The document provides information on pedestrian crossings and accessibility for people with disabilities. It discusses the types of pedestrians and disabilities, relevant legislation and standards, different types of crossings (uncontrolled, zebra, wombat, pelican/puffin, signalized intersections), and challenges in ensuring crossings are accessible. Key aspects that help ensure accessibility are proper installation of kerb ramps, tactile ground surface indicators, adequate crossing times at signalized intersections, and maintaining a continuous accessible path of travel. The document emphasizes that crossings should be designed with consideration for all types of pedestrians, including those with physical, sensory, intellectual and other disabilities.
1) Hospitals and medical facilities must provide accessible care for patients with disabilities by ensuring entrances, hallways, exam rooms, and other areas comply with universal design standards. This includes automatic doors, ramps, grab bars, and adjustable equipment.
2) Exam rooms should have enough clear floor space to accommodate wheelchairs and lifts, doors and surfaces at accessible heights, and adjustable exam tables low enough to transfer onto safely.
3) Accessible medical equipment like adjustable exam tables, portable lifts, and accessible scales ensure patients with disabilities can receive equivalent care. Proper transfer techniques and clearance for lifts and wheelchairs are important in exam rooms and procedures.
The document provides guidelines for ensuring barrier-free access for people with disabilities in various building environments. It recommends that adequate space be provided for wheelchair users and mobility devices. Entrances, corridors, ramps, stairs, lifts, and toilets should all be designed to accommodate wheelchairs. Features like door widths, grab bars, railings, signage, and non-slip flooring are addressed. Parking spaces, seating areas, and play areas should also be accessible. The objective is to enable independent functioning and participation in everyday activities without assistance.
This document discusses anthropometric design considerations for physically disabled people in both urban and architectural design. It covers five main types of physical disabilities and considers design elements like pathways, curb ramps, parking, stairs, railings, doors, and restrooms. The guidelines provide recommendations on dimensions, slopes, markings, and other features to ensure accessibility for wheelchair users, people with limited mobility or vision, and others. It emphasizes the importance of unobstructed routes, handrails, non-slip surfaces, and clear signage or markings to safely guide all users.
This topic is meant for the study purpose for the final year undergraduate Physiotherapy students, who are studying under The Tamilnadu Dr.MGR Medical University (Govt University).
It is very important to implement barrier free environment at all public & private places/ commercial & non commercial places for easy mobility and transfer of person affected with any kind of disability. this presentation give you some guideline in creating barrier free environment in constructing building, home, parking areas.
Described in details about the guidelines and available tools to create all round accessibility for disabled persons. Here, Barriers implies architectural, transportation system and communication system barriers.
The document provides an introduction to barrier free design and standards for accessibility. It discusses the needs of people with various disabilities including hearing, visual, and mobility impairments. Design requirements are outlined to ensure accessibility for the deaf or hard of hearing through visual signage, and for those with limited or no vision through tactile guidance blocks and braille. Standards are also described for wheelchair users and those with semi-ambulatory disabilities, focusing on clear widths, ramp slopes, handrails, and transfer spaces.
1) Hospitals and medical facilities must provide accessible care for patients with disabilities by ensuring entrances, hallways, exam rooms, and other areas comply with universal design standards. This includes automatic doors, ramps, grab bars, and adjustable equipment.
2) Exam rooms should have enough clear floor space to accommodate wheelchairs and lifts, doors and surfaces at accessible heights, and adjustable exam tables low enough to transfer onto safely.
3) Accessible medical equipment like adjustable exam tables, portable lifts, and accessible scales ensure patients with disabilities can receive equivalent care. Proper transfer techniques and clearance for lifts and wheelchairs are important in exam rooms and procedures.
The document provides guidelines for ensuring barrier-free access for people with disabilities in various building environments. It recommends that adequate space be provided for wheelchair users and mobility devices. Entrances, corridors, ramps, stairs, lifts, and toilets should all be designed to accommodate wheelchairs. Features like door widths, grab bars, railings, signage, and non-slip flooring are addressed. Parking spaces, seating areas, and play areas should also be accessible. The objective is to enable independent functioning and participation in everyday activities without assistance.
