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    • 66. 发明专利
    • ПОТОЧНА ЛИНИЯ ЗА ПРОИЗВОДСТВО НА ДЪРВЕСНИ ПАНЕЛИ И ДЕТАЙЛИ
    • BG2628U1
    • 2017-06-30
    • BG336116
    • 2016-03-23
    • ARNAUDOV ANTON
    • ARNAUDOV ANTON
    • B27B13/00B27B15/06
    • Поточналиниязапроизводствонадървеснипанелии детайли, намиращаприложениев дървообработващатапромишленост. Решене проблемът, прикойтодабъдеспестеновремезаизпълнение, производствотодабъдеекологичнои безотпадно, кактои дасенамалипрякатаработанаоператора. Състоисеотпоследователнонареденидървообработващимашини, катодървениятматериале подаванкъмпоточнаталиниячрезподемнотранспортносредство (12), акъмсъответнатамашина - чрезтранспортенконвейер, Готовитедетайлисатранспортиранидоагрегатзапрецизнаобработка (24), катоготовитепанелиотагрегатзапрецизнаобработка (24) посредствомизходящтранспортенконвейер (25) сатранспортираникъмролковтранспортенконвейер (15), чрезкойтосепридвижатдостанциязасглобканапанели (26).
    • 68. 发明专利
    • AUTONOMOUS RESONANCE INVENTORIES FOR DC-DC INVERTERS OF IMPROVED CHARACTERISTICS
    • BG63793B1
    • 2002-12-29
    • BG10466600
    • 2000-08-04
    • GRADINAROV NIKOLA PKHINOV NIKOLAJ LARNAUDOV DIMITAR D
    • GRADINAROV NIKOLA PKHINOV NIKOLAJ LARNAUDOV DIMITAR D
    • H02M3/00H02M3/22H02M3/335H02M7/00H02M7/523
    • The invention relates to resonance inverters for DC-DC inverters which have improved characteristics. This is due to the limitation of the voltage on the switching capacitor, which is achieved by dividing the load into two equal parts in the bridge circuitries, one side of the ends of which are connected to the middle parts of the two arms of the bridge, and the other two ends are interconnected by means of the switching capacitor (7), the voltage of which is limited to levels +Eo(-Eo). In charging the capacitor (7) to voltage +Eo(-Eo), the current which is received from the supply source (10) is discontinued, and the stored energy in the switching inductivities (8 and 9), which are coupled in the AC output circuit, is dissipated across the enabled diode, the respective half of the load and the operating switching instrument. The voltage limitation on the capacitor (7) enables the DC-DC inverters to have a favourable transition process of start-up and even to operate reliably in a short-circuit mode of the load. On the other hand, the connected in parallel of the inventor instruments groups of capacitor and diode, due to the special algorithm of control, wherein the duration of the controlling pulse exceeds the half-cycle of its own oscillations of the consecutive resonance circuit, ensure the operation of these instruments at zero switching, both of the current, and of the voltage. At an established mode, the limitation diodes are not put into operation and the circuitry operates as the known circuits of DC-DC inverters of zero switching of the current and the voltage. The circuitries limit the voltage of the switching capacitor in start-up or emergencies modes. The instruments of the inventor are included in three groups, consisting of diode and capacitor connected in parallel. 2 claims, 2 figures
    • 69. 发明专利
    • THOROIDAL ENGINE AND METHOD FOR THE OPERATION OF THE ENGINE
    • BG104629A
    • 2002-01-31
    • BG10462900
    • 2000-07-20
    • ARNAUDOV STEFAN D
    • ARNAUDOV STEFAN D
    • F01C1/00
    • The thoroidal engine and the method are used in the transport industry. Intensification of the process of operation and the design of the motor is achieved. The engine includes a housing in which three thoroidal sections (2) are fitted, connected by means of an inverter (3) to a flywheel (4), mounted on a force-removing shaft (5). Three turbine fins (6) are mounted onto the shaft (5). Each thoroidal section (2) comprises a fixed part (7) fitted by supports (8) to housing (1), and in each section (2) the following are formed: outlet holes (9), intake holes (10) and holes for the sparking plugs (11) , mobile part with pistons (12), mounted to a shaft (13) with a gear (14), a second mobile part with pistons (15) mounted to a telescopic shaft (16) with a gear (17), sealing rings (18) fitted between the mobile parts (12 and 15), and second sealing rings (19), mounted between the fixed part (7) and its mobile parts (12 and 15). Piston seals (20) are mounted to the pistons of the mobile parts (13 and 15). The inverter (3) includes a systems of permanently meshed eccentrics (21, 22 and 23), which, by means of shafts (24) in the form of Hook's joints with telescopic connection are permanently meshed to groups of gear transmissions (25 and 26), which, on their turn, are in permanent contact with gears (14 and 17). Fly-wheel (4) is in the form of a gear wheel with radially positioned axles in the form of turbine blades (27). 5 claims, 12 figures
    • 70. 发明专利
    • DEVICE FOR BLASTING OF ELECTRODETONATORS
    • BG419Y1
    • 2000-08-31
    • BG10206397
    • 1997-11-21
    • RUMEN IVANOV ARNAUDOV
    • ARNAUDOV RUMEN ICHOLAKOV KANCHO AARNAUDOV ROSEN RARNAUDOVA DIANA RSIMEONOV VALENTIN P
    • F42C11/00F42D1/05
    • The device is used in the initiation of electric detonators used in mining, industry, civil engineering and forestry. It contains a three-positioned switch (1) for the modes of charging, blasting and discharging. The generator has an induction feedback. Its stepping up winding across a voltage multiplier (8) is connected to a charging capacitor (9) and across a limiting impedance (10) to one of the output terminals (11). Through the first contact couple supply is delivered to the generator, a light indicator (15), reference source (16) and two electrolyte capacitors (18, 27) are charged across two diodes. The anode of diode (21) is connected to the generator the cathode of which is coupled, together with the second lead of the light indicator (15) to the output of comparator (22) the noninverting input of which is connected to the output of the reference source (16). Its inverting input across filter (23) is connected to the output of a voltage divider (24) the input of which is coupled to the charging capacitor (9). The two output terminals are connected to neuter across electronic switches (19, 26), connected across the second and the third contact couples, respectively, of reswitch (1) of the voltage of the electrolyte capacitors (18, 27). 1 claim, 1 figure