The World's First Automobile
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MERCEDES-BENZ Prepared By
Bhartidasan University Tiruchirappalli Project Report On MERCEDES-BENZ Prepared By MAHESHKUMAR DEVARAJ MBA 2ND SEM Roll no. :-BM100728 Exam no:- 10295229 Guided By Professor:- Mr. Abhijit rane College:- Mumbai school of business Academic Year July 2010-july 2012 Submitted To Bhartidasan University Tiruchirappalli DECLARATION I Maheshkumar Devaraj, student of MBA of Mumbai school of Business hereby declare that the project work presented in this report is my own work. The aim of this study is to understand the general information of Mercedes-Benz. I guarantee that this project report has not been submitted for the awards to any other university for degree, diploma or any other such prizes. CERTIFICATE This is to certify that the Project Report entitled “An Overview of Mercedes-Benz ” is a bonafied of project work done by MAHESHKUMAR DEVARAJ submitted to the Bharathidasan University in partial fulfillment of the requirement for the award of the Degree of MASTER OF BUSINESS ADMINISTRATION and that the dissertation has not previously formed the basis for the award of any other Degree, Diploma, Associate ship, Fellowship or other title and that the project report represents independent and original work on the part of the candidate under my guidance. Signature of the Guide Signature of the Supervisor Signature of the Coordinator Director Signature of the Internal Examiner Signature of the External AKNOWLEDGEMENT A successful project can never be prepared by the single effort of the person to whom project is assigned, but it also the hardwork and guardianship of some conversant person who helped the undersigned actively or passively in the completion of successful project. -
110 Years Since Mercedes' Dad Bought His First
110Years Since Mercedes' Dad Bought His First Car In 1897, successful German-born businessman Emil Jellinek bought his first car from genius inventor Gottlieb Daimler. He became an enthusias- tic fan of the automobile, took part in the earliest motor races, and quickly became the largest distributor of Daimler cars. A few months after Herr Daimler's death in 1900, Jellinek persuaded the management of the Daimler-Motoren-Gesellschaft to have its chief designer, legendary and visionary engineer Wilhelm Maybach, build a fast, lightweight Emil Jellinek didn't only love Daimler cars; he also and safe car. Jellinek also made a second sugges- doted on his daughter, Mercédès. tion: the new car should bear the name of his daughter, Mercédès, who was then ten years old. And what a new car it was. More advanced than any other of the time, there's no disputing that it set the pattern for all that was to come for many decades. Essentially, it defined the car as we know it today. Of course, during the previous 15 years since Karl Benz had patented his three-wheeler, all sorts of contraptions, both European and American, had been produced that proved capable of moving under their own power, more or less, but none but the 1901 Mercedes deserved billing as "The This example of the first Mercedes was owned by U.S. World’s First Modern Automobile." Instead of a millionaire William K. Vanderbilt. Note how modern the wooden frame, it featured pressed-steel chassis essentials of its design are compared to other cars of members. -
Intelligent Drive Next LEVEL on the Way Towards Autonomous Driving
Intelligent Drive next LEVEL on the way towards autonomous driving Daimler AG Dr. Eberhard Zeeb Senior Manager Function and Software Driver Assistance Systems RD/FA Pioneers of the Automobile Bertha Benz 1888 Daimler AG / Dr. Eberhard Zeeb / Intelligent Drive NEXT Level Pioneers of Safety Features: Safety with Tradition RD/FA Daimler AG / Dr. Eberhard Zeeb / Intelligent Drive NEXT Level Intelligent Drive: State-of-the-art in automated driving Car-to-X-Communication PRE-SAFE® PLUS Beltbag Remote Park-Pilot Active Lane Keeping Assist PRE-SAFE® Impulse Side DRIVE PILOT with Distance Pilot DISTRONIC, Steering ATTENTION ASSIST Pilot, Active Lane Change Assist, Active Emergency Stop Assist, PRE-SAFE® Speed Limit Pilot PRE-SAFE® Sound Active Braking Assist Active Blind Spot