This document discusses anthropometric design considerations for physically disabled people in both urban and architectural design. It covers five main types of physical disabilities and considers design elements like pathways, curb ramps, parking, stairs, railings, doors, and restrooms. The guidelines provide recommendations on dimensions, slopes, markings, and other features to ensure accessibility for wheelchair users, people with limited mobility or vision, and others. It emphasizes the importance of unobstructed routes, handrails, non-slip surfaces, and clear signage or markings to safely guide all users.
This topic is meant for the study purpose for the final year undergraduate Physiotherapy students, who are studying under The Tamilnadu Dr.MGR Medical University (Govt University).
It is very important to implement barrier free environment at all public & private places/ commercial & non commercial places for easy mobility and transfer of person affected with any kind of disability. this presentation give you some guideline in creating barrier free environment in constructing building, home, parking areas.
Described in details about the guidelines and available tools to create all round accessibility for disabled persons. Here, Barriers implies architectural, transportation system and communication system barriers.
The document provides an introduction to barrier free design and standards for accessibility. It discusses the needs of people with various disabilities including hearing, visual, and mobility impairments. Design requirements are outlined to ensure accessibility for the deaf or hard of hearing through visual signage, and for those with limited or no vision through tactile guidance blocks and braille. Standards are also described for wheelchair users and those with semi-ambulatory disabilities, focusing on clear widths, ramp slopes, handrails, and transfer spaces.
A barrier-free environment is a basic right of all. It is not a matter of choice or option or be an aspect of sympathy.
Not allowing a person equal opportunities and participation is an infringement on his/ her rights as a citizen of this country.
Barrier-free design, therefore, is a professional obligation as well as a societal commitment of design professionals.
The document discusses barrier free design and universal design. It aims to provide an accessible environment for all people, regardless of ability, through inclusive design. Key points include:
- The goal is for everyone to access and participate in everyday activities independently without assistance.
- Accessible design benefits all people, not just those with disabilities. It is now recognized as a basic necessity.
- Inclusive design considers the needs of people with physical, sensory, and cognitive disabilities as well as other groups like the elderly.
- Accessible features include appropriate widths, slopes, railings, signage, and more to accommodate wheelchairs and other mobility devices.
The document provides guidelines for barrier-free accessible washroom design. It outlines dimensions for pathways, wheelchairs, and wheelchair maneuvering spaces. Target groups for accessibility include wheelchair users, those with limited mobility, blind/low vision, and deaf individuals. Guidelines are given for bathroom layouts, shower stalls, grab bars, and fixtures like toilets, sinks, and doors. Dimensions are specified to ensure usability by people of varying abilities. Proper design can make washrooms accessible to the widest range of people.
This document discusses barrier free environments and design. It defines a barrier free environment as one that enables people with disabilities, the elderly, and children to move about safely and freely. The goal is to provide an accessible environment for independent functioning. It identifies common barriers like stairs and lack of ramps. It also outlines design requirements for public buildings like cinemas to ensure accessibility, including requirements for parking, ramps, seating, signage, and restrooms. Specific guidelines are provided for the width of paths, slopes of ramps, clearances for doors and hallways, and other accessibility features.
a short assignment done regarding the universal design for the disabled at the Pusat Kebudayaan dan Kesenian Sultan Salahuddin Abdul Aziz Shah (PKKSSAAS), UPM. survey and investigate the present situation (2012) in social design for university campus facilities - the environment, built environment and transportation passages.
The document discusses guidelines for designing accessible buildings for differently abled people. It provides an introduction to the need for inclusive design and standards to ensure dignity and independence. It then presents data on the needs of people with mobility issues, universal design principles, and design considerations for elements like parking, access routes, ramps, stairs, lifts, toilets and signage. Three case studies of accessible buildings are described and compared. The conclusion emphasizes that accessible design requires a positive ambience through functionality and following regulations to allow full participation.
The document describes the accessibility features at Penguin Parade facilities for people of all abilities, including a large disabled parking area, ramped access throughout the visitor center and viewing areas, interpretive displays at wheelchair height, a courtesy buggy to assist those needing help to viewing areas, wide and level connecting boardwalks, designated wheelchair areas for general and underground viewing, and easy wheelchair access for prime penguin viewing at the Penguins Plus area.
