Claims (8)
1. Postupak za proizvodnju transformatorskih jezgri koje se proizvode od mnoštva naslaganih limova, gdje se limovi stalno odmataju s dostavnog valjka, te se uzastopno režu na određenu duljinu i u određeni oblik, pri čemu se nakon rezanja transportiraju putem sustava transportnih traka i potom se slažu u visinu na stolu za slaganje, naznačen time, da postupak ima sljedeće korake:
a) raspoređivanje limova (2 - 6) na najmanje dva položaja za slaganje (12) smještena jedan iza drugoga u smjeru transporta (a), tako da se kao prvo alternacijski postavlja jedan lim s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) na svaki od stolova za slaganje (11) i postavlja se jedan lim sa strane poluge (5 ili 6) od transformatorske jezgre (1) na nosive stolove (15), ili se alternacijski naslaže mnoštvo limova s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) na stolovima za slaganje (11) i mnoštvo limova sa strane poluge (5 ili 6) od transformatorske jezgre (1), naslaže se na nosivim stolovima (15) jedan preko drugoga;
b) nakon bočnog premještanja stolova za slaganje (11), postavlja se jedan lim s druge strane krakova (4 ili 2) od transformatorske jezgre (1), alternacijski na položajima za slaganje (12), na svaki od stolova za slaganje (11) i postavlja se alternacijski jedan lim s druge strane poluge (6 ili 5) od transformatorske jezgre (1), u prihvatne naprave (13), ili se alternacijski naslaže mnoštvo limova s druge strane krakova (4 ili 2) od transformatorske jezgre (1) na stolovima za slaganje (11) i mnoštvo limova s druge strane poluge (6 ili 5) od transformatorske jezgre (1), naslaže se u prihvatnim napravama (13) jedan preko drugoga;
c) nakon daljnjeg bočnog premještanja stolova za slaganje (11), postavlja se alternacijski jedan lim od srednjeg kraka (3) od transformatorske jezgre (1), ili se naslaže mnoštvo limova od srednjeg kraka (3) od transformatorske jezgre (1) na svakom od navedenih stolova za slaganje (11) jedan preko drugoga, pri čemu istovremeno, sustavi za rukovanje (14) okreću limove s jedne strane poluge (6 ili 5) ili pakete limova s jedne strane poluge (6 ili 5) s longitudinalnim smjerom od strane poluge u pravokutnu poziciju prema smjeru transporta (a);
d) tada sustavi rukovanja (14) postavljaju limove na stolovima za slaganje (11) s jedne strane poluge (6 ili 5) ili pakete limova s jedne strane poluge (6 ili 5) s njihovim krajevima na jednim krajevima limova sa strane krakova (2, 4) od odgovarajućeg stola za slaganje i s njihovim centrom na jednom kraju limova od srednjeg kraka (3) od odgovarajućeg stola za slaganje ili s njihovim krajevima na jednim krajevima od paketa limova sa strane krakova (2, 4) od odgovarajućeg stola za slaganje i s njihovim centrom na jednom kraju od paketa limova od srednjeg kraka (3) od odgovarajućeg stola za slaganje (11);
e) ponavljaju se koraci postupka od a) do d), sve dok se ne postigne ukupna visina odgovarajuće transformatorske jezgre (1).1. Process for the production of transformer cores that are produced from a number of stacked sheets, where the sheets are constantly unwound from the delivery roller, and are successively cut to a certain length and into a certain shape, whereupon after cutting they are transported via a conveyor belt system and then stacked in height on the stacking table, indicating that the procedure has the following steps:
a) arranging sheets (2 - 6) in at least two stacking positions (12) located one behind the other in the direction of transport (a), so that first one sheet is alternately placed on one side of the arms (2 or 4) of the transformer core (1) on each of the stacking tables (11) and one sheet is placed on the side of the lever (5 or 6) from the transformer core (1) on the load-bearing tables (15), or a number of sheets are alternately stacked on one side of the arms (2 or 4) from the transformer core (1) on the stacking tables (11) and a plurality of sheets on the side of the lever (5 or 6) from the transformer core (1), are stacked on the supporting tables (15) one over the other;
b) after moving the stacking tables (11) laterally, one sheet is placed on the other side of the arms (4 or 2) from the transformer core (1), alternately at the stacking positions (12), on each of the stacking tables (11) and one sheet is alternately placed on the other side of the lever (6 or 5) from the transformer core (1), in the receiving devices (13), or multiple sheets are alternately stacked on the other side of the arms (4 or 2) from the transformer core (1) on the stacking tables (11) and a number of sheets on the other side of the lever (6 or 5) from the transformer core (1), are stacked in the receiving devices (13) one over the other;
c) after further lateral movement of the stacking tables (11), one sheet from the middle leg (3) of the transformer core (1) is placed alternately, or a number of sheets from the middle leg (3) from the transformer core (1) are stacked on each of said stacking tables (11) one over the other, while at the same time, the handling systems (14) turn the sheets on one side of the lever (6 or 5) or the packages of sheets on one side of the lever (6 or 5) with the longitudinal direction from levers in a rectangular position according to the direction of transport (a);
d) then the handling systems (14) place sheets on stacking tables (11) on one side of the lever (6 or 5) or packages of sheets on one side of the lever (6 or 5) with their ends on one end of the sheets on the side of the arms (2 , 4) from the corresponding stacking table and with their center at one end of the sheets from the middle arm (3) from the corresponding stacking table or with their ends at one end from the package of sheets on the sides of the arms (2, 4) from the corresponding stacking table and with by their center at one end of a package of sheets from the middle arm (3) of the corresponding stacking table (11);
e) the procedure steps from a) to d) are repeated until the total height of the corresponding transformer core (1) is reached.
