...Jaiswal PGDM/RM/2010-12/21 Karan Mago PGDM/RM/2010-12/31 Vinay Rawat PGDM/RM/2010-12/41 Shailesh Singh PGDM/RM/2010-12/51 INTRODUCTION Hospital industry: A very important component of Indian Healthcare valuechain. Growth rate: about 14% Size of industry: Rs. 1800 billion (2008) [estimated to grow by 2012 to Rs. 3,163 billion at 13% CAGR] Private sector-80% and Public-20% No. of hospitals in India: 15,393 hospitals (2002) having 8.75 lakh beds. According to the WHO report, India needs to add 80,000 hospital beds each year for the next 7 years to meet the demands of its growing population. Newfound prosperity of many Indian households is spurring demand for high-quality medical care, transforming the healthcare delivery sector into a profitable industry. India’s cost advantage and explosive growth of private hospitals, equipped with latest technology and skilled healthcare professionals has made it a preferred destination for medical tourism (estimated to grow into a US$2 billion industry by 2012). The key and ultimate goal of all the hospitals is the improvement of the patient’s state of health. For achieving the same, hospitals undergo a number of operations and logistics. These processes can be divided into 3 major types: 1. The core processes of the hospital like Diagnosis, Therapy etc. 2. The demand-creating patient-related support services like Drug management, Logistics of laboratory, food management, bed management). 3. Additional services...
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...TABLE OF CONTENTS INTRODUCTION 2 PART 1 – The essential elements required for formation a valid contract 3 1. Agreement 3 1.1 Offer 3 1.2 Acceptance 4 2. Consideration 5 2.1 Adequacy and Sufficiency of consideration 5 2.2 Privity of contract 5 3. Intention to create legal relations 6 3.1 Domestic arrangement 6 3.2 Commercial agreement 6 3.3 Capacity 7 PART 2 – The impact of different types of contract 8 1. Verbal contract 8 2. Written contract 8 The parol evidence rule 8 3. Implied contract 9 PART 3 – The effect and meaning of different terms of contract 10 1. Condition 10 2. Warranty 10 3. Implied term 11 CONCLUTION 12 REFERENCE 13 INTRODUCTION The assignment is the presentation about the knowledge and understanding about Aspects of Contract and Negligence for Business subjects of student. The assignment is divided into three main parts. The first part discusses about the essential elements of a valid contract, the second part discuss the impact of different types of contract and the last one demonstrates the theories applications of these term of contract in given business situation. This assignment will help student link theory to practice by applying in typical examples. It is assessed by Mr. John Andre – teacher of Aspects of Contract and Negligence for Business subjects at ITP – Banking Academy PART 1 – The essential elements required for formation a valid contract A contract is defined as an agreement which legally binds...
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...0 ICFAI UNIVERSITY Dehradun Internship Program III Report On Supply Chain & Operation Management In this report I had mentioned the brief about the Supply Chain & Operation Management production line of Different Caps & bottle, raw materials, machinery used and more. 2013 Mahaveer Prasad Mawaliya 09/12/2013 A Report A Study on the Supply Chain & Operation Management At Super Packaging Pvt. Ltd. A REPORT ON A STUDY ON THE SUPPLY CHAIN & OPERATION MANAGEMENT By Mahaveer Prasad Mawaliya ID: 101CC00047 AT Super Packaging Pvt. Ltd. An Internship Program III station of FACULTY OF SCIENCE & TECHNOLOGY The ICFAI University, Dehradun (December, 2013) A REPORT ON A STUDY ON THE SUPPLY CHAIN & OPERATION MANAGEMENT By Mahaveer Prasad Mawaliya ID: 101CC00047 Computer Science Prepared in partial fulfillment of the IP401 Internship Program – III Course AT Super Packaging Pvt. Ltd. An Internship Program III station of FACULTY OF SCIENCE & TECHNOLOGY The ICFAI University, Dehradun (December, 2013) ICFAI INSTITUTE OF SCIENCE AND TECHNOLOGY Internship Program Division Station: Super Packaging Pvt. Ltd. Center: Selvas (Dadar) Duration: From July 02, 2013 to December 14, 2013 Date of Start: July 02, 2013 Date of Submission: December 14, 2013 Title of the Project:...