The document discusses barrier-free and inclusive design. It notes that over 1 billion people with disabilities face barriers that exclude them from equal participation in society due to physical, social, economic, and attitudinal barriers. Proper barrier-free design aims to provide an environment that supports independent functioning and participation in everyday activities for all. Key aspects of barrier-free design include considerations for mobility, vision, hearing, speech, and cognitive impairments. Public and private spaces need to be designed to ensure accessibility for people with disabilities.
This document discusses accessibility standards and design considerations for people with disabilities. It covers types of disabilities like non-ambulatory, semi-ambulatory, sight and hearing disabilities. It provides guidelines on mobility devices, controls, construction standards, parking, entrances, lifts, toilets and signage to make the built environment accessible. The goal is to ensure barrier-free access and independent functioning for people with disabilities in public buildings and facilities.
This document discusses features that should be included in buildings and public spaces to make them accessible for people with disabilities. It identifies five major types of disabilities - sightlessness, partial sightedness, wheelchair users, limited mobility, and hearing impairment. It emphasizes that barrier-free design is essential to allow equal access for disabled people. The document then provides design guidelines and construction standards for various elements like entrances, passages, doors, windows, stairs, parking, walks, toilets and more. It stresses that removing barriers promotes safety and participation for all.
This document discusses features that should be included in buildings and public spaces to make them accessible for people with disabilities. It identifies five major types of disabilities - sightlessness, partial sightedness, wheelchair users, limited mobility, and hearing impairment. It emphasizes that barrier-free design is essential to allow equal access for disabled people. The document then provides design guidelines and construction standards for various elements like entrances, passages, doors, windows, stairs, parking, walks, toilets and more. It stresses that removing barriers promotes safety and participation for all.
The document provides information on street manuals and guidelines for designing streets that accommodate all users. It was prepared by a collaboration of organizations focused on transportation, public health, and community development. The manual discusses elements of street design including networks, cross-sections, intersections, and facilities for walking, biking and transit users. Design is guided by principles of safety, access and equity for people of all ages and abilities.
This document discusses slips, trips and falls (STFs), including causes, costs, prevention methods, and OSHA regulations. It notes that STFs are a leading cause of workplace injuries and can be costly for employers and workers. Common causes include wet or cluttered floors, poor housekeeping, and uneven walking surfaces. The document outlines OSHA regulations regarding floor openings, railings, stairs, and portable ladders. It emphasizes the importance of workplace design, good housekeeping, safe walking practices, proper footwear, and learning fall techniques to help prevent STFs.
This document discusses slips, trips and falls (STFs), including causes, costs, prevention methods, and OSHA regulations. It notes that STFs are a leading cause of workplace injuries and can be costly for employers and workers. Common causes include wet or cluttered floors, poor housekeeping, and uneven or slippery surfaces. The document outlines OSHA regulations regarding floor openings, railings, stairs, and portable ladders. It emphasizes the importance of workplace design, good housekeeping, proper footwear, and fall prevention techniques in minimizing STF risks.
This document provides information on defensive driving techniques. It begins by defining defensive driving as driving to save lives, time and money despite road conditions and other drivers' actions. It then lists statistics on road accidents in India and discusses common accident spots and black spots. It provides tips for drivers such as being aware of fatigue, following traffic rules, and not driving under the influence. It also discusses best practices for other road users, vehicle inspections, handling emergencies, and developing a defensive driving attitude.
The document discusses the typical elements that make up the cross-section of a road, including the traveled way, roadway, median, shoulders, kerb, traffic barriers, drainage channels, and side slopes. It provides details on the purpose and design considerations for each element, such as recommended widths for different road types. The key factors in selecting appropriate cross-section elements are the expected traffic volumes and composition, as well as safety and physical constraints of the area where the road is located.
This document provides guidelines for traffic signal design and operation. It discusses:
1. Signal types including fixed time, vehicle actuated, and semi-vehicle actuated signals. Signal displays include green, amber, and red indications.
2. Warrants for signal installation based on minimum vehicular or pedestrian volumes, interruption of traffic flow, or accident experience.
3. Design considerations like signal height, location, size of lenses, and maintenance procedures. Traffic data collection and site conditions should also be analyzed.
4. Coordinated signal timing using time-distance diagrams to allow continuous traffic flow at a predetermined speed along a route with multiple signals.
