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2021 | OriginalPaper | Buchkapitel

1. Inauguration

verfasst von : Heiner Bubb

Erschienen in: Automotive Ergonomics

Verlag: Springer Fachmedien Wiesbaden

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Abstract

A historical outline of automotive history shows that vehicle developers have always strived to adapt the automobile to the needs of customers and users. With the ever more extensive possibilities of technology, however, it has become necessary to support this process with scientific methods. Goal of the field of knowledge ergonomics is to provide work equipment and conditions for the properties, skills and wishes of the human being. This discipline thus provides the basic knowledge for a design of the automobile that includes the user. The different areas of ergonomics are defined and explained. The analysis of the driver’s tasks is of fundamental importance, as is the investigation of the information flow between the subsystems involved in the overall traffic system.
The expansion and potentiation of one’s own mobility is an old dream of mankind, as it is also expressed in many legends and fairy tales. Early on, humans used the strange power of the animal to realize this wish. But it was only through the technical revolution that it became possible to develop machines that made this dream come true in unexpected ways. This realization is sold by a significantly increased energy turnover compared to that necessary for immediate living. However, the invention and introduction of the railway was also accompanied by the bundling of individual mobility interests, some of which had already been realised in the organised carriage service before (albeit not to the extent that had at that point become possible). All attempts to individualize the fulfillment of the need for mobility on the basis of existing (steam) technology were without resounding success. Only the invention of the automobile brought the breakthrough. Due to the high energy density of the petroleum derivative petrol or diesel oil, the drive by the rather sophisticated combustion engine has prevailed over the much easier to handle, originally competing, electric motor. The various facets that go hand in hand with this kind of immediate, highly individual control of a machine continue to fascinate users of automobiles to this day. However, the triumph of the automobile over the world is also associated with considerable disadvantages, which today are the subject of intense scientific, economic and political debates. The advantage of the high energy density of fossil fuels and their use in automobiles means that almost one quarter of the total anthrogenic CO2 input into the atmosphere is caused by individual traffic. Particularly in the conurbations of modern megacities, the pollution caused by exhaust emissions can reach an unbearable level with considerable health consequences. The barely controlled interaction between driver and vehicle, and the freedom experienced in the process, but also fundamental deficits in human perception and reaction capacity cause deaths and injuries worldwide. The number of these is only slightly less than that caused by illness and other accidents. The attractiveness of the automobile for both the realization of economic and private needs, as well as in creating jobs for their production, maintenance and operation, is a very important factor for the economic prosperity of a society. Last but not least, automobile freight traffic, automobile supply and rescue services, and automobile excursion traffic considerably enhance the quality of life so that a life without an automobile - in whatever form - is hardly imaginable.

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Fußnoten
1
In this context, the transition from the more comfortable radial tires to the belted tires, which due to their design provided better grip at higher lateral forces, should be noted. In addition, the design of the treads was increasingly based on scientific methods. As a result of this, deeper and wider so-called drainage channels were created through which the water can be better displaced in wet conditions and “dry” contact can be ensured even at higher speeds. Rubber compounds of different softness levels are matched to the outside temperature to provide better adhesion. This made the use of summer and winter tyres virtually obligatory.
 
2
BASt: Federal Highway Research Institute: Technical and scientific research institute of the Federal Ministry of Transport, Building and Urban Affairs based in Bergisch Gladbach.
 
3
Worth mentioning in this context is the valve control of the earliest steam engines, which took place “by hand”. It was the groundbreaking invention of James Watt (who is often mistakenly called the inventor of the steam engine instead of Thomas Newcomen), which enabled automatic speed-dependent opening and closing of the steam and water valves, that helped the steam engine to its breakthrough. James Watt et al. used a centrifugal speed limiter to prevent the machine from “going through” without load.
 
4
As early as 1936, Bosch granted a patent for a “device for preventing the wheels of a motor vehicle from braking”. The devices consisted of about 1000 analog components and were still very unwieldy and slow. Thanks to digital technology, the number of components could be reduced to around 140. This made ABS ready for series production.
 
5
A system with a higher control frequency could considerably improve the effect. This can be achieved, for example, by a fully electric brake, in which the pedal force is transmitted as an electrical signal to the control unit, which doses the braking force after evaluating all sensor signals.
 
6
In October 1997, the automotive journalist Robert Collin of the Swedish newspaper Aftonbladet had caused the newly presented Mercedes-Benz A-Class to tip over as a result of this driving manoeuvre, causing a huge media response.
 