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...Fire Alarm System Research – Where it’s been and where it’s going Wayne D. Moore, P.E., FSFPE Principal Hughes Associates, Inc. 2374 Post Road, Suite 102 Warwick, RI 02886 401-736-8992 Fire Alarm System Research We’ve Come A Long Way!....Or Have We? First Alarms - roving watchmen using hand bell-ringers or church sextons ringing church bells or factory steam whistles Telegraph Invented by Sam Morse in 1840s From the beginning of recorded history people have learned that early response to fires had positive results in controlling those fires. When someone discovered a fire the fire brigades and fire departments were alerted by roving watchmen using hand bell-ringers or church sextons ringing church bells or factory steam whistles. Unfortunately these systems did not provide very much detail and often directed the fire department to the wrong location. But with the advent of the telegraph, invented in the early 1840’s by Samuel F. B. Morse, firefighters were given a faster and more accurate fire reporting system. In 1847, New York became the first American city to begin construction of a municipal fire alarm system required by ordinance “to construct a line of telegraph, by setting posts in the ground, … for communicating alarms of fire from the City Hall to different fire stations, and [to] instruct the different bell-ringers in the use of said invention.” March 1851 Channing/Farmer Municipal Fire Alarm System Installed in Boston April...
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...adequacy • ETBA process can be applied at any stage of the project lifecycle & can be very useful for:– Systems design –Developing procedures(e.g., lockout--‐tagout). – Planning/judging operational readiness. – During mishap investigation or making “safe--‐to--‐enter” decisions at mishap sites. ETBA Approach • Examine system & identify all energy sources • For each energy source, trace its path through the system • Identify all targets tht could be vulnerable to the energy source • Identify all barriers in the energy flow path • Determine if existing controls are adequate. Energy Source– any material, mechanism, or process tht contains potential energy tht can be releasd •Electrical •Mechanical •Chemical •Radiation• Sonic• Thermal• Nuclear• Pneumatic• Hydraulic• Others Energy barrier --‐ any design or administrative method tht prevents energy from being releasd or prevents a hazardous energy source from reaching a vulnerable target in sufficient magnitude to cause damage or injury • Walls guardrails • Insulation • Toe boards• Shielding• Hard hats• Barricades • Procedures • Lockout/Tagout • Others Target(s)– Personnel– Equipment– Product– Productivity– Environment– Reputation– Others. Note: Unwantd energy release from a single Source may attack multiple Targets. Strategies for Managing Harmful Energy...
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...LEGEND Legend 3-Wheel Scooter Legend 4-Wheel Scooter SAFETY GUIDELINES WARNING! An authorized Pride Provider or qualified technician must perform the initial setup of this scooter and must perform all of the procedures in this manual. The symbols below are used throughout this owner's manual and on the scooter to identify warnings and important information. It is very important for you to read them and understand them completely. WARNING! Indicates a potentially hazardous condition/situation. Failure to follow designated procedures can cause either personal injury, component damage, or malfunction. On the product, this icon is represented as a black symbol on a yellow triangle with a black border. MANDATORY! These actions should be performed as specified. Failure to perform mandatory actions can cause personal injury and/or equipment damage. On the product, this icon is represented as a white symbol on a blue dot with a white border. PROHIBITED! These actions are prohibited. These actions should not be performed at any time or in any circumstances. Performing a prohibited action can cause personal injury and/or equipment damage. On the product, this icon is represented as a black symbol with a red circle and red slash. Please fill out the following information for quick reference: Pride Provider:______________________________________________________________________ Address:___________________________________________________________________________ Phone...