The document discusses the characteristics of drivers, pedestrians, vehicles, and roads that are important for highway transportation design. It covers topics like driver characteristics that vary with age and abilities. Pedestrian characteristics like walking speed are also discussed. Visual abilities and limitations of drivers are explained, along with reaction times. Static characteristics of different types of vehicles are presented, including dimensions and weight limits. Designing highways requires considering the characteristics of the expected types of users and vehicles.
A barrier-free environment is a basic right of all. It is not a matter of choice or option or be an aspect of sympathy.
Not allowing a person equal opportunities and participation is an infringement on his/ her rights as a citizen of this country.
Barrier-free design, therefore, is a professional obligation as well as a societal commitment of design professionals.
The document discusses barrier free design and universal design. It aims to provide an accessible environment for all people, regardless of ability, through inclusive design. Key points include:
- The goal is for everyone to access and participate in everyday activities independently without assistance.
- Accessible design benefits all people, not just those with disabilities. It is now recognized as a basic necessity.
- Inclusive design considers the needs of people with physical, sensory, and cognitive disabilities as well as other groups like the elderly.
- Accessible features include appropriate widths, slopes, railings, signage, and more to accommodate wheelchairs and other mobility devices.
The document provides guidelines for barrier-free accessible washroom design. It outlines dimensions for pathways, wheelchairs, and wheelchair maneuvering spaces. Target groups for accessibility include wheelchair users, those with limited mobility, blind/low vision, and deaf individuals. Guidelines are given for bathroom layouts, shower stalls, grab bars, and fixtures like toilets, sinks, and doors. Dimensions are specified to ensure usability by people of varying abilities. Proper design can make washrooms accessible to the widest range of people.
This document discusses barrier free environments and design. It defines a barrier free environment as one that enables people with disabilities, the elderly, and children to move about safely and freely. The goal is to provide an accessible environment for independent functioning. It identifies common barriers like stairs and lack of ramps. It also outlines design requirements for public buildings like cinemas to ensure accessibility, including requirements for parking, ramps, seating, signage, and restrooms. Specific guidelines are provided for the width of paths, slopes of ramps, clearances for doors and hallways, and other accessibility features.
a short assignment done regarding the universal design for the disabled at the Pusat Kebudayaan dan Kesenian Sultan Salahuddin Abdul Aziz Shah (PKKSSAAS), UPM. survey and investigate the present situation (2012) in social design for university campus facilities - the environment, built environment and transportation passages.
The document discusses guidelines for designing accessible buildings for differently abled people. It provides an introduction to the need for inclusive design and standards to ensure dignity and independence. It then presents data on the needs of people with mobility issues, universal design principles, and design considerations for elements like parking, access routes, ramps, stairs, lifts, toilets and signage. Three case studies of accessible buildings are described and compared. The conclusion emphasizes that accessible design requires a positive ambience through functionality and following regulations to allow full participation.
The document describes the accessibility features at Penguin Parade facilities for people of all abilities, including a large disabled parking area, ramped access throughout the visitor center and viewing areas, interpretive displays at wheelchair height, a courtesy buggy to assist those needing help to viewing areas, wide and level connecting boardwalks, designated wheelchair areas for general and underground viewing, and easy wheelchair access for prime penguin viewing at the Penguins Plus area.
The document discusses barrier-free and inclusive design. It notes that over 1 billion people with disabilities face barriers that exclude them from equal participation in society due to physical, social, economic, and attitudinal barriers. Proper barrier-free design aims to provide an environment that supports independent functioning and participation in everyday activities for all. Key aspects of barrier-free design include considerations for mobility, vision, hearing, speech, and cognitive impairments. Public and private spaces need to be designed to ensure accessibility for people with disabilities.
This document discusses accessibility standards and design considerations for people with disabilities. It covers types of disabilities like non-ambulatory, semi-ambulatory, sight and hearing disabilities. It provides guidelines on mobility devices, controls, construction standards, parking, entrances, lifts, toilets and signage to make the built environment accessible. The goal is to ensure barrier-free access and independent functioning for people with disabilities in public buildings and facilities.