Assist with Pedestrian Detection, Cross-Traffic Function and Congestion Emergency Evasive Steering Assist Braking Function MULTIBEAM LED Headlights with Adaptive High Beam Assist RD/FA Daimler AG / Dr. Eberhard Zeeb / Intelligent Drive NEXT Level 4 Active Brake Assist with Cross-Traffic Function and Evasive Steering Assist • Slower moving or stopping vehicles: 0 – 155 mph • Standing vehicles: collision avoidance up to 43 mph, reduction of accident severity up to 62 mph • Pedestrians: collision avoidance up to 37 mph, reduction of accident severity up to 43 mph, Evasive Steering Assist if driver initiates steering maneuver • Detection of collision danger due to cross-traffic: • Situation adaptive boost of driver's braking power, if necessary up to full braking • Without driver reaction: autonomous emergency braking RD/FA Daimler AG / Dr. Eberhard Zeeb / Intelligent Drive NEXT Level Active Brake Assist with Evasive Steering Assist (Collision Prevention Assist) RD/FA DaimlerDaimler AG AG / / Michael Dr. -
Karl Drais Born 29.4.1785 in Karlsruhe, Died 10.12.1851 in Karlsruhe. Short Biography Karl Drais, Baptised As Karl Friedrich
Karl Drais born 29.4.1785 in Karlsruhe, died 10.12.1851 in Karlsruhe. Short Biography Karl Drais, baptised as Karl Friedrich Christian Ludwig, Freiherr (= baron) Drais von Sauerbronn first was a forest officer employed by the grand duchy of Baden. Later he became off duty whilst retaining his salary and did start a carer as an inventor. Next to others, he did invent a device to record piano music on paper, then a stenograph using 16 characters, two four-wheeled human powered vehicles and on top of all, the two-wheeled velocipede, also called Draisine or hobby- horse, which he presented first time on June 12th 1817 in Mannheim. This was the first vehicle requiring to keep balance whilst using it as a key principle. It was equipped decades later by Pierre Michaux with pedals to become the modern bicycle and further down the road, the automobile invented by Carl Benz. For his inventions, Grand Duke Carl awarded Drais a pension and appointed him as a professor for mechanic science. His experiments with small rail-road bound vehicles did contribute to the railroad handcar, having even today the German name Draisine. Drais was a fervent democrat, supported the wave of revolutions that swept Europe in 1848, dropping his title and the aristocratic "von" from his name in 1849. After the revolution in Baden had collapsed, Drais became mobbed and ruined by royalists. After his death, Drais's enemies systematically repudiate his invention of horseless moving on two wheels. Karl Drais – the new biography © 2006 ADFC Allgemeiner Deutscher Fahrrad-Club, Kreisverband Mannheim http://www.karl-drais.de The new Biography A new biography of Karl Drais, being the inventor of the velocipde was compiled by Professor Dr. -
Daimler-Benz AG Stuttgart Annual Report 1985
Daimler-Benz Highlights Daimler-Benz AG Stuttgart Annual Report 1985 Page Agenda for the Stockholders' Meeting 5 Members of the Supervisory Board and the Board of Management 8 Report of The Board of Management 11 Business Review 11 Outlook 29 100 Years of The Automobile 35 Research and Development 59 Materials Management 64 Production 67 Sales 71 Employment 77 Subsidiaries and Affiliated Companies 84 Report of the Supervisory Board 107 Financial Statements of Daimler-Benz AG 99 Notes to Financial Statements of Daimler-Benz AG 100 Proposal for the Allocation of Unappropriated Surplus 106 Balance Sheet as at December 31,1985 108 Statement of Income ForThe Year Ended December 31,1985 110 Consolidated Financial Statements 111 Notes to Consolidated Financial Statements 112 Consolidated Balance Sheet as of December 31,1985 122 Consolidated Statement of Income For The Year Ended December 31,1985 124 Tables and Graphs 125 Daimler-Benz Highlights 126 Sales and Production Data 129 Automobile Industry Trends in Leading Countries 130 3 for the 90th Stockholders' Meeting being held on Wednesday, July 2,1986 at 10:00 a.m. in the Hanns-Martin-Schleyer-Halle in Stuttgart-Bad Cannstatt, MercedesstraBe. 1. Presentation of the audited financial statements as of 3. Ratification of the Board of December 31,1985, the reports of the Board of Manage Management's Actions. ment and the Supervisory Board together with the con Board of Management and solidated financial statements and the consolidated annual Supervisory Board propose report for the year 1985. ratification. 2. Resolution for the Disposition of the Unappropriated 4. Ratification of the Supervi Surplus. -
