State Of Michigan High Angle Rescue

2y ago
13 Views
3 Downloads
1.48 MB
21 Pages
Last View : 20d ago
Last Download : 2m ago
Upload by : Allyson Cromer
Transcription

State of MichiganHigh Angle RescueHELP. CONNECT.SOLVE.

HELP. CONNECT.SOLVE.

Topics for Discussion Identifying high risk hazards Enhanced on site safety plans Interaction with local EMS groups Performing rescue scenarios from various structuresHELP. CONNECT.SOLVE.

High Angle RescueAre you familiar with the areasaround you that have potential for ahigh angle rescue?HELP. CONNECT.SOLVE.

Examples of Working at Heights250 foot communication tower150 foot construction craneHELP. CONNECT.SOLVE.

Examples of Working at Heights (Cont.)475 foot self supportingcommunication tower475 foot guidewirecommunication tower300 foot smoke stack at apower generation plantHELP. CONNECT.SOLVE.

Examples of Working at Heights (Cont.)125 foot water tower75-100 foot high voltage supply linesHELP. CONNECT.SOLVE.

Examples of Working at Heights (Cont.)100 foot cell phone tower16 story buildingHELP. CONNECT.SOLVE.

Examples of Working at Heights (Cont.)Wind Turbine 100-150’ at topHELP. CONNECT.SOLVE.

Examples of Working at Heights (Cont.)Farm Elevators, Ethanol Plants 80150’ sometimes moreConstruction Sites – 40-100 ’HELP. CONNECT.SOLVE.

The start of a rescue program 2003 SOM/DTMB Health & Safety– Coordinated with MPSCS to develop a Steeplejack site safetyplan 2003-2004– H&S, MPSCS admin and steeplejacks Created work procedures for climbing communication towers toinclude a self-rescue To include two Steeplejacks at the tower site during any climbingactivityHELP. CONNECT.SOLVE.

Identifying specific needs 2003-2004– MPSCS Steeplejacks and H&S Identified training needs to include self-rescue A vendor conducted self-rescue training Per work procedure, all MPSCS Steeplejacks are trained for selfrescueHELP. CONNECT.SOLVE.

Out reach and communication 2005– DTMB H&S consulted with various Fire Departmentsthroughout the State of Michigan– To assess whether or not any had a “High Angle Rope RescueTeam” H&S Safety found that only a handful of these teams existed H&S met w/Grand Rapids Fire, Lansing Fire, Comstock Park Fire todiscuss Communication Tower Rescues for DTMB-MPSCS. They were already in the process of developing specialized roperescue teams MPSCS invited them to practice on MPSCS owned and maintainedtowersHELP. CONNECT.SOLVE.

Building Partnerships 2009 Partnership between SOM and MUSAR Region 1team– Conduct mutual training– Share techniques– Compare rescue equipment– Refine the MPSCS self-rescue program To create a program much like the following link– https://www.youtube.com/watch?v aujpgZPsaQMHELP. CONNECT.SOLVE.

Incidents happening across the United StatesHELP. CONNECT.SOLVE.

Our 1st mutual training on a tower sparksconversations then September 2012– MPSCS, MUSAR-Region 1, andDTMB H&S– Vanderbilt, Michigan– All parties included talked aboutremote tower locations, limitedlocal resources for high angle roperescue etc https://www.youtube.com/watch?v JWviip6MXugHELP. CONNECT.SOLVE.

MUSAR’s 1st deployment for rope rescue shortlyafter our training in VanderbiltHELP. CONNECT.SOLVE.

More partnership developments with MSP Aviation 2013– MPSCS and H&S developed procedures for activating the MSPAviation Unit and Region 1 USAR to assist if needed for aSteeplejack rescue 2013/2014– MPSCS, MUSAR Region 1 and H&S complete annual trainingevolutions for rescue– Groups obtained compatible rescue equipment May 2014 activated a training session in Gaylord– Unable to fly due to weather– Simulated rescue without flyingHELP. CONNECT.SOLVE.

1st attempt at using MSP aviation for a scenario inGaylordHELP. CONNECT.SOLVE.

Videos https://www.youtube.com/watch?v I9v4tee7zD8– Video of a person on the top of a wind turbine https://www.youtube.com/watch?v 8lWTQdHEazg– Tour of a wind turbine from bottom to top https://www.youtube.com/watch?v XRPvmUomVNA– Video of simulated rescue from a communications tower doneby MPSCS, MUSAR Region 1, Eaton County Central Dispatch andMSP AviationHELP. CONNECT.SOLVE.

Summary Spring 2017 A full scenario was completed with a fly in of theMUSAR Region 1 team for a tower rescue. (Video at thebeginning of this presentation) Community outreach and communicate with structure owners tosee if they have self-rescue programs or a rescue plan Work with county emergency managers to see what MUSARRegions have for high angle rescue, technical rescue, resourcesetc. Develop internal processes for notifying specialized rescue teamsand activating rescues. Market the resources to local EMS andFire Service organizationsHELP. CONNECT.SOLVE.

MUSAR Region 1 team for a tower rescue. (Video at the beginning of this presentation) Community outreach and communicate with structure owners to see if they have self-rescue programs or a rescue plan Work with county emergency managers to see what MUSAR Regions have for high angle rescue

Related Documents:

Before measuring an angle, it is helpful to estimate the measure by using benchmarks, such as a right angle and a straight angle. For example, to estimate the measure of the blue angle below, compare it to a right angle and to a straight angle. 90 angle 180 angle A right angle has a measure of 90

An angle is said to be an obtuse angle if it is greater than 90 but is less than 120 . Straight Angle An angle whose measure is 180 is a straight angle. This angle got its name as it forms a straight line. AOB is a straight angle. Reflex Angle A reflex angle

Once the measure of an angle is known, the angle can be classified as one of three types of angles. These types are defined in relation to a right angle. Types of Angles A right angle m A 90 acute angle 0 m A 90 A obtuse angle 90 m A 180 A Angle Measure

Vertical Angles: Two angles whose sides form two pairs of opposite rays. Acute Angle: An angle less than 90 degrees. Obtuse Angle: An angle greater than 90 degrees. Right Angle: An angle equal to 90 degrees. Straight Angle: An angle equal to 180 degrees. Midpoint: The point that divide

Prove few of the basic trigonometric identities. BACKGROUND: Reference Angle: For any given angle, its reference angle is the corresponding acute version of that angle. The reference angle is the smallest angle between the terminal side and the X-axis. Figure 1 shows the concept of a reference angle.

2.-Taking P dot on r as the vertex, indicate the resulting angle for the angle subtraction: A - B. 3.-Taking P dot on r as the vertex, indicate the resulting angle for the following operation: A B - C. 4.-Draw the angle bisector of the given angle. 1.-Taking P dot on r as the vertex, indicate the resulting angle for the angle addition: A B. P r A B A B C A B

Aug 18, 2015 · Measure and classify angles. Identify and use congruent angles and the bisector of an angle. Discover relationships between special pair of angles. Vocabulary Degree, ray, angle, sides, vertex, interior, exterior, right angle, acute angle, obtuse angle, angle bisector. Adjacent angles, linear pair angles, vertical ang

MICHIGAN STRATEGIC FUND MEMORANDUM DATE: March 15, 2022 TO: The Honorable Gretchen Whitmer, Governor of Michigan Members of the Michigan Legislature FROM: Quentin L. Messer Jr., President, Michigan Strategic Fund SUBJECT: FY 2021 MSF/MEDC Annual Report The Michigan Strategic Fund (MSF) is required to submit an annual report to the governor and the Michigan