This document discusses features that should be included in buildings and public spaces to make them accessible for people with disabilities. It identifies five major types of disabilities - sightlessness, partial sightedness, wheelchair users, limited mobility, and hearing impairment. It emphasizes that barrier-free design is essential to allow equal access for disabled people. The document then provides design guidelines and construction standards for various elements like entrances, passages, doors, windows, stairs, parking, walks, toilets and more. It stresses that removing barriers promotes safety and participation for all.
This document discusses features that should be included in buildings and public spaces to make them accessible for people with disabilities. It identifies five major types of disabilities - sightlessness, partial sightedness, wheelchair users, limited mobility, and hearing impairment. It emphasizes that barrier-free design is essential to allow equal access for disabled people. The document then provides design guidelines and construction standards for various elements like entrances, passages, doors, windows, stairs, parking, walks, toilets and more. It stresses that removing barriers promotes safety and participation for all.
The document provides information on street manuals and guidelines for designing streets that accommodate all users. It was prepared by a collaboration of organizations focused on transportation, public health, and community development. The manual discusses elements of street design including networks, cross-sections, intersections, and facilities for walking, biking and transit users. Design is guided by principles of safety, access and equity for people of all ages and abilities.
This document discusses slips, trips and falls (STFs), including causes, costs, prevention methods, and OSHA regulations. It notes that STFs are a leading cause of workplace injuries and can be costly for employers and workers. Common causes include wet or cluttered floors, poor housekeeping, and uneven walking surfaces. The document outlines OSHA regulations regarding floor openings, railings, stairs, and portable ladders. It emphasizes the importance of workplace design, good housekeeping, safe walking practices, proper footwear, and learning fall techniques to help prevent STFs.
This document discusses slips, trips and falls (STFs), including causes, costs, prevention methods, and OSHA regulations. It notes that STFs are a leading cause of workplace injuries and can be costly for employers and workers. Common causes include wet or cluttered floors, poor housekeeping, and uneven or slippery surfaces. The document outlines OSHA regulations regarding floor openings, railings, stairs, and portable ladders. It emphasizes the importance of workplace design, good housekeeping, proper footwear, and fall prevention techniques in minimizing STF risks.
This document provides information on defensive driving techniques. It begins by defining defensive driving as driving to save lives, time and money despite road conditions and other drivers' actions. It then lists statistics on road accidents in India and discusses common accident spots and black spots. It provides tips for drivers such as being aware of fatigue, following traffic rules, and not driving under the influence. It also discusses best practices for other road users, vehicle inspections, handling emergencies, and developing a defensive driving attitude.
The document discusses the typical elements that make up the cross-section of a road, including the traveled way, roadway, median, shoulders, kerb, traffic barriers, drainage channels, and side slopes. It provides details on the purpose and design considerations for each element, such as recommended widths for different road types. The key factors in selecting appropriate cross-section elements are the expected traffic volumes and composition, as well as safety and physical constraints of the area where the road is located.
This document provides guidelines for traffic signal design and operation. It discusses:
1. Signal types including fixed time, vehicle actuated, and semi-vehicle actuated signals. Signal displays include green, amber, and red indications.
2. Warrants for signal installation based on minimum vehicular or pedestrian volumes, interruption of traffic flow, or accident experience.
3. Design considerations like signal height, location, size of lenses, and maintenance procedures. Traffic data collection and site conditions should also be analyzed.
4. Coordinated signal timing using time-distance diagrams to allow continuous traffic flow at a predetermined speed along a route with multiple signals.
The document discusses the characteristics of drivers, pedestrians, vehicles, and roads that are important for highway transportation design. It covers topics like driver characteristics that vary with age and abilities. Pedestrian characteristics like walking speed are also discussed. Visual abilities and limitations of drivers are explained, along with reaction times. Static characteristics of different types of vehicles are presented, including dimensions and weight limits. Designing highways requires considering the characteristics of the expected types of users and vehicles.
This presentation summarizes the results of a roadway condition survey conducted along the route from Panthapath to Russell Square in Dhaka, Bangladesh. The survey assessed various aspects of the road's geometric, operating, and surface conditions. It was found that the road width varied and was not uniform, intersections were in need of signal upgrades, the median and channels were in poor condition, street lighting and signs/markings needed improvement, and there were issues with blocked footpaths and illegal parking reducing the effective roadway width. Recommendations included conducting regular maintenance, improving signs and markings, clearing obstructions, restricting certain turns and providing better pedestrian facilities.
