A Freudian Analysis of Ode to the Death of a Favorite Cat (Favourite) :: Ode to the Death of a Favorite Cat Essays

A Freudian Analysis of Ode to the Death of a Favorite Cat (Favourite) "Ode to the Death of a Favorite Cat" can be a poem that represents a sexist view of women while identifying the three psychological entities; the id, ego, and superego. The cat in the poem represents the human female. Throughout the poem it is referred to as a "she", and identified with similar, sexist traits that women have. These traits are laziness, the need for shiny, pretty objects, and an unquenchable desire for material goods. Just as the cat is drawn by the gold fish so is a woman's attention drawn to this glimmering metal. Just as line 24 says "What female heart can gold despise." The cat's desire for the glistening fish ultimately ends in its death. This is similar to what will happen to a woman if left to her desires unchecked. This cat has nothing in its life to prevent it from its folly. A woman needs a man to set her on the right path. If left to her own devices it will mean her end, or so that's what the poem implies of women. I the end a universal moral is introduced that can be applied to the human world, "Not all that tempts your wand'ring eyes, and heedless hearts is lawful prize, nor all that glisters gold." (lines 40-42) This then leads into a perfect comparison of women and men as two psychological entities, the id and superego. Since the cat in the poem is so consumed by its desire that it impulsively acts on its greed and is a representation of the human female then obviously women can be considered representations of the Id. They impulsively act on their desires and ultimately, like the cat, are consumed by these desires if left unchecked. This is where man comes in. Men must be there and act as the superego holding back a woman's natural desire for material gain. Since both represent a different entity respectively then obviously the union of man and woman must be the ego. A balance between the two. A woman's desire for material gains and a man's natural inclination for law and order. This then does bring in the idea that certain human traits can be identified not only as manlike and womanlike but also things that are naturally inclined towards the superego and the id.

Beneficiation of Iron Ores

These ores ca n be directly used in the production of iron and steel. All other ores need benefaction and certain processing before they are used in t he production of iron and steel. Low grade iron ores cannot be used as such for the production of iron and SST eel and need to be upgraded to reduce its gangue content and increase its Fee content. The process adopted to upgrade the Fee content of air n ore is known as iron ore benefaction (108). However, Iron ores from different sources have their own peculiar mineralogy cal characteristics and require the specific benefaction and teleological treatment to get the best product out of it.Also for effective Ben affectation treatment, effective crushing, grinding, and screening of the ore is necessary for which suitable crushing, grinding, and SC reining technologies are to be employed. The choice of the benefaction treatment depends on the nature of the gangue present and its association with the ore structure. Several methods/technique s such as washing, jigging, magnetic separation, gravity separation, and flotation n etc. Are used to enhance the Fee content of the Iron ore and to reduce its gangue content.These techniques are used in various combination s for the benefaction of iron ores. For benefaction of a particular iron ore the emphasis is usually to develop a cost effective flow she et incorporating necessary crushing, grinding, screening and benefiting techniques which are necessary for the upgrading of the iron or e. A typical flow sheet for iron ore benefaction plant is shown in Fig 1. 3/13 Fig 1 A typical flow sheet of iron ore benefaction plant Some of the common methods/ techniques applicable for iron ore processing are described below.Crushing, grinding and screening technique The purpose of grinding and regrinding is to reduce the ore to a size small en ugh to liberate and recover the valuable minerals. The crushing, grinding and screening systems of an BIB plant are to be designed t aging into acc ount the requirements of the downstream benefaction processes. The crushing units may include primary, secondary, t artery and quaternary crushing systems. Jaw, gyrator, cone, and roll crushers are used for ore crushing. Semi toughens grinding and AU toughens grinding circuits are used for grinding the ore.Both rod mills and ball mills are used for this purpose. Capital investment and proper action costs of grinding equipment are high. Hence economics play a large part in planning for the degree of crushing and grinding perform d to prepare ore for benefaction. Other factors considered in determining the degree of crushing and grinding includes the value concentrate Zion of the ore, its mineralogy, hardness and moisture content. Closed circuit grinding minimizes