Smartilience Presentation
SMARTilience integrated monitoring model for the climate-resilient smart city 1 WHAT YOU WILL GET Insight into the topic of climate and resilience Contribute a tool that promotes climate-friendly work in cities (SMARTilience) Informations about transforming research Possibility to become a member of our Peer to Peer Insight into some projects in the area of civil protection 2 CLIMATE ADAPTATION Source: https://www.morgenstadt.de/de/projekte/aktuelle-projekte/innovationsprogramm_klimaneutrale_staedte.html 3 GOVERNANCE AND RESILIENCE “wide” definition of the governance term (see Mayntz 2004; Benz et al 2007 and Zürn 2008) "While the concept of control explicitly targets the control actions of political actors, the governance perspective deals with the institutional structure and its effects on the actions of the addresses (Trute et al 2008: 177)" (Stoy 2015: 34). Preparedness: dealing with possible climate impacts Recovery: probability to recover again 4 CORONA EFFECTS Comparison NO2 in Europe, source: https://www.dlr.de/content/de/artikel/news/2020/02/20200505_corona-effekt- auf-luftqualitaet-eindeutig.html 5 WHAT IS THE SMARTILIENCE PROJECT ABOUT? Promotion by o Federal Ministry of Education and Research (BMBF) o Funding measure "Flagship Initiative Zukunftsstadt“ Promoter o DLR German Aerospace Center e. V. Duration o 1-year definition phase (2017-2018) o 3-year research and development phase (2019-2022) Consortia: cities Halle and Mannheim, HafenCity University and University of Stuttgart, Drees&Sommer and Malik Management Gmbh 6 URBAN GOVERNANCE TOOLBOX The operation Development of a socio-technical control model for climate-resilient urban development (urban governance toolbox) Testing of the control model in the Halle (Saale) and Mannheim real-life laboratories The objective to support municipal decision-makers and actors* in taking efficient climate action 7 SMART TOOLS AND WORK PACKAGES Control, planning and implementation of climate protection and climate adaptation measures are data- based. -
Baden-Württemberg Exchange Program
Baden-Württemberg Exchange Program Program Overview This program is a North Carolina Exchange program hosted by UNC Greensboro. In this unique program, North Carolina students have the chance to study at one of the Baden-Wuerttemberg Universities in Germany, and in exchange, Baden-Wuerttemberg students have the opportunity to study at one of the participating North Carolina public institutions. Program Facts Application & Eligibility Locations Program Dates *University of Mannheim (Mannheim) (Karlsruhe, Konstanz, Tübingen, and Hohenheim ) Heidelberg University (Heidelberg) Full Academic Year .................... Aug, Sept, or Oct to July *University of Hohenheim (Stuttgart) Spring .........................................Jan, Feb, or April to July *Karlsruhe Institute of Technology (KIT) (Karlsruhe) *University of Konstanz (Konstanz) Application Deadlines University of Stuttgart (Stuttgart) Fall/Academic Year ...................................... Mid-February *University of Tübingen (Tübingen) Spring ......................................................... Early October University of Ulm (Ulm) University of Freiburg *spring options Eligibility • (All but Mannheim) Minimum equivalency of two years of German Type of Program ............................................... Exchange • (Mannheim) Two years of German if taking German Program Dates classes • Must a degree-seeking student (Most Locations) • Have at least sophomore standing Full Academic Year ........................ October to September • Have at least a 2.75 cumulative GPA Spring -
RE 4/14 Frankfurt - Mainz - Worms - Ludwigshafen - Mannheim/Karlsruhe Linie 660 Anschluss Zwischen Zwei Zügen Ist in Mainz Hbf Nur Bei Einem Übergang Von Min