Types of intersection of road and design parameters of road intersectionwaiseee
This document provides information about types of road intersections and design parameters. It discusses two main types of intersections: grade-separated intersections which use bridges or tunnels to separate opposing traffic, and at-grade intersections where traffic crosses at the same level. Several specific intersection designs are described such as diamond, cloverleaf, and roundabout. Key design parameters for pedestrians, bicyclists, vehicles, and traffic control are also outlined.
This document discusses the construction and use of interlocking concrete blocks for footpaths. It defines pedestrians as people who walk, sit, or use mobility aids in public spaces. It then covers design standards for footpath width, surface quality, and continuity. Interlocking concrete blocks are described as a paving material that can restrict vehicle speeds and is easy to install and maintain. Dimensions, types, and the process of laying interlocking blocks are also outlined. The document provides details on materials like sand for bedding and filling joints between blocks.
This document discusses various elements of road design including medians, kerbs, and road margins. It describes the functions of medians as dividing opposing traffic lanes to prevent head-on collisions and optionally serving other purposes like channelizing traffic. Kerbs delineate the roadway and come in different heights and designs for various purposes. Road margins include shoulders for emergency stopping, footpaths, guardrails, and embankment slopes designed for safety and stability.
This document discusses various aspects of traffic operation and management, including traffic control devices, road markings, traffic signs, and traffic signals. It describes the purpose and types of these devices, and how they are used to regulate traffic flow, minimize accidents, and ensure safety. Methods of conducting speed studies are also summarized, along with factors that influence vehicle speed.
Partnerships for the Total Transit System APTA Multimodal 2013 Final 5-5-2013zataraik
This document discusses how partnerships between transit agencies and other organizations can improve the total transit system. It focuses on how land use, street design, and the pedestrian environment must come together with the transit network. The document highlights examples of partnerships that have improved pedestrian safety and accessibility near transit stops through sidewalk additions, crosswalks, and other street improvements. It emphasizes that every transit customer is first a pedestrian and that partnerships can help address pedestrian needs and barriers to using transit.
Similar to Edward Rose - Accessibility at Crossing Points Presentation Feb 2013 (20)
Information and Communication Technology in EducationMJDuyan
(𝐓𝐋𝐄 𝟏𝟎𝟎) (𝐋𝐞𝐬𝐬𝐨𝐧 2)-𝐏𝐫𝐞𝐥𝐢𝐦𝐬
𝐄𝐱𝐩𝐥𝐚𝐢𝐧 𝐭𝐡𝐞 𝐈𝐂𝐓 𝐢𝐧 𝐞𝐝𝐮𝐜𝐚𝐭𝐢𝐨𝐧:
Students will be able to explain the role and impact of Information and Communication Technology (ICT) in education. They will understand how ICT tools, such as computers, the internet, and educational software, enhance learning and teaching processes. By exploring various ICT applications, students will recognize how these technologies facilitate access to information, improve communication, support collaboration, and enable personalized learning experiences.
𝐃𝐢𝐬𝐜𝐮𝐬𝐬 𝐭𝐡𝐞 𝐫𝐞𝐥𝐢𝐚𝐛𝐥𝐞 𝐬𝐨𝐮𝐫𝐜𝐞𝐬 𝐨𝐧 𝐭𝐡𝐞 𝐢𝐧𝐭𝐞𝐫𝐧𝐞𝐭:
-Students will be able to discuss what constitutes reliable sources on the internet. They will learn to identify key characteristics of trustworthy information, such as credibility, accuracy, and authority. By examining different types of online sources, students will develop skills to evaluate the reliability of websites and content, ensuring they can distinguish between reputable information and misinformation.
🔥🔥🔥🔥🔥🔥🔥🔥🔥
إضغ بين إيديكم من أقوى الملازم التي صممتها
ملزمة تشريح الجهاز الهيكلي (نظري 3)
💀💀💀💀💀💀💀💀💀💀
تتميز هذهِ الملزمة بعِدة مُميزات :
1- مُترجمة ترجمة تُناسب جميع المستويات
2- تحتوي على 78 رسم توضيحي لكل كلمة موجودة بالملزمة (لكل كلمة !!!!)