2. Postupak za proizvodnju transformatorskih jezgri prema zahtjevu 1, naznačen time, da postupak ima sljedeće korake:
a) raspoređivanje limova (2 - 6) na najmanje dva položaja za slaganje (12) smještena jedan iza drugoga u smjeru transporta (a), gdje se kao prvo alternacijski postavlja jedan lim s jedne strane krakova (2 ili 4) od transformatorske jezgre (1), na svaki od stolova za slaganje (11) i jedan lim sa strane poluge (5 ili 6) od transformatorske jezgre (1), postavlja se u prihvatne naprave (16), ili se alternacijski naslaže mnoštvo limova s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) na stolovima za slaganje (12) i mnoštvo limova sa strane poluge (5 ili 6) od transformatorske jezgre (1), naslaže se u prihvatnim napravama (16) jedan preko drugoga;
b) nakon bočnog premještanja stolova za slaganje (11), u položajima za slaganje (12), alternacijski se postavlja jedan lim s druge strane krakova (4 ili 2) od transformatorske jezgre (1), na svaki od stolova za slaganje (11) i jedan lim s druge strane poluge (6 ili 5) od transformatorske jezgre (1), postavlja se u prihvatne naprave (13), ili se alternacijski naslaže mnoštvo limova s druge strane krakova (4 ili 2) od transformatorske jezgre (1) na stolovima za slaganje (11) i mnoštvo limova s druge strane poluge (6 ili 5) od transformatorske jezgre (1), naslaže se u prihvatnim napravama (13) jedan preko drugoga;
c) nakon daljnjeg bočnog premještanja stolova za slaganje (11), postavlja se alternacijski jedan lim od srednjeg kraka (3) od transformatorske jezgre (1), ili se naslaže mnoštvo limova od srednjeg kraka (3) od transformatorske jezgre (1) na svakom od navedenih stolova za slaganje (11) jedan preko drugoga, pri čemu istovremeno, sustavi za rukovanje (14, 17) okreću limove sa strane poluge (5 ili 6) ili pakete limova sa strane poluge (5 ili 6) s longitudinalnim smjerom od strane poluge u pravokutnu poziciju prema smjeru transporta (a);
d) tada sustavi rukovanja (14, 17) postavljaju limove na stolovima za slaganje (11) sa strane poluge (5 ili 6) ili pakete limova sa strane poluge (5 ili 6) s njihovim krajevima na krajevima limova sa strane krakova (2, 4) od odgovarajućeg stola za slaganje i s njihovim centrom na jednom kraju limova od srednjeg kraka (3) od odgovarajućeg stola za slaganje ili s njihovim krajevima na krajevima od paketa limova sa strane krakova (2, 4) od odgovarajućeg stola za slaganje i s njihovim centrom na jednom kraju od paketa limova od srednjeg kraka (3);
e) ponavljaju se koraci postupka od a) do d), sve dok se ne postigne ukupna visina odgovarajuće transformatorske jezgre (1).2. The process for the production of transformer cores according to claim 1, characterized in that the process has the following steps:
a) arranging sheets (2 - 6) on at least two stacking positions (12) located one behind the other in the direction of transport (a), where first one sheet is alternately placed on one side of the arms (2 or 4) of the transformer core ( 1), on each of the stacking tables (11) and one sheet from the lever side (5 or 6) of the transformer core (1), is placed in the receiving devices (16), or a number of sheets are alternately stacked on one side of the arms ( 2 or 4) from the transformer core (1) on stacking tables (12) and a number of sheets on the side of the lever (5 or 6) from the transformer core (1), are stacked in the receiving devices (16) one over the other;
b) after moving the stacking tables (11) laterally, in the stacking positions (12), one sheet is alternately placed on the other side of the arms (4 or 2) of the transformer core (1), on each of the stacking tables (11) and one sheet on the other side of the lever (6 or 5) from the transformer core (1), is placed in the receiving devices (13), or a number of sheets are alternately stacked on the other side of the arms (4 or 2) from the transformer core (1) on stacking tables (11) and a number of sheets on the other side of the lever (6 or 5) from the transformer core (1), are stacked in the receiving devices (13) one over the other;
c) after further lateral movement of the stacking tables (11), one sheet from the middle leg (3) of the transformer core (1) is placed alternately, or a number of sheets from the middle leg (3) from the transformer core (1) are stacked on each of said stacking tables (11) one over the other, while at the same time, the handling systems (14, 17) turn the lever-side sheets (5 or 6) or the lever-side sheet packages (5 or 6) with the longitudinal direction from levers in a rectangular position according to the direction of transport (a);
d) then the handling systems (14, 17) place sheets on stacking tables (11) on the lever side (5 or 6) or packages of sheets on the lever side (5 or 6) with their ends on the ends of the sheets on the arm side (2, 4) from the corresponding stacking table and with their center at one end of the sheets from the middle arm (3) from the corresponding stacking table or with their ends at the ends of the bundle of sheets on the sides of the arms (2, 4) from the corresponding stacking table and with their center at one end of a package of sheets from the middle arm (3);
e) the procedure steps from a) to d) are repeated until the total height of the corresponding transformer core (1) is reached.
