Gaumard Scientific Company is unveiling Pediatric HALS2225 the world’s most advanced wireless and tetherless mobile medical specialty patient machine. HAL is designed to assist health care students and professionals at all levels develop the specialised skills required to effectively communicate with, diagnose, and treat young patients throughout the time of care. HAL’s responsive features set a new standard for training across the pre-hospital, transport, emergency, nursing, and medical aid settings.
Pediatric HAL is on show for the primary time Jan fourteenth -16th in booth 425 at the 2018 International Meeting on Simulation in attention at the la Convention Center.
Pediatric HAL introduces a number of latest technologies as well as active artificial intelligence, that permits it to simulate nearly a dozen facial expressions, as well as anxiety, anger, amazement, current and transient pain, and more. For the primary time in medical specialty simulation, HAL can supply clinical educators an answer for developing learners’ communication skills and fellow feeling through immersive patient-provider communication simulation experiences.
“Good communication skills are essential for designation and treating kids, however as yet, learners and clinicians haven’t had a pediatric simulator that interacts with them in a very realistic,”With Pediatric HAL, you’ll be able to observe handling troublesome things, like the way to communicate a significant diagnosing to a young child.”
Gaumard acknowledges that each second counts in medical specialty medicine and significant care. that’s why medical specialty HAL is totally wireless and tetherless to make sure the time of care is rarely interrupted while he’s affected from outside the hospital to the hospital room and medical specialty medical aid.
“Pediatric HAL raises the bar in anatomical and physiological fidelity, permitting participants to observe unaltered exploitation real instrumentality and use clinically correct techniques. Participants will perform a full vary of emergency procedures as well as surgical airway, needle decompression, and chest tube thoracostomy with the best degree of realism. it is the nighest expertise to universe medical specialty emergency care obtainable these days,” aforementioned John Eggert.
Pediatric HAL supports a broad vary of real patient monitors and sensors and options dynamic respiratory organ compliance that responds to real mechanical ventilation. this permits learners to develop the abilities required to line up and operate instrumentality as they’d in real clinical things.
Pediatric HAL includes ten outcome-focused situations designed to duplicate a spread of clinical things throughout the spectrum of medical specialty care. attendant every Simulation Learning Experiencemay be a elaborated written guide for putting in place, planning, and facilitating the training expertise.
Care In Motion may be a recording and playback platform designed to assist educators maximize participant learning through video-assisted interrogatory. Care In Motion finally makes recording and playback straightforward enough for anyone to use, permitting educators to target delivering the most effective interrogatory and learning expertise attainable.
Simply power on Care In Motion and faucet the screen to wirelessly record audio and video from multiple sources at the same time, whether or not at the purpose of injury or in transit, while not interruption. Care In Motion permits educators to record coaching situations and playback sessions for interrogatory — all from one place. The Care In Motion pill and HD wireless cameras seamlessly integrate with Gaumard’s UNIsoftware system to mechanically capture and synchronize machine patient organ, device information, and patient interaction with video in real time.
A Breakthrough in Pediatric Patient Simulation
Pediatric HAL is that the world’s most advanced pediatric patient simulator and also the 1st capable of simulating lifelike emotions through dynamic facial expressions, movement, and speech. HAL is meant to assist providers of all levels develop the specialised skills required to effectively communicate, diagnose, and treat young patients in nearly all clinical areas.
- Interactive eyes and active facial expressions
- Dynamic lung compliance with true ventilator support
- Real patient monitor support: SpO2, EKG, capnography, NIBP, live pacing, and medical aid
- Emergency intercession: surgical airway, needle decompression, chest tube insertion
- Wireless and tetherless
A New Level of reciprocal action and Richer Patient-provider Communication
Through scenario-based learning, HAL will facilitate participants assess verbal and non-verbal cues to make patient-provider communication skills and empathy.
In addition to illustrating nearly a dozen facial expressions, HAL conjointly simulates a spread of common emotional states to raised approximate behavior. merely set HAL’s emotion state
to languid, for instance, and also the eyelids can droop automatically, head movement can slow, and yawning can occur sporadically. what is additional, the powerful UNI software system permits you to produce your own facial expressions and emotions to expand the scope of the training experiences. The UNI library includes the subsequent presets to urge you started:
- Transient Pain
- current Pain
Lifelike Facial Expressions and Emotions
Truly Comprehensive Pediatric Patient Assessment Exercises
Interactive eyes and color-changing skin enable Pediatric HAL let’s say signs of varied emotional states, trauma, and plenty of alternative medicine diseases and conditions.
- Accommodation test: automatic horizontal tracking and manual vertical following
- Strabismus: strabismus and esotropia
- Nystagmus: eyeball twitching
- Blepharospasm: eyelid twitching
- Ptosis: eyelid droop
- Realistic idle eye movement
- Independent pupillary light reflex
- Mydriasis: blown pupil
- Anisocoria: unequal pupil sizes
- Programmable blinking rate
- Consensual pupillary light reflex
- Mild and severe seizures
Visual Cues of Neurologic and physiological Health
- High-fidelity heart, lung, and bowel sounds
- Independent normal/abnormal heart sounds at
aortic, pulmonic, and mitral sites
- Anterior and posterior lung sounds
- Spontaneous breathing and selectable traditional and abnormal respiratory patterns
- Programmable unilateral chest rise and fall
Practice Using Real Patient Monitors and Sensors
Pediatric HAL hold a broad range of real patient monitors and sensors. This distinctive capability permits participants to observe putting in place and in operation instrumentality even as they’d in real situations.
- NIBP monitors
- Glucose meters
- Palpable pulses: bilateral carotid, brachial, radial, pedal
- Bilateral forearm IV access supports sampling and continuous concoction
- Capillary refill time testing
- Blood pressure dependent pulses
- Urinary catheterization with programmable flow
True Mechanical Ventilation Support for sophisticated Respiratory Care Simulation
Pediatric HAL responds to mechanical ventilation support exploitation real instrumentality similar to a true patient. Simulate the course of respiratory disorder through treatment, weaning, and rehabilitation with the best degree of physiological accuracy. The proprietary dynamic respiratory organ system in medical specialty HAL needs no manual standardisation, external negotiator adapters or setup boxes. merely connect HAL to the ventilator and faucet the UNI controls to vary respiratory organ practicality on the fly.
- Modes support includes: ACV, SIMV, CPAP, PCV, PSV
- Programmable metabolism patterns
- Supports therapeutic levels of PEEP
- Programmable airway and lung functions
– Dynamic lung compliance (low to high)
– Bilateral bronchi resistance
– Respiratory effort triggers ventilator during weaning
Ready to Integrate into Your Program with Simulation created straightforward medical specialty HAL may be a complete learning answer and includes everything you would like to urge started as well as the powerful UNI pill computer and ten Simulation Learning Experiences.
UNI offers all the tools to deliver an upscale simulation expertise in one intuitive interface. It options precise physiological touch-based controls, task automation, time period feedback, and automatic information capture tools designed to work seamlessly throughout even the foremost complex scenarios.