over grinding of very friable ore normally of undo in the ore bodies of our region.The more the recirculation load the less is the over grinding of particles. Washing and wet scrubbing This process is primitive and widely us ed in lumpy iron ore processing to disco edge and remove friable and soft laterality materials, fine materials and limitation clay particles adhering to the ore. Wet scrubbing is alls o useful in hard and porous ores, which invariably have cavity/ pores filled with clayey material that need substantial removal. Gravity separation This technique is used where iron bearing minerals are free from associated g angle materials.The specific gravity of iron bearing minerals is usually higher than the specific gravity of gangue materials. Effectiveness e efficiency of the gravity separation depends largely on to proper crushing and sizing of the ore so as to ensure a proper size feed to the gravity separation equipment and also removal of slime from the equipment. A large numbers of equipment/ processes functioning on gravity separation principle are available. Some of t hem are described below. Dense media separation -? The process is also known as heavy media separate on. The process is u sed for coarse ores (size range mm to 50 mm.Ground ferry silicon of 300 mesh size is used as suspension to cream et a parting density of 33. 2 which is sufficient for angle materials to float and get separated. The suspension material is recover reed by using low intensity magnetic separators (LIME). Feed for the dense media separation must be hard and compact with non poor us gangue material. Heavy media cyclone – The process is used for iron ore fines with size range o f 0. Mm to 6 mm. The cyclone type separator utilizes centrifugal as well as gravitational forces to make separation between ore an d gangue material.Ground Frederickson of 325 mesh size is used as a media in cyclone. Jigging – Jigging is a gravity concentration technique where the iron ore is seep rated into light density fraction, medium density fraction and heavy density fraction. Size fraction of the iron ore used for gig Eng is 0. 5 mm to mm. Http://asparagus. Com/beneficiationofironores/ Spirals à ¢â‚¬â€œ Spiral concentrators are flowing film separation devices. General pop ration is a continuous gravitational laminar flow down on an inclined surface. The mechanism of separation involves primary and SE secondary flow patterns.The primary flow is essentially the slurry flowing down the spiral trough under the force of gravity. The sec Andrea flow pattern is radial across the trough. Here the uppermost fluid layers comprising higher density particles move away from t he centre while the lowermost concentrate layers of higher density particles move towards the centre. Spirals require addition of water at various points down the spiral to assist washing of the iron ore, I. E. Transporting away the light gangue from the dense ore. The e amount of wash water and its distribution down the spiral trough can be adjusted to meet the operating requirements.Point count roll minimizes the total water requirements by efficiently directing water into the flowing pulp at the most effective a ngle. Feed size app logicality is in the range of 0. 3 mm to 1 mm. Spirals are normally operated at a pulp density of 25 % to 30 % solids. Tables -? Tables have wide range of application in gravity treatment of iron ore s. Tables are normally used in cleaning and scavenging circuits. Feed size applicability is in the range of 0. 3 mm to 1 mm. Spirals are n armorial operated at a pulp density of 25 % to 30 % solids.Multi gravity concentrator – They are under development stage and are design Ned to treat fines and ultramarine particles Of iron ore. They are useful in processing of valuables from slimes and tails. Cyclones – Cyclones used for concentration of iron ores are of several types. T hose include hydrochloric, stub cyclone and heavy media cyclone. Cyclones are cost effective and simple in their construction. The e main parts of a cyclone consist of cyclone diameter, the inlet nozzle at the point of entry into the feed chamber, vortex finder, cyclic medical sectio n and cone section.They have proper geometrical relationship between the cyclone diameter, inlet area, vortex find ere, apex orifice, and sufficient length providing retention time to properly classify particles. As the feed enters the chamber, a rotation Of the slurry inside of the cyclone begins, causing centrifugal forces to accelerate the movement of the particles towards the oh term wall. The particles migrate downward in a spiral pattern through the cylindrical section and into the conical section. At this poi NT the smaller mass particles migrate toward the center and spiral upward and out through the vortex finder, discharging through the overflow pipe.This product, which contains the finer particles and the majority of the water, is termed the overflow and should be discharged at or near atmospheric pressure. The higher ass particles remain in a downward spiral path along the walls of the conical I