3. Postupak za proizvodnju transformatorskih jezgri prema zahtjevu 1, naznačen time, da postupak ima sljedeće korake:
a) raspoređivanje limova (2-6) na najmanje dva položaja za slaganje (12) smještena jedan iza drugoga u smjeru transporta (a), gdje se kao prvo alternacijski postavlja jedan lim s jedne strane krakova (2 ili 4) od transformatorske jezgre (1), na svaki od stolova za slaganje (11) i postavlja se jedan lim sa strane poluge (5 ili 6) od transformatorske jezgre (1), na nosive stolove (15), ili se alternacijski naslaže mnoštvo limova s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) na stolovima za slaganje (11) i mnoštvo limova sa strane poluge (5 ili 6) od transformatorske jezgre (1), naslaže se na nosivim stolovima (15) jedan preko drugoga;
b) nakon bočnog premještanja stolova za slaganje (11), u položajima za slaganje (12),
c) alternacijski se postavlja jedan lim s druge strane krakova (4 ili 2) od transformatorske jezgre (1), na svaki od stolova za slaganje (11) i jedan lim s druge strane poluge (6 ili 5) od transformatorske jezgre (1), postavlja se u prihvatne naprave (13), ili se alternacijski naslaže mnoštvo limova s druge strane krakova (4 ili 2) od transformatorske jezgre (1) na stolovima za slaganje (11) i mnoštvo limova s druge strane poluge (6 ili 5) od transformatorske jezgre (1), naslaže se u prihvatnim napravama (13) jedan preko drugoga;
d) tada sustavi rukovanja (14) okreću limove s jedne strane poluge (6 ili 5) ili pakete limova s jedne strane poluge (6 ili 5) s longitudinalnim smjerom od strane poluge u pravokutnu poziciju prema smjeru transporta (a) i postavljaju limove na stolovima za slaganje (11) s jedne strane poluge (6 ili 5) ili pakete limova s jedne strane poluge (6 ili 5) s njihovim krajevima na jednim krajevima limova sa strane krakova (2, 4) od odgovarajućeg stola za slaganje ili na jednim krajevima paketa limova sa strane krakova (2, 4) od odgovarajućeg stola za slaganje;
e) ponavljaju se koraci postupka od a) do c), sve dok se ne postigne ukupna visina odgovarajuće transformatorske jezgre (1).3. The process for the production of transformer cores according to claim 1, characterized in that the process has the following steps:
a) arranging sheets (2-6) in at least two stacking positions (12) located one behind the other in the direction of transport (a), where first one sheet is alternately placed on one side of the arms (2 or 4) of the transformer core ( 1), on each of the stacking tables (11) and one sheet is placed on the side of the lever (5 or 6) of the transformer core (1), on the bearing tables (15), or a number of sheets are alternately stacked on one side of the arms ( 2 or 4) from the transformer core (1) on the stacking tables (11) and a plurality of sheets on the side of the lever (5 or 6) from the transformer core (1), are stacked on the supporting tables (15) one over the other;
b) after lateral movement of stacking tables (11), in stacking positions (12),
c) alternately place one sheet on the other side of the arms (4 or 2) from the transformer core (1), on each of the stacking tables (11) and one sheet on the other side of the lever (6 or 5) from the transformer core (1) , is placed in the receiving devices (13), or a number of sheets on the other side of the arms (4 or 2) from the transformer core (1) are alternately stacked on stacking tables (11) and a number of sheets on the other side of the lever (6 or 5) from the transformer core (1), it is stacked in the receiving devices (13) one over the other;
d) then the handling systems (14) turn the sheets from one side of the lever (6 or 5) or the packages of sheets from one side of the lever (6 or 5) with the longitudinal direction from the side of the lever into a rectangular position to the direction of transport (a) and place the sheets on stacking tables (11) on one side of the lever (6 or 5) or bundles of sheets on one side of the lever (6 or 5) with their ends on one end of the sheets on the side of the arms (2, 4) from the corresponding stacking table or on one with the ends of the package of sheets on the sides of the arms (2, 4) from the appropriate stacking table;
e) the procedure steps from a) to c) are repeated until the total height of the corresponding transformer core (1) is reached.
4. Postupak za proizvodnju transformatorskih jezgri prema zahtjevu 1, naznačen time, da postupak ima sljedeće korake:
a) raspoređivanje limova na najmanje dva položaja za slaganje (12) smještena jedan iza drugoga u smjeru transporta (a), gdje se kao prvo postavlja alternacijski jedan lim s jedne strane krakova (2 ili 4) od transformatorske jezgre (1), na svaki od stolova za slaganje (11) i jedan lim sa strane poluge (5 ili 6) od transformatorske jezgre (1), postavlja se u prihvatne naprave (16), ili se alternacijski naslaže mnoštvo limova s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) na stolovima za slaganje (12) i mnoštvo limova sa strane poluge (5 ili 6) od transformatorske jezgre (1), naslaže se u prihvatnim napravama (16) jedan preko drugog;
b) nakon bočnog premještanja stolova za slaganje (11), u položajima za slaganje (12), postavlja se alternacijski jedan lim s druge strane krakova (4 ili 2) od transformatorske jezgre (1), na svaki od stolova za slaganje (11) i jedan lim s druge strane poluge (6 ili 5) od transformatorske jezgre (1), postavlja se u prihvatne naprave (13), ili se alternacijski naslaže mnoštvo limova s druge strane krakova (4 ili 2) od transformatorske jezgre (1) na stolovima za slaganje (11) i mnoštvo limova s druge strane poluge (6 ili 5) od transformatorske jezgre (1), naslaže se u prihvatnim napravama (13) jedan preko drugoga;
c) tada sustavi rukovanja (14, 17) okreću limove sa strane poluge (5 ili 6) ili pakete limova sa strane poluge (5 ili 6) s longitudinalnim smjerom od strane poluge u pravokutnu poziciju prema smjeru transporta (a) i postavljaju limove na stolovima za slaganje (11) sa strane poluge (5 ili 6) ili pakete limova sa strane poluge (5 ili 6) s njihovim krajevima na krajevima limova sa strane krakova (2, 4) od odgovarajućeg stola za slaganje ili na krajevima paketa limova sa strane krakova (2, 4) od odgovarajućeg stola za slaganje;
d) ponavljaju se koraci postupka od a) do c), sve dok se ne postigne ukupna visina odgovarajuće transformatorske jezgre (1).4. The process for the production of transformer cores according to claim 1, characterized in that the process has the following steps:
a) arranging the sheets in at least two stacking positions (12) located one behind the other in the direction of transport (a), where first one alternating sheet is placed on one side of the arms (2 or 4) of the transformer core (1), on each from stacking tables (11) and one sheet from the side of the lever (5 or 6) from the transformer core (1), is placed in the receiving devices (16), or multiple sheets are alternately stacked on one side of the arms (2 or 4) of transformer cores (1) on the stacking tables (12) and a number of sheets on the side of the lever (5 or 6) from the transformer core (1), are stacked in the receiving devices (16) one over the other;
b) after the lateral movement of the stacking tables (11), in the stacking positions (12), one alternating sheet is placed on the other side of the arms (4 or 2) from the transformer core (1), on each of the stacking tables (11) and one sheet on the other side of the lever (6 or 5) from the transformer core (1), is placed in the receiving devices (13), or a number of sheets are alternately stacked on the other side of the arms (4 or 2) from the transformer core (1) on stacking tables (11) and a number of sheets on the other side of the lever (6 or 5) from the transformer core (1), are stacked in the receiving devices (13) one over the other;
c) then the handling systems (14, 17) turn the lever-side sheets (5 or 6) or the lever-side sheet packages (5 or 6) with the longitudinal direction from the lever side into a perpendicular position to the transport direction (a) and place the sheets on stacking tables (11) on the side of the lever (5 or 6) or bundles of sheets on the side of the lever (5 or 6) with their ends on the ends of the sheets on the side of the arms (2, 4) from the corresponding stacking table or on the ends of the bundles of sheets with the sides of the legs (2, 4) from the corresponding stacking table;
d) the procedure steps from a) to c) are repeated until the total height of the corresponding transformer core (1) is reached.
