| 4 | The system should be supplied with minimum 16 high speed Wireless EMG Channel with built in IMU sensor.• Should Have Analog+ Digital base station• Should have analogy output option to facilitate integration with third party hardware and software• Sensor should have fixed inter sensor delay of 0.5 milliseconds or less Sensors should have fixed spacing between electrodes preferably less than 15 mm to avoid motion artifacts and cross-talk• Sensor contacts should be made up of a metal for better contact and better-quality signal• Should be supplied with a charging/transmitting station that communicates with sensors to get information on their charging, recording and signal strength• Sensors, Sensor skin interface, cable, power adapter and accessories• Sensors facilitate EMG and IMU measurements• EMG data analysis software for stand-alone usage with live recording of at least 32 channels and analysis for both online and offline modes.• Trigger module package• Analog adapter with cable for dynamometer integration.• Should have option for real time data streaming to computational software’s such as mat lab.• Mobile EMG suite for outdoor applications• Technical support for the lifetime or at least for a period of 05 years.The system should be supplied with sensor docking unit and charging system• The system should be supplied with double sided adhesive stickers (at least 5000) and double-sided adhesive tape rolls (at least 20).• The system should be supplied with at least 2000 Hz of sampling rate or more per sensor.• The system should have a baseline noise < 1 µV or better.• The EMG System should have +20,000 µ VEMG input range or better.• The system should have Software controlled digital filtering, the system should have shielded cables for minimal artifact.• The software should allow video recording during EMG data recording• Should have at least 8 hours of battery backup• Should have wireless working range of at least 40m or more to capture data during various sport specific movements, should be configurable to 32 channels in future.• The EMG system should be integrated with 3D motion analysis, Force plate, Isokinetic dynamometer, Instrumented treadmill, IMU, eye tracking, video analysis etc.• The necessary third-party hardware/ software should be supplied by the seller for integration of EMG with other systems.• Laptop i7 (latest generation) with 32GB ram or more, 2TB SSD, at least 15.6-inch screen and Laser Printer with copy/scan/print to generate and view report and additionally a 32-inch Monitor for dual display.• USFDA, ISO & EUIEC certificates or equivalent.Installation at the Institute and training to the users by expertsTraining for installation and demonstration shall be provided at Olympian Balbir Singh senior International Hockey Stadium, Sector- 63, Mohali, Punjab. |
| 6 | It should be a wireless speed gate with 12 gates and provision for increasing gates up to 15 gates/splits or more with “split distance” fully customizable to perform variety of testing (can have splits at 1 meter or 10 meters or customized distance).• It should be Photocell & reflector system only (light or laser based) considering flexibility it offers to use variety of testing protocols with visual cue (light system provide a cue to the athlete to change direction) i.e. single or dual feedback functions for athletes.• It should have an accuracy of minimum 1 hundredth of a second (1/1000th of a second) or beyond, with a system to eliminate errors caused by hands, feet and other body parts, equipment (to provide most accurate data) Must have Error Correction Processing (ECP) inside the timing unit.• Wireless Range: - Should be able to control gates wirelessly with a range up to 180-200 meters.• It should have functionalities to provide 6 Options when using different accessoriesa. Auto Beam Breakb. In-Beamc. Reactived. Start Pade. Vibration (Reaction Time measures)f. RFIDVarious accessories should be integrated with Timing gates thus providing various testing possibilities of athletes.• It should integrate with a Jump Mat (accessories) for plyometric training and explosive power measurement with multiple jump testing option on Jump Mats.• Tests & Drills to be measured System must be able to measure-i. Linear (straight line sprints), shuttles with customized split distance.ii. Yoyo, Beep Tests (with custom customized time interval for endurance testing)iii. Planned, unplanned change of direction for agility testing.iv. Multiple reactive movements.v. Reaction time measure for starting blocksAny customized tests/ drill with all 6 or more gates and no restrictions on number of customized drills to provide more flexibility in testing.• Mobile/tablet Applications & Web Application: i. System should be controlled by and operated by tablet/laptop/smartphone (mobile Applications: -Should have both iOS & Android mandatory considering large Android phone user base in India along with iOS application) andii. Must have a cloud web application platform for tracking performance variables of 1000 or more athletes at one go for various testing.• Utility of Mobile Applications: -i. Flexibility to perform test: -Mobile/tablet applications should have functionality to -a. Pick any athlete from large pool (1000 or more athlete)b. Pick any drill or test to be conducted and ability to customize a test with all 4 or more gates.c. To visually display gates on mobile screen to understand how to perform a test/drill. Application to automatically detect setup of gates.ii. It should provide real time data of performance, reaction time, speed, and agility.iii.Single or Multiple User with Authorized Access control- only Authorized single or multiple user’s admins should have access to operate application for data security and data access. Should automatically send data to the cloud application once connected to Internet.Software license to be valid for 3 years.Utility of Web Application: - Functionality of Web Application: -i. Automatically populate data collected by mobile applications.ii. Should be able to compare single athlete data historically from different trials or compare various athletes for a test or a drill over any time period.iii. Should be able to manage athletes (by creating sports specific teams)iv. Should be able to download data in PDF, excel and ability to customize these reportsv. Software license to be valid for 3 years.