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...Chapter 10 Product Liability I. Definition of Product Liability Manufacturers and anyone in the chain of product distribution can be legally liable for defective products that cause injury to the purchaser, a user or bystander, or their property. Most states have adopted strict product liability, whereby an injured person may recover damages without showing that the manufacturer was negligent or otherwise at fault without a contractual relationship. II. Theories of Recovery The primary theories on which a product liability claim can be brought are breach of warranty, negligence, and strict liability. A. Breach of Warranty In a warranty action, the question is whether the quality, characteristics, and safety of the product were consistent with the implied or express representations made by the seller. 1. UCC Warranties may be either express or implied for merchantability or fitness for a particular purchase, as set forth in Chapter 8. 2. Privity of Contract Breach-of-warranty is based on contract law. Generally, an injured person to recover for a breach of warranty, he must be in a contractual relationship (privity) with the seller (a consumer or buyer of the product) and prevents recovery from bystanders not in privity with the seller. B. Negligence To prove negligence in a product liability case, plaintiff must show defendant did not use reasonable care in designing or manufacturing its product or in providing adequate warnings...
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...2/20/2015 Top 5 Robotic Applications in the Automotive Industry Robotics Industry News, Applications and Trends Official blog of the Robotiq company Emerging Applications in Robotic Industrial and Service Blog TOP 5 ROBOTIC APPLICATIONS IN THE AUTOMOTIVE INDUSTRY Posted by Mathieu BélangerBarrette on Feb 4, 2014 10:14:00 AM Tweet 16 Share 73 Like Share 25 2 For many years the automotive industry has been well known for its intensive use of industrial robotics. Since the implantation of the first industrial robots in the 1960s, a lot of things have changed. These days, the production lines need to be more efficient, flexible and precise. Many enhancements have been made on production lines over the last few years to help workers in their daily tasks. We took a look at the latest robotic applications in automotive manufacturing and here are the top 5 applications that grabbed our attention. 1) ROBOTIC VISION During the production of the 2013 Ford Escape, the company decided to introduce a robotic arm with "eyes". The laser and camera placed in an array on the robot wrist, are able to see exactly where to install the parts on the car body. By giving instant feedback to the robot; the windshields, door panels and fenders can be applied more precisely. The big innovation of this technology is that industrial robots are now able to put a proper offset on the installation of a part. Therefore, if there is any variation in the production, the robot can adapt its installation...
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...PBT Exam Study Guide 1. Circulatory system (5-10%) a. Structure & Function i. Heart: muscular organ (size of adult’s closed fist), contractions push blood throughout body, average heart beats 60-80 times per minute, 4 chambers: 2 atria & 2 ventricles. * Right heart pump | * Left heart pump | (Deoxygenated) | (Oxygenated) | Right atrium | Left atrium | Tricuspid valve | Bicuspid valve | Right ventricle | Left ventricle | Pulmonary valve | Aortic valve | lungs | body | ii. Arteries: transports blood from right & left chambers to body; large arteries branch into arterioles; carry oxygenated blood (bright red); has thick elastic walls; pulse; located deep in muscles/tissues; highly oxygenated vessels that carry blood away from heart. iii. Veins: transports blood from peripheral tissues back to heart & lungs; large veins branch into venules in peripheral tissues; carry deoxygenated blood (dark red) back to lungs to release CO2; have thinner, bluish walls; have valves to prevent back flow of blood; located deep & superficially. iv. Capillaries: connect arterioles with venules via microscopic vessels; exchange O2 and CO2, nutrients, & fluids in tissue capillaries; pass waste products from tissue cells into capillary blood, then onto removal from body; carries mixture of arteriole & venous blood. Properties | Arteries | Veins | Capillaries | Thickness of vessel wall | Thickest elastic...