5. Postupak za proizvodnju transformatorskih jezgri prema zahtjevu 1, naznačen time, da postupak ima sljedeće korake:
a) raspoređivanje limova (2 – 6) na svakom od najmanje dva (21, 23) od najmanje četiri okretna stola (21, 22, 23, 24) smještena jedan iza drugoga u smjeru transporta (a) i učvršćena na stolovima za slaganje, tako da se kao prvo alternacijski postavlja jedan lim s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s jedne strane krakova (2 ili 4) od transformatorske jezgre (1), dok se dva preostala okretna stola (22, 24) premještaju u poziciju za slaganje limova s jedne strane krakova i okreću se;
b) tada se postavlja alternacijski jedan lim s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s jedne strane krakova (2 ili 4) od transformatorske jezgre (1), jedan preko drugoga na svakom od dva preostala okretna stola (22, 24), gdje se svaki od prvih okretnih stolova (21, 23) bočno premješta u poziciju za slaganje limova sa srednjim krakom (3) od transformatorske jezgre (1);
c) tada se postavlja alternacijski jedan lim sa srednjim krakom (3) od transformatorske jezgre (1) ili se naslaže mnoštvo limova sa srednjim krakom (3) od transformatorske jezgre (1), na svakom od prvih okretnih stolova (21, 23), dok se svaki od preostalih okretnih stolova (22, 24) bočno premješta u poziciju za slaganje limova sa srednjim krakom (3) od transformatorske jezgre (1);
d) tada se postavlja alternacijski jedan lim sa srednjim krakom (3) od transformatorske jezgre (1) ili se naslaže mnoštvo limova sa srednjim krakom (3) od transformatorske jezgre (1) od transformatorske jezgre (1), jedan preko drugoga na svakom od dva preostala okretna stola (22, 24), dok se svaki od prvih okretnih stolova (21, 23) bočno premješta u poziciju za slaganje limova od druge strane krakova (4 ili 2) od transformatorske jezgre (1);
e) tada se postavlja alternacijski jedan lim s druge strane krakova (4 ili 2) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s druge strane krakova (4 ili 2) od transformatorske jezgre (1), jedan preko drugoga na svakom od prvih okretnih stolova (21, 23), dok se svaki od preostalih okretnih stolova (22, 24) bočno premješta u poziciju za slaganje limova s druge strane krakova (4 ili 2) od transformatorske jezgre (1);
f) tada se alternacijski postavlja jedan lim s druge strane krakova (4 ili 2) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s druge strane krakova (4 ili 2) od transformatorske jezgre (1), jedan preko drugoga na svakom od preostalih okretnih stolova (22, 24), dok se svaki od prvih okretnih stolova (21, 23) premješta u poziciju za slaganje limova s odgovarajuće prve strane poluge (5 ili 6) od transformatorske jezgre (1) i okreću se;
g) tada se alternacijski postavlja jedan lim s jedne strane poluge (5 ili 6) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s jedne strane poluge (5 ili 6) od transformatorske jezgre (1), jedan preko drugoga na svakom od prvih okretnih stolova (21, 23), dok se svaki od preostalih okretnih stolova (22, 24) bočno premješta u poziciju za slaganje limova s odgovarajuće prve strane poluge (5 ili 6) od transformatorske jezgre (1) i okreću se;
h) tada se alternacijski postavlja jedan lim s jedne strane poluge (5 ili 6) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s jedne strane poluge (5 ili 6) od transformatorske jezgre (1), jedan preko drugoga na svakom od preostalih okretnih stolova (22, 24), dok se svaki od prvih okretnih stolova (21, 23) premješta u poziciju za slaganje limova s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) i okreću se;
i) ponavljaju se koraci postupka od a) do h), sve dok se ne postigne ukupna visina odgovarajuće transformatorske jezgre (1).5. Process for the production of transformer cores according to claim 1, characterized in that the process has the following steps:
a) arranging sheets (2 – 6) on each of at least two (21, 23) of at least four rotary tables (21, 22, 23, 24) located one behind the other in the direction of transport (a) and fixed on stacking tables, so that firstly, one sheet is alternately placed on one side of the arms (2 or 4) of the transformer core (1) or many sheets are stacked on one side of the arms (2 or 4) of the transformer core (1), while the two remaining rotating the tables (22, 24) are moved to the position for stacking sheets on one side of the arms and turn;
b) then one sheet is placed alternately on one side of the arms (2 or 4) of the transformer core (1) or many sheets are stacked on one side of the arms (2 or 4) of the transformer core (1), one over the other on each of two remaining turntables (22, 24), where each of the first turntables (21, 23) is laterally moved to a position for stacking sheets with the middle arm (3) of the transformer core (1);
c) then alternately one sheet with the middle leg (3) of the transformer core (1) is placed, or many sheets with the middle leg (3) of the transformer core (1) are stacked on each of the first turntables (21, 23), while each of the remaining rotary tables (22, 24) is laterally moved to a position for stacking sheets with the middle arm (3) of the transformer core (1);
d) then alternately one sheet with the middle arm (3) of the transformer core (1) is placed or many sheets with the middle arm (3) of the transformer core (1) of the transformer core (1) are stacked, one over the other on each of two remaining turntables (22, 24), while each of the first turntables (21, 23) is laterally moved to a position for stacking sheets on the other side of the arms (4 or 2) of the transformer core (1);
