Safety Procedures Flashcards
- What are appropriate landing surfaces for plyometric training?
- How to progress surfaces?
- What are inappropraite landing surfaces and why?
- Appropriate landing Surfaces = adequate shock-absorbing properties, but not so soft it increases transition between eccentric and concentric phases
- Grass/turf field
- Sussopended floor
- Rubber mats
- Progress to harder surfaces that encourage higher rates of energy return
- Excessively thick surfaces (≥6 inches) increase amortization phase, preventing efficent use of stretch reflect
- trampolines, exercise mats
- How much training space is needed for the following plyometric drills
- Bounding and running drills
- Standing, box, and depth jumps
- Bounding and running drills = 33 yards (30m) straightaway
- Some require 109 yards (100m) straightaway
- Standing, box, and depth jumps
- Requires minimum surface area
- 9.8-13.2 feet (3-4m) height required
Describe propper footwear for plyometrics.
Describe impropper footwear and what risks they pose
- Footwear should have
- good ankle and arch support
- good lateral stability
- wide, nonslip sole
- Footwear wit the following may invite ankle problems, especailly with lateral movements
- Narrow sole and poor upper support (running shoes)
What 5 things should be cleaned daily?
(To remove “phlem”)
- Floors
- Lights/fans/vents
- Equipment surfaces
- Equipment moving parts (and lubricate)
- Mirrors/windows
What 6 things should be inspected daily for damage?
FNFMEP
- Floors
- Non-slip material
- Fixed equipment connection with floor
- Mirrors
- Equipment
- Protective padding
What should cleaning should done bi/tri weekly
Clean and lubricate aerobic machines and guide rods
What 2 cleaning tasks should be done once a week?
Clean and dust ceiling fixtures and attachment
Clean ceiling tile.
What are guidelines for the following:
- Passaweway width
- Hallway width
- Circulation passageway width
- Ramp for incline for doorway enterances
- Passaweway width = 36 inches
- Hallway width = 60 inches
- Circulation passageway width = 60 inches
- Ramp for incline for doorway enterances = 1 foot per inch of elevation change
Where should AE and emergency first aid kit be located?
- Within 1.5 minute walk from potential incident sight @ wheelchair height
Music/sound should be below x and not exceed y
Music/sound below 70 and not exceed 90
What are electrical requirements in volts?
Both 110 and 220 capacity
Telephone height?
4ft
What are the following recommendations for:
- Temeprature
- Strength and conditioning
- Other recommendations
- Humidity
- Ventalation
- Minimum
- Optimal
- Temperature
- Strength and conditioning = 72-78°
- Other recommendations = 68-72°
- Humidity = 50-60%
- Ventalation
- minimul = 8-10 exchanges per hour
- Optimal = 12-15 eph
What are resistance training room recommendations for the following:
- Staff to client ratio:
- General
- Middle school
- do not exceed for secondary school/adult aged clients
- Cieling height
- Range
- Minimum
- Lighting
- Ft candles
- Lux
- Windows
- Height above ground
- Type of lighting and influence
- Mirrors
- Height
- distance from weight equiopment
- Floor
- Load bearing
- Type of floor for olymic platforms
- Plyometrics
- Staff to client ratio:
- General = 1:10
- Middle school = 1:10
- Do not exceed for secondary school/adult aged clients 1:15
- Cieling height
- Range: 12-14 ft
- Minimum: 12 ft
- Lighting
- Ft candles: 750 ft
- Lux: 807-1076
- Brighter than classroom/office
- Windows
- Height above ground = 20 inches
- Type of lighting and influence = natural lighting improves motivation
- Mirrors
- Height = 20 minches above ground
- distance from weight equiopment = 6 inches appart
- Floor
- Load bearing = 100 pounds/square foot
- Type of floor for olymic platforms = wood
- Plyometrics = suspended floors
Describe equipment placing for the following equipment:
- Requires spotter
- Location
- Distance from
- Taller Machines
- example of machines
- placement
- may need
- Dumbbell racks/weight trees
- Requires spotter
- Away from mirrors/windows/doors
- In area easily supervised/accessible
- Taller machines
- lat pulldown, calbe column, squat racks
- Allong walls/ pillars for better visibility
- May need to be bolted down to walls/floors
- Dumbbell racks/weight trees
- 6 inches from mirrors/windows
Equipment spacing/facility lay out
- Fitness area
- Range of ft2 per piece of equipment
- Equipment adjacent clear floor space for ADA req.