RE 4/14 Frankfurt - Mainz - Worms - Ludwigshafen - Mannheim/Karlsruhe Linie 660 Anschluss zwischen zwei Zügen ist in Mainz Hbf nur bei einem Übergang von min. 7 Minuten gesichert. Am 24. und 31.12. Verkehr wie an Samstagen. Montag - Freitag Linie RE 14 RE 4 RE 14 RE 4 RE 4 RE 14 RE 4 RE 4 RE 14 RE 4 RE 4 RE 14 RE 4 RE 4 RE 14 RE 4 RE 14 RE 4 RE 4 RE 4 Zugnummer 4753 4471 4751 14473 4473 4491 29692 4475 4493 14477 4477 4495 14479 4479 4497 4481 4757 4487 29694 4483 Frankfurt, Hauptbahnhof 6.08 7.38 8.38 9.38 10.38 11.38 12.38 13.39 14.38 15.38 16.38 17.38 Frankfurt-Höchst 6.16 7.46 8.46 9.46 10.46 11.46 12.46 13.47 14.46 15.46 16.46 17.46 Hochheim (Main) 6.30 7.58 8.58 9.58 10.58 11.58 12.58 13.58 14.58 15.58 16.58 17.58 Mainz, Hauptbahnhof an 6.43 8.11 9.11 10.11 11.11 12.11 13.11 14.11 15.11 16.11 17.11 18.11 Mainz, Hauptbahnhof ab 5.45 6.52 8.13 9.13 10.13 11.17 12.13 13.17 14.13 15.17 16.13 16.17 17.17 18.13 Mainz, Römisches Theater 16.22 Nierstein 16.32 Oppenheim 16.35 Guntersblum 16.40 Osthofen 6.07 16.45 Worms, Hauptbahnhof an 6.14 7.19 8.39 9.40 10.39 11.44 12.39 13.44 14.39 15.44 16.39 16.52 17.44 18.39 Worms, Hauptbahnhof ab 6.15 7.20 8.40 9.41 10.40 11.45 12.40 13.45 14.40 15.45 16.40 16.53 17.45 18.40 Bobenheim 6.20 7.24 Frankenthal, Hauptbahnhof an 6.24 7.27 8.46 9.46 10.46 11.52 12.46 13.52 14.46 15.52 16.46 16.59 17.52 18.46 Frankenthal, Hauptbahnhof ab 6.25 7.28 8.47 9.47 10.47 11.52 12.47 13.53 14.47 15.52 16.47 17.00 17.52 18.47 Frankenthal, Süd 6.27 7.30 Mannheim, Hauptbahnhof 6.47 Ludwigshafen, Mitte 6.50 Ludwigshafen, -
68030 Mannheim
Anlage zur Informations-Vorlage Ranking-Management der Stadt Mannheim Mannheims Positionierungen in den in der Vorlage beleuchteten Rankings Bertelsmann Lernatlas 2011 Rang Stadt Rang Stadt 1 Erlangen 29 Erfurt ___ 2 Heidelberg 30 Kassel 3 Würzburg 31 Leverkusen 4 Heilbronn 32 Osnabrück 5 Ulm 33 Mühlheim an der Ruhr 6 Ingolstadt 34 Bochum 7 Karlsruhe 35 Solingen 8 Augsburg 36 Potsdam __ 9 Regensburg 37 Hamm 10 Mannheim 38 Bielefeld 11 Mainz 39 Ludwigshafen 12 Pforzheim 40 Hagen 13 Freiburg 41 Offenbach 14 Jena 42 Lübeck 15 Fürth 43 Magdeburg 16 Koblenz 44 Krefeld 17 Wiesbaden 45 Herne 18 Trier 46 Bottrop 19 Darmstadt 47 Remscheid 20 Bonn 48 Wuppertal 21 Chemnitz 49 Rostock 22 Münster 50 Duisburg Rathaus E 5 68159 Mannheim Telefon 0621 293-0 (Zentrale) www.mannheim.de 23 Saarbrücken (Regionalverband) 51 Mönchengladbach 24 Oldenburg 52 Oberhausen 25 Braunschweig 53 Halle/Saale 26 Wolfsburg 54 Cottbus 27 Salzgitter 55 Gelsenkirchen 28 Kiel 56 Bremerhaven Seite 2/18 Capital/Feri – Städteranking Wirtschaft 2011 Rang Stadt Rang Stadt 1 Hamburg 31 Nürnberg 2 München 32 Bamberg 3 Frankfurt am Main 33 Ludwigshafen 4 Leipzig 34 Erfurt 5 Düsseldorf 35 Kassel 6 Dresden 36 Osnabrück 7 Freiburg 37 Mannheim 8 Münster 38 Trier 9 Bonn 39 Würzburg 10 Jena 40 Krefeld 11 Rosenheim 41 Gießen 12 Regensburg 42 Kiel 13 Potsdam 43 Duisburg 14 Heidelberg 44 Siegen 15 Karlsruhe 45 Rostock 16 Stuttgart 46 Braunschweig 17 Wiesbaden 47 Bielefeld 18 Ulm 48 Essen 19 Köln 49 Chemnitz 20 Mainz 50 Göttingen 21 Augsburg 51 Lübeck 22 Berlin 52 Saarbrücken 23 Aachen 53 Hildesheim -
Making Bertha See
2013 IEEE International Conference on Computer Vision Workshops Making Bertha See Uwe Franke, David Pfeiffer, Clemens Rabe, Carsten Knoeppel, Markus Enzweiler, Fridtjof Stein, and Ralf G. Herrtwich Daimler AG - Research & Development, 71059 Sindelfingen, Germany [email protected] Abstract With the market introduction of the 2014 Mercedes-Benz S-Class vehicle equipped with a stereo camera system, au- tonomous driving has become a reality, at least in low speed highway scenarios. This raises hope for a fast evolution of autonomous driving that also extends to rural and ur- ban traffic situations. In August 2013, an S-Class vehi- cle with close-to-production sensors drove completely au- tonomously for about 100 km from Mannheim to Pforzheim, Germany, following the well-known historic Bertha Benz Memorial Route. Next-generation stereo vision was the main sensing component and as such formed the basis for Figure 1: Autonomous vehicle ”Bertha”, a 2014 Mercedes- the indispensable comprehensive understanding of com- Benz S-Class with well-integrated close-to-production sen- plex traffic situations, which