e) then alternately one sheet is placed on the other side of the arms (4 or 2) of the transformer core (1) or many sheets are stacked on the other side of the arms (4 or 2) of the transformer core (1), one over the other on each of of the first turntables (21, 23), while each of the remaining turntables (22, 24) is laterally moved to a position for stacking sheets on the other side of the arms (4 or 2) of the transformer core (1);
f) then alternately place one sheet on the other side of the arms (4 or 2) of the transformer core (1) or stack many sheets on the other side of the arms (4 or 2) of the transformer core (1), one over the other on each of of the remaining turntables (22, 24), while each of the first turntables (21, 23) is moved to the position for stacking the sheets on the corresponding first side of the lever (5 or 6) of the transformer core (1) and turns;
g) then one sheet is alternately placed on one side of the lever (5 or 6) from the transformer core (1) or many sheets are stacked on one side of the lever (5 or 6) from the transformer core (1), one over the other on each of of the first turntables (21, 23), while each of the remaining turntables (22, 24) is laterally moved to the position for stacking the sheets on the corresponding first side of the lever (5 or 6) of the transformer core (1) and turns;
h) then one sheet is alternately placed on one side of the lever (5 or 6) from the transformer core (1) or many sheets are stacked on one side of the lever (5 or 6) from the transformer core (1), one over the other on each of of the remaining turntables (22, 24), while each of the first turntables (21, 23) is moved to a position for stacking sheets on one side of the arms (2 or 4) of the transformer core (1) and they turn;
i) the procedure steps from a) to h) are repeated until the total height of the corresponding transformer core (1) is reached.
6. Postupak za proizvodnju transformatorskih jezgri prema zahtjevu 1, naznačen time, da postupak ima sljedeće korake:
a) raspoređivanje limova (2 – 6) na svakom od najmanje dva (21, 23) od najmanje četiri okretna stola (21, 22, 23, 24) smještena jedan iza drugoga u smjeru transporta (a) i učvršćena na stolovima za slaganje, tako da se kao prvo alternacijski postavlja jedan lim s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) jedan preko drugoga, pri čemu se dva preostala okretna stola (22, 24) premještaju u poziciju za slaganje limova s jedne strane krakova i okreću se;
b) tada se alternacijski postavlja jedan lim s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s jedne strane krakova (2 ili 4) od transformatorske jezgre (1), jedan preko drugoga na svakom od dva preostala okretna stola (22, 24), dok se svaki od prvih okretnih stolova (21, 23), bočno premješta u poziciju za slaganje limova sa srednjim krakom (3) od transformatorske jezgre (1);
c) tada se alternacijski postavlja jedan lim sa srednjim krakom (3) od transformatorske jezgre (1) ili se naslaže mnoštvo limova sa srednjim krakom (3) od transformatorske jezgre (1), jedan preko drugoga na svakom od prvih okretnih stolova (21, 23), dok se svaki od preostalih okretnih stolova (22, 24) bočno premješta u poziciju za slaganje limova sa srednjim krakom (3) od transformatorske jezgre (1);
d) tada se alternacijski postavlja jedan lim sa srednjim krakom (3) od transformatorske jezgre (1) ili se naslaže mnoštvo limova sa srednjim krakom (3) od transformatorske jezgre (1), jedan preko drugoga na svakom od dva preostala okretna stola (22, 24), kada se svaki od prvih okretnih stolova (21, 23) bočno premješta u poziciju za slaganje limova od druge strane krakova (4 ili 2) od transformatorske jezgre (1);
e) tada se alternacijski postavlja jedan lim s druge strane krakova (4 ili 2) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s druge strane krakova (4 ili 2) od transformatorske jezgre (1), jedan preko drugoga na svakom od prvih okretnih stolova (21, 23), dok se svaki od preostalih okretnih stolova (22, 24) bočno premješta u poziciju za slaganje limova s druge strane krakova (4 ili 2) od transformatorske jezgre (1);
f) tada se alternacijski postavlja jedan lim s druge strane krakova (4 ili 2) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s druge strane krakova (4 ili 2) od transformatorske jezgre (1), jedan preko drugoga na svakom od preostalih okretnih stolova (22, 24), dok se svaki od prvih okretnih stolova (21, 23) premješta u poziciju za slaganje limova s odgovarajuće prve strane poluge (5 ili 6) od transformatorske jezgre (1) i okreću se;
g) tada se alternacijski postavlja jedan lim s jedne strane poluge (5 ili 6) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s jedne strane poluge (5 ili 6) od transformatorske jezgre (1), jedan preko drugoga na svakom od prvih okretnih stolova (21, 23), dok se svaki od preostalih okretnih stolova (22, 24) bočno premješta u poziciju za slaganje limova s odgovarajuće prve strane poluge (5 ili 6) od transformatorske jezgre (1) i okreću se;
h) tada se alternacijski postavlja jedan lim s jedne strane poluge (5 ili 6) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s jedne strane poluge (5 ili 6) od transformatorske jezgre (1), jedan preko drugoga na svakom od preostalih okretnih stolova (22, 24), dok se svaki od prvih okretnih stolova (21, 23) premješta u poziciju za slaganje limova s druge strane poluge (6 ili 5) od transformatorske jezgre (1);