#فهم_ماكو_درخ
3- دقة الكتابة والصور عالية جداً جداً جداً
4- هُنالك بعض المعلومات تم توضيحها بشكل تفصيلي جداً (تُعتبر لدى الطالب أو الطالبة بإنها معلومات مُبهمة ومع ذلك تم توضيح هذهِ المعلومات المُبهمة بشكل تفصيلي جداً
5- الملزمة تشرح نفسها ب نفسها بس تكلك تعال اقراني
6- تحتوي الملزمة في اول سلايد على خارطة تتضمن جميع تفرُعات معلومات الجهاز الهيكلي المذكورة في هذهِ الملزمة
واخيراً هذهِ الملزمة حلالٌ عليكم وإتمنى منكم إن تدعولي بالخير والصحة والعافية فقط
كل التوفيق زملائي وزميلاتي ، زميلكم محمد الذهبي 💊💊
🔥🔥🔥🔥🔥🔥🔥🔥🔥
Elevate Your Nonprofit's Online Presence_ A Guide to Effective SEO Strategies...TechSoup
Whether you're new to SEO or looking to refine your existing strategies, this webinar will provide you with actionable insights and practical tips to elevate your nonprofit's online presence.
Level 3 NCEA - NZ: A Nation In the Making 1872 - 1900 SML.pptHenry Hollis
The History of NZ 1870-1900.
Making of a Nation.
From the NZ Wars to Liberals,
Richard Seddon, George Grey,
Social Laboratory, New Zealand,
Confiscations, Kotahitanga, Kingitanga, Parliament, Suffrage, Repudiation, Economic Change, Agriculture, Gold Mining, Timber, Flax, Sheep, Dairying,
2. Topics to be covered
• Types of pedestrians and disabilities
• Background Legislation and Standards
• Types of crossing
• Challenges - getting it right
• Away from a crossing – along the path
3. Types of Pedestrians and Disabilities
Everyone including people with the following;
•Physical – affecting mobility and or / person’s ability to use their upper or lower body
•Sensory – Affecting the senses eg vision and / or hearing
•Neurological – Affecting a persons ability to control their movement due to the disorder of
the nervous system eg epilepsy / stroke
•Intellectual – Affecting judgement, ability to learn and communicate
•Cognitive – Affecting thought process, personality and memory eg injury to the brain
dementia or Alzheimer’s disease
Psychiatric – Affecting a persons emotions thought processes and behaviour, eg
schizophrenia or depression
Young Children – under 12 years of age, intellectual, psychological and sensory capacity is
limited by virtue of their age
Elderly – ageing affect the ability to function eg deteriorating eye sight and balance affect
walking speed and fields of observation
5. Prevalence
• Disabilities affect one third of the population
• 20% of the population have a disability
• 10% are carers of people with disabilities
• the likelihood of having a disability increases
with age
• more than half of all seniors have a disability
6. Disabling Condition
Of Western Australians with a disability
• nearly three quarters have a physical disability
• one in six have a mental or behavioral disorder
• one in every ten has a sensory disability (sight or vision)
• many have multiple disabilities
• can be permanent, temporary or episodic
7. Disability Discrimination Act 1992
Provides uniform protection against discrimination on
the grounds of disability
DDA Covers
• Work, accommodation, education, access to
premises, clubs and sport
• Provision of goods, facilities, services and land
• Existing laws; and
• Administration of Common laws
8. Disability Services Act 1993
(amended 2004)
Requires all state and local government
agencies to ensure that services and
facilities, provided for the general public, are
accessible to people with disabilities
11. Uncontrolled Crossing
• Pedestrians must give way to traffic
• Most basic of facilities
• Can be used with median island or without
• Grab Rails can be used
• Kerb ramps and TGSIs should be used
12. Kerb Ramps
• There should be no lip at the base
• Maximum length of 1520mm (rise 150mm)
• A clear 1330mm in the direction of travel at the top of
the ramp
• A maximum gradient of 1:10
– Preferred gradient 1:14
• Splayed sides on a 45 degree angle
• The transition angle between the kerb ramp and road
should be no less than 166 degrees so that the toe
plates of wheelchairs do not become stuck when
crossing the road.
