Manufactured in 1902 by AG vorm Siedel & Nauman in Dresden, Germany.
Dimensions: Length - 38 cm, Width - 35 cm, Height - 20 cm. Weight - 16 kg. It entered the museum collection in 1984, transferred from the National Museum of Ethnography and Natural History.
The typewriter features a standard carriage mounted on ball bearings and rollers, along with a keyboard equipped with 42 keys. These contain two complete sets of Latin and Cyrillic alphabets, punctuation marks, numbers, and mathematical symbols, enabling the typing of 126 characters. Beneath the metal casing, the type bars are arranged in a fan-like pattern, holding embossed characters and ink ribbon rollers. When the keys are pressed, the type bars strike the inked ribbon, imprinting characters onto the paper tensioned in the machine's roller system. The side panels are elegantly decorated with refined cast-iron elements in the Art Nouveau style, displaying the brand name - "Ideal." The Polyglott model, featuring a bilingual keyboard patented in the United Kingdom by Max Klaczko from Riga, Latvia, was produced between 1902 and 1913, marking the first typewriter capable of writing in two languages. The "Ideal Polyglott" typewriter was actively sold in the Russian Empire and gained significant popularity in Poland, Bulgaria, and Serbia. The typewriter - a mechanical device used for printing text directly onto paper - ranks among the most important inventions of the modern era, as it revolutionized communication. From the late 19th century to the early 21st century, it became an indispensable tool, widely used by writers, in offices, for business correspondence, and in private homes. The peak of typewriter sales occurred in the 1950s when the average annual sales in the United States reached 12 million units. In November 2012, the British Brother factory produced what it claimed to be the last typewriter, which was donated to the Science Museum in London. The advent of computers, word processing software, printers, and the decreasing cost of these technologies led to the typewriter's disappearance from the mainstream market, turning it into a museum exhibit. June 23 marks Typewriter Day, commemorating the date when American journalist and inventor Christopher Latham Sholes patented his typewriter. This day celebrates the simple yet revolutionary device that has become history, as well as the remarkable literary achievements it has enabled since 1868.
Some aspects regarding exchange of salt in 6th - 2nd millennia BC in the Carpatho-Danubian area
Tyragetia, serie nouă, vol. IV [XIX], nr. 1, Arheologie. Istorie Antică
The article deals with prehistoric salt production and exchange of salt in south-east and east-central Europe. The major points of the article are: 1. the modeling of the traditional forms of salt production and exchange in the area; 2. the identification of archaeological indications specific to every type of salt production and exchange; 3. the classification of available archaeological evidence of prehistoric salt production and exchange in Carpatho-Danubian zone.
Salt had two major senses during prehistoric period: on one hand it was as a good of daily consumption and thrifty use, on the other hand it was the exotic good. Every of these senses implied different types of production and exchange. The daily consumption and thrifty use salt could be made both within domestic and industrial productions. Of these, only industrial one was intended for long-distance exchange of salt. Salt as the exotic good was made only within special i.e. „sacred" type of production. This type of industry produced „miraculous" salt which was mainly, if not exclusively, intended for long-distance exchange.
The available archaeological evidence of salt production in the Carpatho-Danubian area is classified in the article on the above principles (tab. 1). Thus, the Neolithic salt production centers from Subcarpathian Moldavia (Lunca and Ţolici) as well as the Eneolithic one from the same area (Cucuieți) are attributed in the article to the domestic production of salt for daily consumption and thrifty use. The main goal of this type of production was to produce salt for domestic use or/and for short-distance traffic. Neolithic and especially Eneolithic salt production attested at Provadia-Solnitsata (northeast Bulgaria) is classified as industrial one. It produced common salt by evaporation of brine, and its main destination was the long-distance exchange, perhaps to east Balkans and North-Pontic area. The Eneolithic salt production centers from subcarpathian Moldavia (Lunca, Ţolici, Cacica, Solca etc.) produced exotic salt in the form of small cone-shaped cakes by evaporation in small briquetage. It was produced for long-distance exchange. The two Early Bronze Age salt production sites from northern Transylvania (Băile Figa and Săsarm) are classified as the domestic production centers which extracted rock salt for their own use and/or for short-distance traffic.
More attention is paid in the article to the end of Middle and Late Bronze Age (the end of 17th-9th centuries BC) salt mining centers from Transylvania and Maramureș: Băile Figa, Caila, Săsarm, Ocna Dej, Valea Florilor, Valea Regilor (Tisolovo) and Solotvino (Ocna Slatina) (Case Study). By all the available evidence, these centers seem to have been involved in the large-scale salt production and long-distance trade. Blocks of rock salt were traded from these centers to Hungarian Plane, by Someș and Tisa rivers. It is well-known fact that the period of functioning of the above salt mining production centers was the one of widest spread of tin bronze objects in the area. That is why, it seems likely that in exchange of salt its owners get, among other goods, tin.
List of illustrations: Fig. 1. The map of the Late Bronze Age salt mining sites: 1 - Caila; 2 - Săsarm; 3 - Băile Figa; 4 - Ocna Dej; 5 - Valea Florilor; 6 - Solotvino (Ocna Slatina); 7 - Valea Regilor (Tisolovo). Fig. 2. Northern Transylvania. Troughs in situ: 1 - Caila; 2, 3 - Băile Figa. Behind the trough at the position 2 the one can observe a ladder. Fig. 3. Băile Figa. One of the troughs (the same at fig. 2/3, the nearest plan). Wood. Fig. 4. Băile Figa. The pegs from the trougs (the troughs at fig. 2). Fig. 5. Băile Figa. One of the troughs (uncovered close to the trough at fig. 2/2). Fig. 6. Băile Figa. The pegs from one of the troughs (the trough at fig. 5). Fig. 7. Băile Figa, the year 2010. The experiment with the trough. Fig. 8. Băile Figa. Mining tools. Stone. Fig. 8. Băile Figa. Tools. Wood. Fig. 10. Băile Figa. The wooden construction for storage of salt (?). Fig. 11. Băile Figa. The parts of wooden constructions for storage of salt (?).
Manufactured in 1902 by AG vorm Siedel & Nauman in Dresden, Germany. Dimensions: Length - 38 cm, Width - 35 cm, Height - 20 cm. Weight - 16 kg. It entered the museum collection in 1984, transferred from the National Museum of Ethnography and Natural History...
The National Museum of History of Moldova takes place among the most significant museum institutions of the Republic of Moldova, in terms of both its collection and scientific reputation.
The National Museum of History of Moldova takes place among the most significant museum institutions of the Republic of Moldova, in terms of both its collection and scientific reputation.
The National Museum of History of Moldova takes place among the most significant museum institutions of the Republic of Moldova, in terms of both its collection and scientific reputation.
The side panels are elegantly decorated with refined cast-iron elements in the Art Nouveau style, displaying the brand name - "Ideal." The Polyglott model, featuring a bilingual keyboard patented in the United Kingdom by Max Klaczko from Riga, Latvia, was produced between 1902 and 1913, marking the first typewriter capable of writing in two languages. The "Ideal Polyglott" typewriter was actively sold in the Russian Empire and gained significant popularity in Poland, Bulgaria, and Serbia.
31 August 1989 St., 121 A, MD 2012, Chisinau, Republic of Moldova