i) tada se alternacijski postavlja jedan lim s druge strane poluge (6 ili 5) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s druge strane poluge (6 ili 5) od transformatorske jezgre (1), jedan preko drugoga na svakom od prvih okretnih stolova (21, 23), dok se svaki od preostalih okretnih stolova (22, 24) bočno premješta u poziciju za slaganje limova s odgovarajuće druge strane poluge (6 ili 5) od transformatorske jezgre (1);
j) tada se alternacijski postavlja jedan lim s druge strane poluge (6 ili 5) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s druge strane poluge (6 ili 5) od transformatorske jezgre (1), jedan preko drugoga na svakom od dva preostala okretna stola (22, 24), dok se svaki od prvih okretnih stolova (21, 23) premješta u poziciju za slaganje limova s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) i okreću se;
k) ponavljaju se koraci postupka od a) do j), sve dok se ne postigne ukupna visina odgovarajuće transformatorske jezgre (1).6. The process for the production of transformer cores according to claim 1, characterized in that the process has the following steps:
a) arranging sheets (2 – 6) on each of at least two (21, 23) of at least four rotary tables (21, 22, 23, 24) located one behind the other in the direction of transport (a) and fixed on stacking tables, so that firstly, one sheet is alternately placed on one side of the arms (2 or 4) of the transformer core (1) or many sheets are stacked on one side of the arms (2 or 4) of the transformer core (1) one over the other, whereby the two remaining rotary tables (22, 24) are moved to the position for stacking sheets on one side of the arms and turn;
b) then one sheet is alternately placed on one side of the arms (2 or 4) of the transformer core (1) or many sheets are stacked on one side of the arms (2 or 4) of the transformer core (1), one over the other on each of two remaining turntables (22, 24), while each of the first turntables (21, 23) is laterally moved into position for stacking sheets with the middle arm (3) of the transformer core (1);
c) then one sheet with the middle leg (3) of the transformer core (1) is alternately placed or a number of sheets with the middle leg (3) of the transformer core (1) are stacked, one over the other on each of the first turntables (21, 23), while each of the remaining turntables (22, 24) is laterally moved into position for stacking sheets with the middle arm (3) of the transformer core (1);
d) then one sheet with the middle leg (3) from the transformer core (1) is alternately placed or a number of sheets with the middle leg (3) from the transformer core (1) are stacked, one over the other on each of the two remaining turntables (22 , 24), when each of the first rotary tables (21, 23) is laterally moved to a position for stacking sheets on the other side of the arms (4 or 2) of the transformer core (1);
e) then one sheet is alternately placed on the other side of the arms (4 or 2) of the transformer core (1) or many sheets are stacked on the other side of the arms (4 or 2) of the transformer core (1), one over the other on each of of the first turntables (21, 23), while each of the remaining turntables (22, 24) is laterally moved to a position for stacking sheets on the other side of the arms (4 or 2) of the transformer core (1);
f) then alternately place one sheet on the other side of the arms (4 or 2) of the transformer core (1) or stack many sheets on the other side of the arms (4 or 2) of the transformer core (1), one over the other on each of of the remaining turntables (22, 24), while each of the first turntables (21, 23) is moved to the position for stacking the sheets on the corresponding first side of the lever (5 or 6) of the transformer core (1) and turns;
g) then one sheet is alternately placed on one side of the lever (5 or 6) from the transformer core (1) or many sheets are stacked on one side of the lever (5 or 6) from the transformer core (1), one over the other on each of of the first turntables (21, 23), while each of the remaining turntables (22, 24) is laterally moved to the position for stacking the sheets on the corresponding first side of the lever (5 or 6) of the transformer core (1) and turns;
h) then one sheet is alternately placed on one side of the lever (5 or 6) from the transformer core (1) or many sheets are stacked on one side of the lever (5 or 6) from the transformer core (1), one over the other on each of of the remaining turntables (22, 24), while each of the first turntables (21, 23) is moved to a position for stacking sheets on the other side of the lever (6 or 5) from the transformer core (1);
i) then one sheet is alternately placed on the other side of the lever (6 or 5) from the transformer core (1) or many sheets are stacked on the other side of the lever (6 or 5) from the transformer core (1), one over the other on each of of the first turntables (21, 23), while each of the remaining turntables (22, 24) is laterally moved to a position for stacking sheets on the corresponding other side of the lever (6 or 5) from the transformer core (1);
j) then one sheet is alternately placed on the other side of the lever (6 or 5) from the transformer core (1) or many sheets are stacked on the other side of the lever (6 or 5) from the transformer core (1), one over the other on each of the two remaining turntables (22, 24), while each of the first turntables (21, 23) is moved to a position for stacking sheets on one side of the arms (2 or 4) of the transformer core (1) and turns;
k) the procedure steps from a) to j) are repeated until the total height of the corresponding transformer core (1) is reached.