- Stretching /Bodyweight up area
- Range ft2
- Optimal ft2
- Aerobic exercise area
- ideal safety cushion =
- Machines
- Stationary bikes
- stair master
- skii machine
- rowing machines
- treadmills
*
Equipment spacing/facility lay out
- Fitness area per piece of equipment = 25-50 ft2
- ADA equipment adjacent clear floor space = 30x48 inches minimum
- Stretching warm up area
- Square foot range = 40-60 ft2
- Square foot optimal = 49 ft2
- Aerobic exercise area
- ideal safety cushion = 3ft on all sides of equipment
- Machines
- Stationary bikes = 24 ft2
- stair master = 24 ft2
- skii machine = 6 ft2
- rowing machines = 40 ft2
- treadmills = 45 ft2
Resistance training equipment requirements:
- RT Machines
- Space b/w RT machines and equipment
- Minimum
- Optimal
- Safety cushion for free weight exercises performed in RT machine area (e.g. circuit training workout area)
- Space between multistation machines and single station machines
- Space b/w RT machines and equipment
- RT Free weights
- space b/w ends of olymic bars/fixed weight barbells on racks
- space b/w weight trees and plate loaded equipment
- Dumbell racks distance from mirrors/windows
- # exercisers free weight area designed for
- Olympic lifting area
- Perimiter around platform
- Ft2 needed for Olympic lifting area
- RT Machines
- Space b/w RT machines and equipment
- Minimum = 2ft
- Optimal = 3ft
- Safety cushion for free weight exercises performed in RT machine area (e.g. circuit training workout area) = 3ft
- Space between multistation machines and single station machines >3ft if possible
- Space b/w RT machines and equipment
- RT Free weights
- space b/w ends of olymic bars/fixed weight barbells on racks = 3ft
- space b/w weight trees and plate loaded equipment = 3ft minimum
- Dumbell racks distance from mirrors/windows = 6 inches
- # exercisers free weight area designed for = 3-4
- Olympic lifting area
- Perimiter around platform = 3-4ft
- Ft2 needed for Olympic lifting area = 36ft2
Equioment spacing at home gym
- safety cushion
- recommended space for kickboxing, dancing, calisthenics
- safety cushion = 18 inches
- recommended space for kickboxing, dancing, calisthenics = 25=49ft2
How to determine equipment to member ratio:
- For cardio
- For resistance
- For cardio
- Number of memberse use facilty dury any 2 hr period = 25% total membership
- Multiply 25% total membership x % daily users
- Multiply results from #2 by number of machines per member
- (e.g. 1 machine per 5 daily user)
- For resistance
- 1 circuit training area per 1,000 users
- What is the basic formula for caculating needed user space + safety cushion?
- Use example of olympic bar bench press
- What is formula for stretching and warm up activities?
- What is formula for aerobic and resistance training machines
- What is formula for @ home aetobics, caklisthenics, etc.
- What is the basic formula for caculating needed user space + safety cushion?
- (user space length + safety cushion right + safety cushion left) x (user space width + safety cushion right + safety cushion left)
- (6 Weight bench length + 3ft + 3ft) x (7ft bar length + 3ft + 3ft) = 156 ft2
- (user space length + safety cushion right + safety cushion left) x (user space width + safety cushion right + safety cushion left)
- What is formula for stretching and warm up activities?
- 7ft user space x 7ft user space = 49ft2
- What is formula for aerobic and resistance training machines
- Treadmill 3ft wide x 7 ft long
- (7ft + 3ft + 3ft) x (3ft +3ft + 3ft) = 117ft2
- What is formula for @ home aerobics, calisthenics, etc.
- 5-7 ft user space length x 5-7 ft user space width =25-49ft2
- What are the 4 objectives of the predesign phase?
- What are the 2 objectivs of design phase?
- What are 3 objectives of construction phase?
- What are 4 objectives of preoperation phase?
- What are the 3 steps for:
- 1st steps
- 2nd steps
- 3rd steps
-
What are the 4 objectives of the predesign phase?
- Needs analysis
- Master plan
- Feasibility study
- Hire Architect
-
What are the 2 objectivs of design phase?
- Finalize comittee
- Create blueprint
-
What are 3 objectives of construction phase?
- Follow masterplan
- Arrange equipment
- Check construction progress
-
What are 4 objectives of preoperation phase?
- Hire staff
- Create cleaning schedule
- Assign duties
- Create plan for operation
-
What are the 3 steps for:
- 1st steps
- Form comittee
- Feasibility study
- Need analysis
- 2nd steps
- Create operational plan
- Remodel/upgrade
- Finaliazedesign and decorations
- 3rd steps
- Arrange equiupment
- Create employee duties and schedule
- hire/keep staff
- 1st steps
What 4 phases of designing/planning health fitness facility should PT be involved in?
- Predesign
- Design
- Construction
- Pre-operation
Under what temperature and humidity conditions does risk of exertional heastroke increase?
- ↑ between 65-72°F and 65.1-72% humidity
What 6 factors can contribute to overuse injury?
DIFTSS
- Decreased flexibility
- Insufficient motor control
- Faulty biomechanics or technique during performance
- Training errors
- Poor program design (lack of variation, too much intensity) or progressing too early
- Suboptimal training surfaces (too hard/ uneven)
- Skeletal malalignment