section and gradually exit through the apex orifice. This product is termed the underflow and also should be discharged at or nee r atmospheric pressure. Magnetic separation Magnetic separation technologies are used to take the advantage Of the differ once in the magnetic properties for separating iron ore from the non magnetic associated gangue materials.Magnetic separation can be condo acted in either a dry or wet environment, although wet systems are more common. Magnetic separation operations can also be categorized as either low or high I density. Low intensity separators use magnetic fields between 1000 to 3000 gauss. Low intensity techniques are normally used on magnetite ore as an inexpensive and effective separation method. High intensity separators employ fields as strong as 20,000 gauss. This method is u seed to separate weakly magnetic iron ores such as hematite, from nonmagnetic or less magnetic gangue materials.Other factors important t in determining which type of magnetic separator system is used include particle size and the solids content of the ore slurry feed. Http:// asparagus. Com/beneficiationofironores/ 5/13 Typically magnetic separation involves three stages of separation namely (I) c bobbling, (ii) cleaning/roughing and (iii) finishing. Each stage may employ several drums in a series to improve separation efficiency. Each s successive stage works on finer particles as a result of the removal of oversized particles in earlier separations. Cobblers work on larger particles and reject substantial percent of feed as tails.Several types of magnetic separation technologies are used. These are descried bed below. Wet and dry, low intensity magnetic separation (LIME) High gradient magnetic separation (HIGHS) Wet high intensity magnetic separation (WHIMS) Roll magnetic separators for processing weak magnetic ores Induction roll magnetic separation (RIMS) for concentrating dry ores Flotation process Flotation process uses a technique where particles of one mineral or group of minerals are made to adhere preferentially to air bubbles in the presence of a chemical reagent.This is achieved by using chemical reagents t hat that preferentially react with the desired mineral. Several factors are important to the success of flotation activities. These include unify remit of particle size, use of reagent compatible with the mineral, and water conditions that will not interfere with the attachment of the e reagents to the mineral or the air bubble. Today flotation is primarily used to upgrade concentrates resulting from mage entice separation.Flotation to be used all alone as a benefaction method is used rarely. Chemical reagents used are mainly of three main groups namely (I) collectors/ amines, (ii) brothers, and (iii) antifoam. Reagents may be added in a number of forms which include solid, immiscible liquid emulsion a ND solution in water. The concentration of reagents need to be loosely controlled during conditioning since adding more reagent than needed d retards the reaction and reduce efficiency.

Production Process And Lean Manufacturing Process

INTRODUCTION Quality in manufacturing has become an integral part of the production process and lean manufacturing. The objective is to ensure that all customer project requirements are met to specification while eliminating waste. Some of the world’s largest company’s require suppliers to be on their approved supplier list prior to considering doing business with your company. One of the major requirements to get on an approved supplier list is to have a certified quality management system in place. Manufactures recognize the importance of quality certifications and lean processes and use them as a competitive advantage in gaining new business and retaining current customers. WHAT IS LEAN The core idea of lean is to relentlessly work on eliminating waste from the manufacturing process. Waste can be defined as any activity that does not add value from the customer’s perspective. According to research conducted by the Lean Enterprise Research Centre (LERC), fully 60% of production activities in a typical manufacturing operation are waste – they add no value at all for the customer. Every company has an opportunity to improve, using lean manufacturing techniques and other manufacturing best practices. Techniques that enable you to deliver higher quality products at significantly lower costs (Vorne Industries Inc., 2010-2013). LEAN PRINCIPLES Lean Principles in manufacturing can improve operating performance by focusing on the uninterrupted flow of products and materialsShow MoreRelatedWhy Manufacturing System is so Important?981 Words   |  4 Pagesgrouped based on similar production processes. The primary industry is the industry that harvests or extracts raw material from nature, such as agriculture, oil and gas extraction. The secondary industry makes products from primary industry. The secondary industry is dominated by the finished products. The tertiary industry is the industry that provides services to its customers. Manufacturing process is the transformation