7. Postupak za proizvodnju transformatorskih jezgri prema zahtjevu 1, naznačen time, da postupak ima sljedeće korake:
a) raspoređivanje limova (2 – 6) na svakom od najmanje dva (21, 23) od najmanje četiri okretna stola (21, 22, 23, 24) smještena jedan iza drugoga u smjeru transporta (a) i učvršćena na stolovima za slaganje, tako da se kao prvo alternacijski postavlja jedan lim s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) jedan preko drugoga, dok se dva preostala okretna stola (22, 24) premještaju u poziciju za slaganje limova s jedne strane krakova i okreću se;
b) tada se alternacijski postavlja jedan lim s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s jedne strane krakova (2 ili 4) od transformatorske jezgre (1), jedan preko drugoga na svakom od dva preostala okretna stola (22, 24), kada se svaki od prvih okretnih stolova (21, 23) bočno premješta u poziciju za slaganje limova s druge strane krakova (4 ili 2) od transformatorske jezgre (1);
c) tada se alternacijski postavlja jedan lim s druge strane krakova (4 ili 2) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s druge strane krakova (4 ili 2) od transformatorske jezgre (1), jedan preko drugoga na svakom od prvih okretnih stolova (21, 23), gdje se svaki od preostalih okretnih stolova (22, 24) bočno premješta u poziciju za slaganje limova s druge strane krakova (4 ili 2) od transformatorske jezgre (1);
d) tada se alternacijski postavlja jedan lim s druge strane krakova (4 ili 2) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s druge strane krakova (4 ili 2) od transformatorske jezgre (1), jedan preko drugoga na svakom od dva preostala okretna stola (22, 24), gdje se svaki od prvih okretnih stolova (21, 23) premješta u poziciju za slaganje limova s odgovarajuće jedne strane poluge (5 ili 6) od transformatorske jezgre (1) i okreću se;
e) tada se alternacijski postavlja jedan lim s jedne strane poluge (5 ili 6) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s jedne strane poluge (5 ili 6) od transformatorske jezgre (1), jedan preko drugoga na svakom od prvih okretnih stolova (21, 23), gdje se svaki od preostalih okretnih stolova (22, 24) bočno premješta u poziciju za slaganje limova s odgovarajuće jedne strane poluge (5 ili 6) od transformatorske jezgre (1) i okreću se;
f) tada se alternacijski postavlja jedan lim s jedne strane poluge (5 ili 6) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s jedne strane poluge (5 ili 6) od transformatorske jezgre (1), jedan preko drugoga na svakom od dva preostala okretna stola (22, 24), gdje se svaki od prvih okretnih stolova (21, 23) premješta u poziciju za slaganje limova s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) i okreću se;
g) ponavljaju se koraci postupka od a) do f), sve dok se ne postigne ukupna visina odgovarajuće transformatorske jezgre (1).7. The process for the production of transformer cores according to claim 1, characterized in that the process has the following steps:
a) arranging sheets (2 – 6) on each of at least two (21, 23) of at least four rotary tables (21, 22, 23, 24) located one behind the other in the direction of transport (a) and fixed on stacking tables, so that firstly, one sheet is alternately placed on one side of the arms (2 or 4) of the transformer core (1) or many sheets are stacked on one side of the arms (2 or 4) of the transformer core (1) one over the other, while the two remaining rotary tables (22, 24) move to the position for stacking the sheets on one side of the arms and turn;
b) then one sheet is alternately placed on one side of the arms (2 or 4) of the transformer core (1) or many sheets are stacked on one side of the arms (2 or 4) of the transformer core (1), one over the other on each of two remaining turntables (22, 24), when each of the first turntables (21, 23) is laterally moved to a position for stacking sheets on the other side of the arms (4 or 2) from the transformer core (1);
c) then one sheet is alternately placed on the other side of the arms (4 or 2) of the transformer core (1) or many sheets are stacked on the other side of the arms (4 or 2) of the transformer core (1), one over the other on each of of the first turntables (21, 23), where each of the remaining turntables (22, 24) is laterally moved to a position for stacking sheets on the other side of the arms (4 or 2) of the transformer core (1);
d) then one sheet is alternately placed on the other side of the arms (4 or 2) of the transformer core (1) or many sheets are stacked on the other side of the arms (4 or 2) of the transformer core (1), one over the other on each of two remaining turntables (22, 24), where each of the first turntables (21, 23) is moved to a position for stacking sheets on the corresponding one side of the lever (5 or 6) of the transformer core (1) and turns;
e) then one sheet is alternately placed on one side of the lever (5 or 6) from the transformer core (1) or many sheets are stacked on one side of the lever (5 or 6) from the transformer core (1), one over the other on each of of the first rotary tables (21, 23), where each of the remaining rotary tables (22, 24) is laterally moved to a position for stacking sheets on the corresponding one side of the lever (5 or 6) of the transformer core (1) and turns;
f) then one sheet is alternately placed on one side of the lever (5 or 6) from the transformer core (1) or many sheets are stacked on one side of the lever (5 or 6) from the transformer core (1), one over the other on each of the two remaining turntables (22, 24), where each of the first turntables (21, 23) is moved to a position for stacking sheets on one side of the arms (2 or 4) of the transformer core (1) and rotates;
g) the procedure steps from a) to f) are repeated until the total height of the corresponding transformer core (1) is reached.
