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English manual for necchi silvia multimatic 586 - Sewing Machines question. Search Fixya. English manual for necchi silvia multimatic 586. Posted by lucia phillips on Mar 20, 2012. Please let me know where I can buy a bobbin winder for NECCHI SILVIA maximatic 586. Select 'Qualcomm' platform from the tab menu in the upper left side of the software Go to 'Unlock' tab Set the phone to Fastboot mode (procedure is explained in Fastboot manual) Connect your device to PC with USB cable Install required Huawei smartphone driver (only if the phone is connected for the first time).
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An improved household type sewing machine having a needle bar and a feed dog wherein an actuator adjusts the transverse position of the needle bar and the positional displacement of the feed dog in response to control signals provided thereto, in which a microcomputer integrated circuit is provided for controlling the machine in response to keyboard selectable pattern and control information stored in a static memory which is interchangeable with other memory configurations to provide different patterns, such as alphabetic stitch patterns. The keyboard contains a numeric display with each of the patterns having a corresponding numeric equivalent which is displayed on the keyboard to indicate which pattern is selected. The microcomputer is capable of selectively controllably functionally operating on the stored stitch pattern data in response to input control signals from the keyboard for controllably redefining the stored stitch pattern data to selectively create output control signals for the actuator different from the output control signals corresponding to any one of the stored stitch patterns whereby the position of the stitch forming instrumentalities may be selectively varied to redefine a stitch pattern arrangement different from any one of the stored stitch patterns. Thus, for example, a constant stitch density may be maintained for a selected pattern as the length of the pattern is varied by the operator in such a manner that the selected stitch pattern shape may be maintained. 41-03-20 Brown 112/158E 41-03-06 Itoh 112/158E 41-11-07 Brown 112/158E 41-10-31 Tanimoto et al.
112/158E 41-09-26 Tanimoto et al. 112/158E 41-09-19 Kaufman 364/4 1978-08-29 Adams 112/158E 41-08-22 Watanabe et al.
112/158E 41-08-22 Hedstrom 112/158E 41-08-22 Landau, Jr. 112/1591 1978-08-15 Herr et al.
318/6 1978-08-01 Bowles 112/158E 41-07-18 Landau, Jr. 112/1938 1978-06-06 Coughenour et al. 112/158E 40-05-02 Makabe et al. 112/158E 40-03-14 Froyd et al. 364/1 1978-03-14 Sasaki 112/158R 40-02-07 Sugiyama et al. 112/1778 1978-01-24 Kozawa 112/1131 1977-10-25 O'Brien et al.
112/158E 40-10-25 Larsen et al. 112/158R 40-10-04 Herzer et al. 112/1932 1977-09-20 Odermann et al.
112/158E 40-04-12 Minalga 112/158E 40-03-29 Herr et al. 112/158E 40-02-01 Garron 112/158E 39-10-26 Wurst et al. 112/158E 39-10-19 Herzer et al. 112/1745 1976-10-05 Minalga 112/158E 39-09-28 Caspi et al.
66/50R 39-09-28 Herzer et al. 112/1338 1976-08-31 Wurst et al. 112/158E 39-07-20 Kouklik 661/54A 39-10-21 Adams et al.
112/1324 1975-09-16 Smith 318/5 1975-03-25 Wurst 112/158E 38-11-12 Garron 112/158E 38-10-29 De Cerjat et al. 66/50R 38-09-10 Gude 112/158A 38-04-30 Daman 112/158D 37-08-14 Logan et al. 112/1404 1973-04-03 Marsh et al. 112/158B 36-10-19 Hinerfeld et al. 112/1618 1971-08-03 Goldbach et al.
112/158B 35-05-12 Floyd 318/6 1967-12-05 Eguchi 112/158A 33-02-28 Szostak 112/158B 30-03-19 Bono 112/158A 30-01-29 Caron 112/158E 30-10-17 Fluckiger 112/158E 29-09-29 Vigorelli 112/158A. What is claimed is: 1. BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to electronic household type sewing machines and more particularly to such machines having automatic control for the needle bar transverse oscillations and the feed member displacement. Description of the Prior Art Electronic sewing machines are well known which provide for control of needle bar transverse oscillations and feed member displacement.
Household types sewing machines of this type which are known to the applicants generally store information relative to the needle bar and feed positions as a digital code in a read only memory or other static memory. Such a memory is merely a data bank which is conventionally sequentially explored during the execution of a predetermined sewing program beginning from the first stitch of a selected pattern to the last one of the same pattern and so on repeatedly. An example of such an arrangement is disclosed in U.S. 3,984,745 which is owned by the Singer Company.
Moreover, the Singer Company has commercially sold a variety of such means under what Singer has commonly termed their 'TOUCH-TRONIC FAMILY' which incudes the Singer Model 2001, the Singer Model 2000, the Singer Model 1200 and the Singer Model 1060. For example, the Singer Model 2001 lets the user select any of 27 preprogrammed stitch patterns by pushing the key uniquely corresponding to that pattern as well as providing automatic selection of length and width for the pattern and, if desired, the mirror image of such a pattern. This machine, as well as the other Singer machines known to the applicants, however, are confined to selection of the stored programs, or their mirror images, and do not provide sufficient flexibility to enable the user to vary the stitch pattern data, such as to maintain a constant stitch density while the length of the selected stitch pattern is varied. In addition, the applicants are not aware of any household electronic type sewing machines capable of automatically providing alphabetic stitch patterns, such as to sew monograms. Although prior art mechanical sewing machines employing elaborated camming arrangements, such as previously sold by Borletti S.P.A.
Of Milan, Italy have been capable of providing monograms. Other examples of electronic sewing machines known to applicants are disclosed in Japanese Pat. 8675/72, issued to Matsushita Electric Ind.
Co., Ltd., Japanese Pat. 15713/70, issued to Janome Sewing Machine Co., Ltd.; U.S. 3,076,066, owned by Mefina S.A.; U.S.
3,005,136, also owned by Mefina S.A.; U.S. 3,834,332, owned by Meister-Werke Gmbh; U.S. 3,613,608, owned by Kayser-Roth Corporation; U.S. 3,752,098, owned by The Gerber Scientific Instrument Company; U.S. 3,982,491; 3,986,466 and 4,051,794 owned by Union Special Corp.; U.S. 4,078,506; 4,072,114 and 4,069,778 owned by Brother Kogyo; U.S. 4,108,093 and 4,086,862 owned by Janome; U.S.
4,116,144 owned by Sharp Kabushiki; and U.S. 4,108,091 owned by Husqvarna AB. The above art is merely exemplary of a field which is becoming increasingly crowded as technology in the sewing machine field continues to convert from the mechanical age to the electronic age. Thus, by and large, the majority of prior art electronic controlled sewing machines are merely electronic conversions of their earlier mechanical equivalents which, through the use of various cam stacks, were capable of providing a plurality of selectable patterns to the operator. These cam stacks were merely replaced by their prior art electronic equivalents, namely a static memory, such as a read only memory or some other type of electronic storage.