)
IN/PA 3124-In-House Patent Agent
For., Zen Technologies Ltd