8. Postupak za proizvodnju transformatorskih jezgri prema zahtjevu 1, naznačen time, da postupak ima sljedeće korake:
a) raspoređivanje limova (2 – 6) na svakom od najmanje dva (21, 23) od najmanje četiri okretna stola (21, 22, 23, 24) smještena jedan iza drugoga u smjeru transporta (a) i učvršćena na stolovima za slaganje, tako da se kao prvo alternacijski postavlja jedan lim s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) jedan preko drugoga, dok se dva preostala okretna stola (22, 24) premještaju u poziciju za slaganje limova s jedne strane krakova i okreću se;
b) tada se alternacijski postavlja jedan lim s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) jedan preko drugoga na svakom od dva preostala okretna stola (22, 24), gdje se svaki od prvih okretnih stolova (21, 23) bočno premješta u poziciju za slaganje limova s druge strane krakova (4 ili 2) od transformatorske jezgre (1);
c) tada se alternacijski postavlja jedan lim s druge strane krakova (4 ili 2) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s druge strane krakova (4 ili 2) od transformatorske jezgre (1), jedan preko drugoga na svakom od prvih okretnih stolova (21, 23), gdje se svaki od preostalih okretnih stolova (22, 24) bočno premješta u poziciju za slaganje limova s druge strane krakova (4 ili 2) od transformatorske jezgre (1);
d) tada se alternacijski postavlja jedan lim s druge strane krakova (4 ili 2) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s druge strane krakova (4 ili 2) od transformatorske jezgre (1), jedan preko drugoga na svakom od preostalih okretnih stolova (22, 24), gdje se svaki od prvih okretnih stolova (21, 23) premješta u poziciju za slaganje limova s odgovarajuće jedne strane poluge (5 ili 6) od transformatorske jezgre (1) i okreću se;
e) tada se alternacijski postavlja jedan lim s jedne strane poluge (5 ili 6) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s jedne strane poluge (5 ili 6) od transformatorske jezgre (1), jedan preko drugoga na svakom od prvih okretnih stolova (21, 23), gdje se svaki od preostalih okretnih stolova (22, 24) bočno premješta u poziciju za slaganje limova s odgovarajuće jedne strane poluge (5 ili 6) od transformatorske jezgre (1) i okreću se;
f) tada se alternacijski postavlja jedan lim s jedne strane poluge (5 ili 6) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s jedne strane poluge (5 ili 6) od transformatorske jezgre (1), jedan na drugoga na svakom od preostalih okretnih stolova (22, 24), gdje se svaki od prvih okretnih stolova (21, 23) premješta u poziciju za slaganje limova s druge strane poluge (6 ili 5) od transformatorske jezgre (1);
g) tada se alternacijski postavlja jedan lim s druge strane poluge (6 ili 5) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s druge strane poluge (6 ili 5) od transformatorske jezgre (1), jedan preko drugoga na svakom od prvih okretnih stolova (21, 23), dok se svaki od preostalih okretnih stolova (22, 24) bočno premješta u poziciju za slaganje limova s odgovarajuće druge strane poluge (6 ili 5) od transformatorske jezgre (1);
h) tada se alternacijski postavlja jedan lim s druge strane poluge (6 ili 5) od transformatorske jezgre (1) ili se naslaže mnoštvo limova s druge strane poluge (6 ili 5) od transformatorske jezgre (1), jedan preko drugoga na svakom od dva preostala okretna stola (22, 24), dok se svaki od prvih okretnih stolova (21, 23) premješta u poziciju za slaganje limova s jedne strane krakova (2 ili 4) od transformatorske jezgre (1) i okreću se;
i) ponavljaju se koraci postupka od a) do h), sve dok se ne postigne ukupna visina odgovarajuće transformatorske jezgre (1).8. The process for the production of transformer cores according to claim 1, characterized in that the process has the following steps:
a) arranging sheets (2 – 6) on each of at least two (21, 23) of at least four rotary tables (21, 22, 23, 24) located one behind the other in the direction of transport (a) and fixed on stacking tables, so that firstly, one sheet is alternately placed on one side of the arms (2 or 4) of the transformer core (1) or many sheets are stacked on one side of the arms (2 or 4) of the transformer core (1) one over the other, while the two remaining rotary tables (22, 24) move to the position for stacking the sheets on one side of the arms and turn;
b) then one sheet is alternately placed on one side of the arms (2 or 4) of the transformer core (1) or many sheets are stacked on one side of the arms (2 or 4) of the transformer core (1) one over the other on each of the two the remaining turntables (22, 24), where each of the first turntables (21, 23) is laterally moved to a position for stacking sheets on the other side of the arms (4 or 2) of the transformer core (1);
c) then one sheet is alternately placed on the other side of the arms (4 or 2) of the transformer core (1) or many sheets are stacked on the other side of the arms (4 or 2) of the transformer core (1), one over the other on each of of the first turntables (21, 23), where each of the remaining turntables (22, 24) is laterally moved to a position for stacking sheets on the other side of the arms (4 or 2) of the transformer core (1);
d) then one sheet is alternately placed on the other side of the arms (4 or 2) of the transformer core (1) or many sheets are stacked on the other side of the arms (4 or 2) of the transformer core (1), one over the other on each of of the remaining turntables (22, 24), where each of the first turntables (21, 23) is moved to a position for stacking the sheets on the corresponding one side of the lever (5 or 6) of the transformer core (1) and turns;
e) then one sheet is alternately placed on one side of the lever (5 or 6) from the transformer core (1) or many sheets are stacked on one side of the lever (5 or 6) from the transformer core (1), one over the other on each of of the first rotary tables (21, 23), where each of the remaining rotary tables (22, 24) is laterally moved to a position for stacking sheets on the corresponding one side of the lever (5 or 6) of the transformer core (1) and turns;
f) then one sheet is alternately placed on one side of the lever (5 or 6) from the transformer core (1) or many sheets are stacked on one side of the lever (5 or 6) from the transformer core (1), one on top of the other on each of the remaining turntables (22, 24), where each of the first turntables (21, 23) is moved to a position for stacking sheets on the other side of the lever (6 or 5) from the transformer core (1);
g) then one sheet is alternately placed on the other side of the lever (6 or 5) from the transformer core (1) or many sheets are stacked on the other side of the lever (6 or 5) from the transformer core (1), one over the other on each of of the first turntables (21, 23), while each of the remaining turntables (22, 24) is laterally moved to a position for stacking sheets on the corresponding other side of the lever (6 or 5) from the transformer core (1);
h) then one sheet is alternately placed on the other side of the lever (6 or 5) from the transformer core (1) or many sheets are stacked on the other side of the lever (6 or 5) from the transformer core (1), one over the other on each of the two remaining turntables (22, 24), while each of the first turntables (21, 23) is moved to a position for stacking sheets on one side of the arms (2 or 4) of the transformer core (1) and turns;
i) the procedure steps from a) to h) are repeated until the total height of the corresponding transformer core (1) is reached.