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...Process Measurement Instrumentation API RECOMMENDED PRACTICE 551 FIRST EDITION, MAY 1993 American Petroleum Institute 1220 L Street, Northwest Washington, D.C. 20005 Process Measurement Instrumentation Manufacturing, Distribution and Marketing Department API RECOMMENDED PRACTICE 551 FIRST EDITION, MAY 1993 American Petroleum Institute SPECIAL NOTES 1. API PUBLICATIONS NECESSARILY ADDRESS PROBLEMS OF A GENERAL NATURE. WITH RESPECT TO PARTICULAR CIRCUMSTANCES, LOCAL, STATE, AND FEDERAL LAWS AND REGULATIONS SHOULD BE REVIEWED. 2. API IS NOT UNDERTAKING TO MEET THE DUTIES OF EMPLOYERS, MANUFACTURERS, OR SUPPLIERS TO WARN AND PROPERLY TRAIN AND EQUIP THEIR EMPLOYEES, AND OTHERS EXPOSED, CONCERNING HEALTH AND SAFETY RISKS AND PRECAUTIONS, NOR UNDERTAKING THEIR OBLIGATIONS UNDER LOCAL, STATE, OR FEDERAL LAWS. 3. INFORMATION CONCERNING SAFETY AND HEALTH RISKS AND PROPER PRECAUTIONS WITH RESPECT TO PARTICULAR MATERIALS AND CONDITIONS SHOULD BE OBTAINED FROM THE EMPLOYER, THE MANUFACTURER OR SUPPLIER OF THAT MATERIAL, OR THE MATERIAL SAFETY DATA SHEET. 4. NOTHING CONTAINED IN ANY API PUBLICATION IS TO BE CONSTRUED AS GRANTING ANY RIGHT, BY IMPLICATION OR OTHERWISE, FOR THE MANUFACTURE, SALE, OR USE OF ANY METHOD, APPARATUS, OR PRODUCT COVERED BY LETTERS PATENT. NEITHER SHOULD ANYTHING CONTAINED IN THE PUBLICATION BE CONSTRUED AS INSURING ANYONE AGAINST LIABILITY FOR INFRINGEMENT OF LETTERS PATENT. 5. GENERALLY, API STANDARDS ARE REVIEWED AND REVISED, REAFFIRMED, OR...
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...BODY WELDING - CAN IT BE FLEXIBLE? BODY WELDING - CAN IT BE FLEXIBLE? Some 250~300 pressed panels from in-house and vendor facilities are brought to different subassembly stations of Body Weld Shop. Subassemblies of pressed components are carried out mainly by resistance welding and other joining methods in a planned sequence at number of stations. Some subassemblies are done in off-line manufacturing cells and fed in at appropriate locations into the main assembly line. Fig. 6.1 shows a layout of a typical Body Weld Shop. Front end, rear floor, and front floor, are transported to underbody body line, where all these are welded together in sequence to form the floor structure. Underbody is then transferred to main body welding station. Right hand and left hand body side panels are brought from two sides to main body weld station, after completion of all subassembly operations in separate lines. Preframing of body structure is carried out on special fixture. At same or next station, roof is added to form the body shell, Fig. 6.2. Thereafter, rear doors, front fenders, hood and decklid/ tailgate fitments are carried out to complete the body-inWhite. If necessary, a metal finish line may be added for minor repair of Body-in-White before it moves for painting. Fig. 6.3 illustrates the sequences of subassemblies and the main body weld. Typically, Body weld shop activities cover fixturing, welding, and transportation between the work stations, and the related support services....
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...composed of polymer coated subunits namely pellets; which are embedded in an inert excipients matrix designed to overcome the difficulties in administering capsules and improved physico-chemical stability compared to suspensions. The functional coating like drug coating, barrier coating, enteric polymer coating is usually applied in a fluid bed coating processor provides each subunit with the characteristic desired drug release properties. The size, shape and surface morphology of the pellets to be coated are the prerequisites for coating of pellets. Design of MUPS involves formulating pellets by different techniques and further compression of these pellets into rapidly disintegrating tablets; disintegrate rapidly in the oral cavity for the delivery of coated pellets into the gastrointestinal tract or the site of release of the drug. In spite of the challenges like content uniformity of the compressed tablets, ability of the film to withstand compression force. MUPS occupy a prominent role in formulating drugs due to their greater patient compliance, process, formulation and therapeutic advantages. A design principle of increasing importance for sustained, controlled, delayed, site specific or pulsatile release preparations is the compaction of coated particles into disintegrating multiple unit tablets. One challenge in the production of disintegrating multiple unit tablets is maintaining the modified drug release after compaction, as the application of the compaction pressure can...