of raw material into finished products. Manufacturing systems integrate man,Read MoreThe Production Of Lean Manufacturing Essay1500 Words   |  6 Pagesbehind the lean manufacturing is to work relentlessly on eliminating waste by the end of the manufacturing process. As stated by Cirjaliu and Draghici, (2016), lean manufacturing works as a collection of a number of tools, techniques and tips that proves effective for driving the wastes generated during the manufacturing process. Lean manufacturing as it is also known as Toyota Production System is one of the most basic and systematic form of waste elimination system. Lean manufacturing has becomeRead MoreThe Effect Of Lean Production On A Process Plant Essay1138 Words   |  5 PagesOF â€Å"THE USE OF LEAN PRODUCTION IN A PROCESS PLANT† HARRY DEBOLE Griffith School of Engineering, Griffith University, Gold Coast, QLD4222, Australia This paper presents a review of the use of Lean Production in a process plant. It defines lean production as a process putting into consideration the history and the reason it was formulated. It also considers the application, benefits and the barriers to the effective maximization of the process. Keywords: Lean Production, Process plant, DefinitionRead MoreLean Manufacturing And The Production System1686 Words   |  7 PagesDefinition Lean manufacturing is the process of eliminating waste in every area such as production, supply chain, maintenance, quality control and factory management. The ultimate goal of lean manufacturing is to decrease the human effort, inventory and time to meet the customer demand in the most efficient and possible economical manner. Lean manufacturing is referred to the methods of manufacturing that gives maximum value and minimum waste in the process that is followed. Lean manufacturing is alsoRead MoreLean Manufacturing With Kanban System Implementation1462 Words   |  6 Pages Lean Manufacturing with Kanban System Implementation Abstract Article one is about Application of kanban system for managing inventory and it states that Lean manufacturing is a culture in which all employees continuously look for a Ways to improve processes. The present article also states that how company can use this tool for managing the inventory. Article two is about Application of Kanban system for implementing lean manufacturing and it provide a background on lean manufacturing, presentRead MoreConstruction Of Integrated Construction Project Management1650 Words   |  7 PagesASSIGNMENT- 2 Topic- Lean construction- from Theory to Practice Date- 12-31-2014 Done by- Sushil sriram Subramanian Fq7893@wayne.edu ABSTRACT-This article compares the techniques developed for lean construction with those developed for lean manufacturing. Lean manufacturing and lean constructionRead MoreOverview and Background of Lean Manufacturing1487 Words   |  6 PagesOverview and Background of Lean Manufacturing History of Lean Manufacturing Toyota Production System Overview The concept of Lean Manufacturing gets is roots from car manufacturing in the early 1930s and 1940s. Stemming from innovative production techniques developed and implemented by Henry Ford, modern day Lean Manufacturing was developed by Taiichi Ohno of Toyota Motor Company after World War II as a result of the diverse market conditions the company faced. At a time when westernRead MoreLean Thinking1494 Words   |  6 Pages1. ABSTRACT: Lean thinking is considered a new way to manage construction. This method was born for manufacturing processes its goals demand a new way to coordinate action, which can be applied to industries which are not relating to manufacturing. Implementation requires actions which can be produced by in depth understanding of the goals and techniques. This review explains the implications of the goals and key production principles which taken together they result in a different way to manageRead MoreLean Manufacturing Is The Pursuit And Elimination Of Waste1339 Words   |  6 Pagesâ€Å"Lean manufacturing is the pursuit and elimination of waste that simultaneously embodies respect for people† (Hansen and Mowen 6). Key purposes of lean manufacturing are to eliminate waste, reduce costs, and to maximize customer value. As companies try to cut down on the amount of waste they produce, their goal is to maximize their efficiency and cut the costs that are incurred. Lean manufacturing is described as, â€Å"delivering the right product, in the right quantity, with the right quality, at theRead MoreLean Manufacturing Is The Fundamental Means For The Development Of The Economy1533 Words   |  7 PagesIntroduction Manufacturing has been perceived as the fundamental means for the development of the economy. Always showing signs of changing global environment, which has been posturing difficulties of intensity and survival to every one of the constituents of the economy. Manufacturers everywhere throughout the world have constantly confronted uplifted difficulties, for example, rising client s interest for better and enhanced items, fanciful interest, and rivalry in business sectors. There is no