- What is your full name, age, and date of birth?
©JW Morrissette. All Rights Reserved. 1
- What is your ethnic/cultural heritage?
- What is your religion/spiritual belief system?
- What is your marital status?
- Do you have children? (If so who are they?)
- What is your occupation?
- Who are you closest to in the play? Why?
- Who do you not get along with in the play? Why?
- What is the single most important event in your life?
- What is your level of education?
- What is your overall goal in the play?
- Where do you want to be in five years?
Section #2- The Playwright
Using the assigned play and the Character Biography Questions completed in Section #1 write
an additional monologue for the character you selected. Remember, a monologue is a set piece
of speech spoken by only one character. The monologue can be considered an addition to the
script either within the script or you could imagine a final monologue that is written to come at
the conclusion of the play. Either way we ask that you feel free to be creative and explore your
character’s voice as a playwright. You can use the monologue to clarify your character’s point of
view/experience/wishes/hopes or to defend your character’s point of view as that character- or
in other creative ways that allow you to practice creating lines that a character from this play
©JW Morrissette. All Rights Reserved.
Substance Conceptual Presentation 1. Static Application overhaul for continued yield dependability 2. Information Analytics/Mining/Visualization 3. Cluster situation move up to decrease misfortunes 4. Sharpness framework used for cluster recognition 5. Expanded reality as a preparation apparatus 6. Tween cushion overhaul for expanded yield and throughput End References List of sources Conceptual Industry has advanced rather rapidly over the previous century and a half. Two universal wars pushed innovation so far that we went from the Wright Brothers previously controlled, continued trip of a fueled, heavier-than-air airplane in 1903, to finding a man on the moon in 1969. Such innovative achievements expanded the need for further developed creation frameworks. As the world turned out to be progressively littler through globalization, they should be increasingly proficient and focused in what is presently a really worldwide market. Innovation is always developing similar to the methods required to apply these progressions to the creation frameworks. Assembling has never been increasingly effective and as we move further on into the future it will never be as wasteful as it is presently. Presentation During the last 50% of the nineteenth century, there was a fast development of industrialization in the United States, Britain, and Germany. Headways in steel producing innovation and assembling practices implied steel could be fabricated at a focused rate. This offered route to the broad structure of railways that could move mass amounts of material at moderately modest expense. This broad railroad organize likewise observed the improvement of bigger urbanized urban areas and the relocation of individuals and thoughts. During this time there were mechanical progressions in the automation of assembling rehearses and the achievement in jolt. Such headways lead to large scale manufacturing, sequential construction systems and after that the investigation of modern practices to decide the most proficient and savvy approach to stay focused in the quickly developing markets. To stay focused in the worldwide condition, it is significant for an association to constantly search for approaches to improve proficiency and efficiency. (Groover, 2014) (International Labor Organization, 1992) disclose to us that technique study and work estimation are used to comprehend human work potential as far as time spent on finishing an assignment. (Taylor, 1911) appeared and accepted that through the utilization of these methods, it is conceivable to evaluate work. On the off chance that the work can be estimated, it tends to be overseen. As time advanced so did innovation as did the techniques for work estimation and the devices required to satisfy those necessities. I will examine in this paper six of the manners in which that innovation has progressed in the assembling of contact focal points that were utilized to build productivity in my creation condition. 1. Static Application redesign for continued yield strength Contact focal points are made in high volume by sandwiching a deliberate portion of monomer fluid between two parts of a plastic form. These molds are produced on two infusion trim machines (IMM). There are two parts a base bend (BC) and a front bend (FC). The FC is produced using a Polystyrene based plastic and the BC is produced using a Zeoner mixed plastic. During the get together of these parts a static charge should be applied to the BC to break the surface strain of the monomer to help the attachment of the monomer to the base bend. The obstruction of the monomer to the attachment creates voids in the focal point which show up as focus gap abandons (CH) at the mechanized focal point assessment (ALI) further through the procedure. Generally the charge is applied by means of a charging bar and the metal bed that conveys the bends was grounded by disregarding an aluminum brush to finish the circuit(fig.1). After some time these brushes wear because of steady contact or flotsam and jetsam would develop prompting wasteful establishing and insufficient static application. Figure 1 Grounding brush under bed This would prompt an expansion in the CH misfortunes at ALI. Figure 2 underneath is week by week CH normal in the course of recent long stretches of assembling Line 50, as yet working on the static charge and brush framework. Between weeks 3 and 10 there was issues with monomer spilling from the flood channel making