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...diomyopathy Topic presentation on Cardiomyopathy Topic presentation on Cardiomyopathy INDEX S.N | CONTENT | PG.NO | 1 | Introduction | 5 | 2 | Definition Cardiomyopathy | 5 | 3 | Classification | 6 | 4 | Risk Factors | 7 | 5 | Clinical Manifestations | 7 | 6 | Diagnostic Evaluation | 7-9 | 7 | Dilated CardiomyopathyDefinition,Charecteristics,Types , Causes,Diagnostic Evaluation,Pathophysiology,Clinical Manifestations,Medical Management | 10-17 | 8 | Hypertrophic CardiomyopathyIncidence,Causes,Charecteristics,Clinical Manifestations,Medical And Nursing Management | 18-21 | 9 | Restrictive Cardiomyopathy-Other Names,Causes,Pathophysiology,Clinical Manifestations,Diagnostic Evaluation,Medical Management | 23-26 | 10 | Surgical management | 27-32 | 11 | Prevention | | 12 | Nursing Management,Home Care Management | 32-40 | 13 | Complications | 40-42 | 14 | Conclusion | 42 | 15 | Research Abstract | 42-43 | 16 | References | 44 | GENERAL OBJECTIVE: On completion of the course the students aquires indepth knowledge regarding cardiomyopathy and able to apply this knowledge with a positive attitude. SPECIFIC OBJECTIVE: On completion of the course the students are able to ...
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...Edition: 1.1 February 2002 Distance Education Course ML–302.5 Marine Terminal Operations Unit 1 Marine Terminals The three lessons in this unit will cover the topics of: • the role and function of marine terminals • terminal development • operational planning • civil engineering aspects of terminal design. Module B: Certificate in Maritime Logistics Diploma in Shipping Logistics—Jamaica Maritime Institute 1−1 Unit 1: Marine terminals Marine Terminal Operations Unit 1 ...........Activities and expectations Agenda To complete this unit, you will: • Read and study the text in this unit and any assigned passages in the Student Reader. • Apply the information by performing the Activities • Test yourself by doing the Practice Exercises and checking your answers. Resources There is no textbook for this course. All the information you require is in this Study Guide. In addition, your Student Manual lists some books that you may wish to read to expand your knowledge. Learning outcomes When you have completed this unit you will be able to: • • Explain some of the considerations in equipment selection. • Discuss the needs for storage areas. • Discuss safety and emergency response considerations. • 1−2 Describe the role and functions of marine terminals. List the broad categories of studies that are needed in planning a new terminal. Module B: Certificate in Maritime Logistics (Course...
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...Utah State Hospital Policies and Procedures Facilities Management Table of Contents Utah State Hospital Facilities Management Utah State Hospital Support Services Management Maintenance Utilities Systems Management Plan UTILITIES SYSTEMS MANAGEMENT PLAN _______________________________________________________ ______________ I. II. III. IV. V. VI. VII. VIII. IX. X. XI. XII. XIII. IXV. XV. Preface Policy Objective Responsibility Process Scope Criteria For Critical Components Utilities Systems Problem Reports Training Communication; Risk Management Control Committee Annual Review Utility Subcommittee Utility Systems Policy and Procedures Utility Systems Emergency Protocol Utility Systems Safety & Security Fleet Operations Utah State Hospital Facilities Management Rev: 04/98, 12/98, 11/00, 3/04 The Utilities Management Plan describes how the organization will establish and maintain a utility systems management program to: a. b. c. Promote a safe, controlled, comfortable environment of care; Assess and minimize risks of utility failures; and Ensure operational reliability of utility systems; The plan provides processes for: d. Establishing criteria for identifying, evaluating, and taking inventory of critical operating components of systems to be included in the utility management program. These criteria address the impact of utility systems on: 1. Life support systems, 2. Infection control systems, 3. Environmental support systems, 4. Equipment-support systems...
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