7
In this driving dynamics test, a lane change to the left is driven at high speed without braking and after a short straight stretch a lane change to the right. The vehicle should neither break away nor tip over sideways. This test is intended to simulate avoiding a moose that suddenly steps onto the road, a scenario that is quite realistic in Scandinavia. The moose test has now become a standardised driving manoeuvre and is part of the testing of the driving characteristics of new vehicles. The test was described by the VDA under the designation ‘VDA lane change test’ and was then incorporated into the international standard ISO 3888-2.
 
8
Lidar stands for “Light detection and ranging” and works with laser pulses in which the light scattered back from objects is detected. The distance to the location of the light scattering is calculated from the transit time of the signals and the speed of light. Lidar systems currently still have too much interference when visibility is restricted by weather conditions. Their advantage is however the price difference to the radar systems, since these cost only approx. 1/3 of the radar systems. They are used for vehicles in the lower and middle price range but only allow control up to a speed of 140 km/h.
 
9
This limited “visibility” causes most manufacturers to limit the control range of the ACC to max 180 km/h (Audi and, more recently, BMW allow speeds up to 210 km/h).
 
10
Usually this was done with an electric motor. However, other solutions were also in use. In the Opel Olympia Record, for example, the wiper was driven by the camshaft via a flexible shaft until the 1957 model.
 
11
As early as 1922, however, a radio was installed in a vehicle in the USA. In 1924 Chevrolet already had a factory-installed car radio available. In 1932, Blaupunkt offered a car radio whose volume and reception frequency could be controlled from the steering wheel via Bowden cables (quoted from Spies 2013).
 
12
Usually the division into “primary driving tasks” is carried out, which subsumes everything that has to do with driving. In line with Geiser’s classification, this summarizes the areas designated as primary and secondary. The term “secondary” is then usually used to describe all tasks that have nothing directly to do with driving. In terms of the Geiser classification used here, these are the tertiary tasks.
 
13
One can see from these examples that the coding of these means of communication to the outside world is sometimes not completely clear and can possibly give rise to fatal misunderstandings.
 
14
The “Intelligent Light System” from Mercedes-Benz consists of variably controllable headlamps with five different lighting functions. At a speed of more than 90 km/h, a motorway light switches on automatically in two stages, whereby the output of the xenon lamps is first increased from 35 to 38 watts and in the second stage from 110 km/h the range of the headlamp inside the road is increased. The result is a uniform cone of light extending up to 120 metres, which illuminates the entire width of the carriageway. As soon as the rear fog lamp is switched on at a visibility of less than 50 metres and a speed below 70 km/h, the left-hand bi-xenon headlamp swivels eight degrees outwards and lowers its beam simultaneously. The extended fog light remains switched on up to a speed of 100 km/h. In the meantime, various manufacturers are offering lighting systems which, controlled by the evaluation of the image of an electronic camera, automatically cut out the area of the oncoming traffic at risk of glare from the light of the main beam. This is done partly via a mechanically inserted diaphragm but meanwhile by controlling LED modules arranged in a matrix in the headlamp.
 
15
In the 1960s, almost all cars in Germany at that time had the “Saxomat” from Fichtel & Sachs as an alternative to the manual transmission. This was an electro-pneumatically actuated clutch which had a centrifugal clutch for starting. This meant that the clutch pedal could be omitted. The gear changes were controlled by the driver using the accelerator pedal and gear lever. If the driver touched the gear lever, the clutch was disengaged and you could shift gears. The Saxomat was especially popular with older riders but lost its popularity over time as the adjustment was difficult and the susceptibility to interference high. In many cases, vehicles equipped with the Saxomat were converted to normal gear shifting.
 