are typical for narrow Eu- sors driving fully autonomously on open public roads. ropean villages. This successful experiment has proved both the maturity and the significance of machine vision for autonomous driving. This paper presents details of villages in the Black Forest. It stopped in front of red traffic the employed vision algorithms for object recognition and lights, made its way through a lot of roundabouts, planned tracking, free-space analysis, traffic light recognition, lane its path through narrow passages with oncoming vehicles recognition, as well as self-localization. and numerous cars parked on the road, and gave the right of way to crossing pedestrians. -
Mobile Stuttgart Many Ways Lead Through the Stuttgart Region
Press Release (Auto)Mobile Stuttgart Many ways lead through the Stuttgart Region Stuttgart is known as the cradle of the automobile. In 1883 Gottlieb Daimler invented the first fast-running, light engine for universal use, laying the cornerstone for its further development. And in the present day, too, the theme of mobility is still a key issue for Stuttgart's inhabitants in many different ways: The Mercedes-Benz Museum and the Porsche Museum have made the state capital a mecca for automobile enthusiasts from all over the world. Locals and visitors alike use many different means of transport each day, and learn about the history of mobility in various museums and during the tours offered by the Stuttgart-Marketing GmbH. At the "i-Punkt" Tourist Information there's also the so- called "m-Punkt" – the city of Stuttgart's mobility advisory service, which provides tips for residents and tourists on the most convenient mode of travel and the best route. In addition to its excellent ÖPNV public transport network, Stuttgart also scores with a wide range of electrically-powered transportation and sharing schemes, including cars, bikes or scooters. Why not hire an E-scooter to travel from one highlight to the next? Highlights Gottlieb Daimler's Birthplace The first fast-running, light engine for universal use was developed by Gottlieb Daimler, a baker's son who was born in 1834 in a half-timbered house in Schorndorf, near Stuttgart. Daimler's birthplace was acquired and restored by the Daimler-Benz AG and is today a museum and conference venue. Here, fans of this automobile pioneer will find treasures such as the legendary postcard sent by Gottlieb Daimler to his first wife, or his journeyman's piece. -
The Trojan Horse: Imported Automobiles
CHAPTER 5 suggested citation: Medrano-Bigas, Pau. The Forgotten Years of Bibendum. Michelin’s American Period in Milltown: Design, Illustration and Advertising by Pioneer Tire Companies (1900-1930). Doctoral dissertation. University of Barcelona, 2015 [English translation, 2018]. THE TROJAN HORSE: IMPORTED AUTOMOBILES In the last two decades of the nineteenth century, the furor for bicycles as a personal and economical means of transport led to the invasion of the French market by English and American firms—leading to fierce commercial competition with the country’s own industries—resulting in the collapse of 1898. In the early stages of the new century the full development of the European automobile industry and in particular the French sector—with the inseparable development of the tire—produced a similar effect. However, this time it was the American market that was invaded by imported European vehicles, pre- dominantly from France. 1. Transatlantic travel on wheels Between 1890 and 1891 the first French vehicles marketed by Peugeot—one of the major bicycle manu- facturers—and Panhard et Levassor, appeared on the scene and incorporated the internal combustion engine developed by the German Gottlieb Daimler. French and German investments in technology, which would be imposed on the rest, was based on gasoline-powered engines and collided with the English and North American options, diversified between vapor, electric and gas-powered automobiles. Production data from the United States in 1899 show that there were 2,500 vehicles—about 80% of which used electric or steam engines—manufactured by around 30 companies. Between 1900 and 1901, France was by far the world’s largest automobile producer.