monomer buildup cling to underside of beds and inevitably develop around the static brush causing raised degrees of CH disappointments at ALI. Brushes were supplanted like clockwork until the monomer issue was settled. ALI balanced out for half a month with CH floating somewhere in the range of 2% and 3% which is an adequate level. CH began to gradually crawl up, the brushes were seen as worn and were supplanted. The diagram beneath demonstrates the mean for the year to be 4%. Figure 2 Data assembled by means of Yield investigation framework utilized in J&J Visioncare (Duclos, 1995) repeats that many assembling associations are process-situated and through persistent improvement we ought to never be happy with the procedure and ought to consistently hope to improve. (Ohno, 1988) decided there were seven kinds of waste and one of which is the assembling of flawed items. To lessen the variety in CH an increasingly powerful static application framework is required. As indicated by (Shingo, 1986), botches that lead to deformities can be built out of the procedures and imperfections can be disposed of along these lines. Another creation line, Line 53 was introduced with an overhauled static framework that was not dependent on a solitary static bar and brushes to finish the circuit. The static is applied straightforwardly to each bend by means of a creepy crawly framework and the brushes supplanted with steel spring brakes that are grounded to the edge to finish the circuit see figure 3. This wiped out the prerequisite to supplant worn brushes and consequently dispense with the vacation required to supplant them. Figure 3 Upgraded static application framework with establishing brakes showed As can be found in figure 4 the degrees of CH on line 53 with the more up to date static framework midpoints out at 2.8% mean for the year to date and that incorporates a raised level because of outside issues with tooling on the IMM. The degrees of CH once in a while ascend above 3% and when they do they are not static related and can be tended to in like manner. It is conceivable to move this static framework back to fix 50 with some equipment changes and some minor programming changes. Right now there is no arrangement to do as such. Figure 4 Data assembled by means of Yield investigation framework utilized in J&J Visioncare 2. Information Analytics/Mining/Visualization Utilizing information investigation and perception, organizations can "oversee and dispense their assets in a progressively successful and proficient manner, lessening expenses, and improving the nature of items and administrations that they offer (Solarte, 2002)." Automated assembling lines that are PLC controlled accumulate a colossal measure of information with respect to the state of the machine at some random time. This data is put away on servers and can be gotten to through different interfacing programming bundles, for example, Tableau or Excel by important programming architects to give a graphical perception of this information in a way that can be used by clients for basic leadership purposes. In figure 5 beneath is a screen shot of a Tableau framework at present being used to break down the information produced while assembling contact focal point. The featured reject demonstrates that it turned into an issue during the third hour 4 movements earlier, this gives a sign that there was something occurring at stake around then that made that reject increment. This data is fundamental as the specialist can revisit the log and see what the driver for that issue was. Figure 6 demonstrates a portion of the different perceptions that different offices use to aid their basic leadership day by day. Figure 5 Top N spoiler Tableau Line 48 Figure 6 a portion of the perceptions being used at J&J Visioncare Figure 7 (Solarte, 2002) 3. Exhibit situation move up to diminish misfortunes During arrangement of an exhibit, a term used to depict five rankles containing focal points coasting in arrangement and fixed, there is a high danger of an item jam as the position is dependent on gravity as clusters fall through an arrangement chute, known as a cascade situation. On the off chance that there is an issue with position and a cluster gets stuck in the cascade chute this creates an item jam, which is referenced as a "zone 18 item jam" on the alert information log. The trouble in clearing the jam is the limited space between the cascade and the highest point of the plate, as can be found in figure 9 Figure 8 Waterfall style cluster situation Information demonstrates that in 2017 generation line 47 lost very nearly 35 million focal points to item sticks alone. This information was assembled from the line alert log. See table 1. The line was removed from generation toward the finish of quarter 2 throughout the previous two weeks of May and the long stretch of June for item change and retro fitted with another exhibit position framework. This framework incorporated a flip station (fig 9) to present clusters to a second robot for direct situation into the plate (fig 10). On account of this redesign and the evacuation of the cascade framework, the focal point per move misfortune (LPS Loss) has been decreased from 7.8 million in quarter 1 to 2 million for quarter 3. With an assembling focal point cost of $0.14(taken from JJVC CEP 2018 for Triton)that is a $1.1M loss of focal points in quarter 1 contrasted with a $290k misfortune in quarter 3. Part Z18_Product Jam Line Labels Total of Downtime Mins Total of LPS LOSS! 2017 120474 34816986 2018 40959 11837151 Qtr1 27207 7862823 Jan 8028 2320092 Feb 10098 2918322 Blemish 9081 2624409 Qtr2 5400 1560600 Apr 4320 1248480 May 1080 312120 Qtr3 7164 2070396 Jul 2790 806310 Aug 2403 694467 Sep 1971 569619 Qtr4 1188 343332 Amazing Total 161433 46654137 Table 1 Zone 18 item sticks>GET ANSWER