• Integration with 3rd Party AMS System: -Software should have functionality to integrate AMS in near future automatically, a Software must have API available for seam less integration of all/ selected data of speed gates automatically with number of world leading AMS Systems and this must be automated with few clicks only.• Rechargeable Battery based systems should have at least 8 hours backup or more.• The system should be robust enough to be used in various weather conditions.• Should have height adjustable tripod stands to accommodate various sports activities and test protocols.• Should provide One (1) iPad of desired specification to run the application (with minimum 1 year warranty)• Warranty for 2 Years.Training for installation and demonstration shall be provided at Olympian Balbir Singh senior International Hockey Stadium, Sector- 63, Mohali, Punjab. |
| 8 | . Marker-based and markerless (AI based) biomechanical system for Two-Dimensional (2D) analysis of Gait analysis including Walking and Running activities, Posture and other sports activities.2. Biomechanical Motion analysis software (pre-installed in computer) within built modules for standing & sitting posture analysis, walking gait analysis & running gait analysis, compatible with a suitable operating system.3. It should allow measurement of joint angles & other data from sports specific activities like jump, squat, golf, tennis etc.4. It should also have features for marker-less assessment of functional activities like squats and other range of motions of the body during various activities.5. It should be able to analyze the anterior, posterior, left & right lateral views of the subject and provide the following parameters:(a) Walking gait analysis: Rear foot eversion/inversion, lateral pelvic drop, Knee flexion/extension, hip flexion / extension, ankle plantar /dorsiflexion, knee ab /adduction, stance phase % – swing phase %, step length, stride length, gait velocity etc. Data to be measured for both left and right extremities(b) Running gait analysis: Rear-foot eversion/inversion, lateral pelvic drop, Trunk side bending, crossover gait, knee flexion, leg inclination angle, knee toe-alignment, hip extension, ankle plantar flexion, net vertical oscillation of center of mass, knee ab /adduction, Ground contact time etc.. Data to be measured for both left and right extremities.(c) Posture Analysis: Major postural deviations like rear-foot eversion /inversion, forward head posture, shoulder protraction, genu recurvate, lateral head tilt, shoulder level, lateral pelvic drop, lateral trunk sway, Q angle(d) Sitting posture Angle: Viewing angle, Viewing distance, forward head angle, Elbow flexion/extension, Trunk flexion/extension, Knee flexion/extension, Hip knee alignment(e) Bike fitting: Major parameters like Ankle plantar flexion /dorsiflexion, knee flexion/ extension, Hip flexion, Hip vertical travel, back angle, elbow angle, armpit angle, KOPS, knee tracking.(f) Squat Analysis: Major parameters like Descent: Ascent ratio, Squat stance width, heel rise detection, head tilt, shoulder tilt, Lateral trunk tilt, pelvic tilt, frontal knee alignment, knee-toe alignment, trunk inclination (sagittal plane), tibia inclination (sagittal plane), knee flexion (depth of squat).6. It should be able to generate organized reports with following features:(a) Data represented in tabular & photographic form(b) In built reference ranges for every parameter measured.(c) All data lying outside reference ranges to be highlighted in bold(d) Automatic documentation of all observations and abnormal biomechanics in form of notes (with choice of Hindi or English language if needed).(e) Automatic Summary of all reports should be generated.7. It should have an option to export all data to excel sheets8. It should have an inbuilt comparison feature that generates post comparison reports to monitor changes in patient’s posture and gait.9. It should have an in-built data base feature for storing analysis data.10. Software should use AI (Artificial intelligence) models to provide markerless analysis.11. Software should also use AI (Artificial intelligence) models to aid in marker digitization in case of marker based analysis.12. Motion Capture cameras supporting video capture in outdoor conditions (running track) as well as indoor conditions (floor, walkway & treadmill). Camera specifications:(a) Wired Cameras–04 in numbers with capture rate up to 60 fps.(b) WirelessCameras-02 in numbers with capture rate up to 240 fps.12. The system should have data transfer cables and connector cables for camera along with Tripods for mounting of cameras.13. Marker Set (with marker placement guide) for Standing posture, walking gait analysis, running gait analysis and Bike Fitting with reusable markers or disposable markers (adequate in number for conducting at least 100 tests each)14. Compression Clothing for lower body & upper body should be provided.15. Quality Clearance for cameras: USFCC/ EUCE/ ISOBIS (either of the certifications).16. Should be safe and non-invasive, easy to use.17. Carry case/bag for storing and carrying all hardware equipment to be provided.18. In person training, virtual assistance & Technical support for System operation.19. The biomechanical analysis software should have license validity along with all updates and bug fixes for a minimum period of 10 years.20. The system should come with a hardware warranty of 3 years.21. Computer specifications: Intel 5th generation processor or better, 8 GB RAM, windows 10/11, at least 2 USB ports. |