Literatur
Zurück zum Zitat Die Entwicklung der Straßenverkehrsunfälle in der Bundesrepublik Deutschland und in Berlin (West), BASt, Heft 1 (1974) Die Entwicklung der Straßenverkehrsunfälle in der Bundesrepublik Deutschland und in Berlin (West), BASt, Heft 1 (1974)
Zurück zum Zitat Geiser, G.: Mensch-Maschine-Kommunikation im Kraftfahrzeug. ATZ. 87, 77–84 (1985) Geiser, G.: Mensch-Maschine-Kommunikation im Kraftfahrzeug. ATZ. 87, 77–84 (1985)
Zurück zum Zitat Helander, M.: Human Factors/Ergonomics for Building and Construction. John Wiley & Sons, New York, Chichester, Brisbane, Toronto (1981) Helander, M.: Human Factors/Ergonomics for Building and Construction. John Wiley & Sons, New York, Chichester, Brisbane, Toronto (1981)
Zurück zum Zitat Lerner, M., Schepers, A., Pöppel-Decker, M., Leipnitz, C., Fitschen, A.: Voraussichtliche Entwicklung von Unfallzahlen und Jahresfahrleistungen in Deutschland – Ergebnisse 2013. Bundesanstalt für Straßenwesen, Dezember (2013) Lerner, M., Schepers, A., Pöppel-Decker, M., Leipnitz, C., Fitschen, A.: Voraussichtliche Entwicklung von Unfallzahlen und Jahresfahrleistungen in Deutschland – Ergebnisse 2013. Bundesanstalt für Straßenwesen, Dezember (2013)
Zurück zum Zitat Luczak, H., Volpert, W., Raeithel, A., Schwier, W.: Arbeitswissenschaft, Kerndefinition Gegenstandskatalog-Forschungsgebiete. Rationalisierungs-Kuratorium der Deutschen Wirtschaft (RKW) e.V., Eschborn (1987) Luczak, H., Volpert, W., Raeithel, A., Schwier, W.: Arbeitswissenschaft, Kerndefinition Gegenstandskatalog-Forschungsgebiete. Rationalisierungs-Kuratorium der Deutschen Wirtschaft (RKW) e.V., Eschborn (1987)
Zurück zum Zitat Rassl, R.: Ablenkwirkung tertiärer Aufgaben im Pkw – Systemergonomische Analyse und Prognose. Dissertation an der Technischen Universität München (2004) Rassl, R.: Ablenkwirkung tertiärer Aufgaben im Pkw – Systemergonomische Analyse und Prognose. Dissertation an der Technischen Universität München (2004)
Zurück zum Zitat Spies, R.: Entwicklung und Evaluierung eines Touchpadkonzeptes mit adaptiv haptisch veränderlicher Oberfläche zur Menübedienung im Fahrzeug. Dissertation an der Technischen Universität München (2013) Spies, R.: Entwicklung und Evaluierung eines Touchpadkonzeptes mit adaptiv haptisch veränderlicher Oberfläche zur Menübedienung im Fahrzeug. Dissertation an der Technischen Universität München (2013)
Zurück zum Zitat Stein, M.: Informationsergonomie – Ergonomische analyse, Bewertung und Gestaltung von Informationssystemen. Habilitationschrift Stein, M.: Informationsergonomie – Ergonomische analyse, Bewertung und Gestaltung von Informationssystemen. Habilitationschrift
Zurück zum Zitat Woodson, W.E.: Human Factor Design Handbook. Mc Graw Hill Book Company, New York (1981) Woodson, W.E.: Human Factor Design Handbook. Mc Graw Hill Book Company, New York (1981)
Zurück zum Zitat Bubb, H.: Ergonomie. In: Landau, K. (Hrsg.) Lexikon der Arbeitsgestaltung, S. 495–498. Gentner-Verlag, ergonomie Verlag, Stuttgart (2005) Bubb, H.: Ergonomie. In: Landau, K. (Hrsg.) Lexikon der Arbeitsgestaltung, S. 495–498. Gentner-Verlag, ergonomie Verlag, Stuttgart (2005)
Zurück zum Zitat Murrell, F.H.: Ergonomie. Grundlagen und Praxis der Gestaltung optimaler Arbeitsverhältnisse. Chapman and Hall, Econ Verlag, Düsseldorf, Wien, London. (1971) Murrell, F.H.: Ergonomie. Grundlagen und Praxis der Gestaltung optimaler Arbeitsverhältnisse. Chapman and Hall, Econ Verlag, Düsseldorf, Wien, London. (1971)
Zurück zum Zitat Rühmann, H., Bubb, H.: Fahrerassistenzsysteme. Ein Gewinn an Sicherheit und Komfort oder elektronischer Schnickschnack? Ergonomie aktuell. 7, 2–13 (2006) Rühmann, H., Bubb, H.: Fahrerassistenzsysteme. Ein Gewinn an Sicherheit und Komfort oder elektronischer Schnickschnack? Ergonomie aktuell. 7, 2–13 (2006)
Metadaten
Titel
Inauguration
verfasst von
Heiner Bubb
Copyright-Jahr
2021
DOI
https://doi.org/10.1007/978-3-658-33941-8_1

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