13. Kerb Ramps
• The ramp should be aligned in the direction of travel
• TGSI’s should be installed in accordance with AS
1428.4
• The surface of the kerb ramp must be slip resistant
• No lip between ramp and surface – 5mm tolerance
allowed.
14.
15. Could do away with ramps and
have cut through, allowing
blind pedestrians to use the
kerb as a tapping rail.
16.
17.
18.
19.
20.
21. Zebra
• Formal crossing
• Drivers must give way to pedestrians on crossing
• White stripes painted on road
• Pedestrian crossing signs
22. Wombat
• Formal crossing
• Similar to Zebra
• Crossing area is raised on a hump or table
• Little or no ramp for pedestrians
• Drivers must go up and down a ramp
24. Pelican / Puffin
• Formal crossing
• Signalised with green and red man aspects
• Puffin can extend time for pedestrians as they cross
• Example outside Perth Railway Station and Perth
Royal Hospital along Wellington Street.
26. Signalised Intersections
• Can have formal pedestrian crossing
• Signalised with green and red man aspects
• Sometimes crossing distance is excessive
• Direction of crossing is not always clear
27. Signalised Crossings
• reasonable crossing times – average unimpeded free
flow walking speed 1.2 m/s (Austroads Guide to
Traffic Management Part 6 – sec 4.5.3)
• placement of pedestrian push controls should be
within 300mm of the trafficable surface of kerb ramp.
• push button tactile indicators should be mounted on
the inside of the pole immediately adjacent to the
traffic surface of the kerb ramp.
37. Tactile Ground Surface
Indicators
Types – Warning and Directional
Luminous Contrast Criteria, must be maintained
through the life of the TGSI
Comply with slip (skid) resistance
Profiles as per AS 1428.4.1
39. TGSI’s
TGSI’s are used on / when:
• Steps
• Stairs
• Ramps
• Change of Direction
• Overhead Impediment less than 2000mm
clearance in an accessible path of travel
40. TGSI’s
Shall be installed
• For the full width of an access way
• Perpendicular to the angle of approach
• Set back 300 +/- 10mm from the edge of the
hazard, except railway platforms where they
are set back 600mm
41. Continuous accessible path
of travel
• Paths shall be constructed with no lips or
steps at joints between surfaces –
construction tolerance up to 5mm is
acceptable
• Clear width on a pedestrian pathway are:
1. People with ambient disability – 1.0m
2. People who use wheelchairs – 1.2m
3. Wheelchair / pram to pass – 1.5m
4. Two wheelchairs to pass – 2.0m
42.
43.
44.
45.
46.
47.
48. When is a pedestrian crossing
not a pedestrian crossing?
49. When it is a shadow from an
overhead railway bridge!
Everyone is a pedestrian at some point.Not only vision impaired and mobility challenged due to physical or mental impairment. Young children and elderly.
Aging population and disability can be hidden.
Different types of condition with different issues.
Legislation and why this is important – legally obligated to provide accessibility.
Directly related to RSA even if private car park that public can access – walk or drive through and to.
New DAIP created for 2012-2016
TGSI – tactile ground surface indicators
TGSI – tactile ground surface indicators
TGSI – tactile ground surface indicators
KERB LIP TOO HIGH – not flush, difficult for wheelchair for example.
Cant always cross at 90 degreesGood example of colour contrast, kerbing and TGSI’s
TGSI’s pointing to the middle of the intersection – bad example
Road condition sub-standard
BAD DESIGN – no space to land at back of ramp and large open joint in concrete. – TYPE A ramp
Cut through would be better – not enough space to have ramps useable. Built as type B.
TGSI – tactile ground surface indicators
TGSI – tactile ground surface indicators
TGSI – tactile ground surface indicators
TGSI – tactile ground surface indicators
TGSI – tactile ground surface indicators
TGSI – tactile ground surface indicators
TGSI’s are placed at 90 degrees if geometry isn't.
Go to next slide.
Bad T.M.Always ensure suitable access.
Side entry gully signficantly reduces footway width and no warning for disabled person.
Bad TM again / Would post for parking be better at back of footway?
Good examples of temporary access.
Cantilevered and bright yellow for max contrast
Access to the push button. Is grab rail actually needed here? Does it hinder more than it helps?
When is a pedestrian crossing not a crossing? When it is a shadow from an overhead railway bridge! (location in London)