preferred embodiments of the present invention will be described in a more detailed manner with reference to the drawings . fig2 a is a plane view showing internal construction of an organic el display device in accordance with a first embodiment example of the present invention , and fig2 b is a cross - sectional view along line z - z ′ of fig2 a . as shown in the drawings , an el display device 20 as per the present invention comprises an pixel circuit 22 formed on a substrate 21 for displaying images , whereby the pixel circuit 22 includes a plurality of rgb pixels . in addition , a data driver 23 connected to data lines d of the pixels p is formed at one side of the pixel circuit 22 , i . e . at an area adjacent to an outer circuit 25 for supplying data signals to the pixels p . adjacent to the pixel circuit 22 , a first scan driver 24 a connected to scan line s of the pixels p is formed at one side of the data driver 23 , and a second scan driver 24 b connected to scan line s of the pixels p is formed at the other side of the data driver 23 , whereby the data driver 23 , the first scan driver 24 a , and the second scan driver 24 b are electrically connected to the outer circuit 25 . as a result , the pixels p can be driven by the first and the second scan drivers 24 a , 24 b upon receiving signals from the outer circuit 25 . power lines connected to the outer circuit 25 , i . e . a power supply line 26 and a ground line 27 are installed at outer side of the first scan driver 24 a and of the second scan driver 24 b from the pixel circuit 22 , respectively . there is a sealant 29 on the fringe of them which seals the pixel circuit 22 from impurities such as water and oxygen . however , the above allocation of the power supply line 26 and the ground line 27 is only an example from an embodiment of the present invention . the locations of the power supply line 26 and the ground line 27 can vary dependant on the designs . here , it is important the power supply line 26 and the ground line 27 are placed at outer sides of the first and the second scan drivers 26 , 27 . as a result , provision of curing margins w 3 , w 4 becomes minimized or unnecessary , as the first and the second scan drivers 24 a , 24 b are placed sufficiently inwardly and are protected from ultra violet rays . by installing the first scan driver 24 a and the second scan driver 24 b at both sides of the data driver 23 as shown in fig2 a and 2 b , and not at both sides of the pixel circuit 22 as in fig1 , the bezel areas b 1 , b 2 formed between terminals of the substrate 21 and terminals of the pixel circuit 22 can substantially be reduced . accordingly , a compact el display device with a minimal size of bezel area can be manufactured by optimizing positions of the data driver and the scan drivers . other embodiments of the present invention , of which a description follows below , have been generated by varying positions of the components , wherein like numerals refer to like elements . in the following description , only an explanation on positional differences of the components with direct relevancy to the present invention such as the first scan driver , the second scan driver , the power supply line ( hereinafter , vdd ), and the ground line ( hereinafter , gnd ) is given , and explanation on functions of such components as well as explanation on other components are omitted . fig3 is a plane view showing internal construction of an organic el display device in accordance with a second embodiment example of the present invention . as a preliminary the drawings of the present invention show a display device in a state the protective plate has been removed and depict the components in a schematic manner . accordingly , sealant to be applied on outer sides of the pixel circuit 32 , the data driver 33 , the first scan driver 34 a , and the second scan driver 34 b , as well as a protective plate to be affixed on the substrate 31 by sealant are not illustrated . as shown in fig3 , positions of the first scan driver 34 a and of the second scan driver 34 b on the organic el display device 30 , as they are on a non - emitting area , differ from the forming positions of the first scan driver 24 a and the second scan driver 24 b in fig2 a . as the first scan driver 34 a and the second scan driver 34 b are located on each side of the pixel circuit 32 on the opposite side of the data driver 33 , so the size of bezel areas formed by spaces between both ends of the pixel circuit 32 and of the substrate 31 are reduced substantially . fig4 is a plane view showing internal construction of an organic el display device in accordance with a third embodiment example of the present invention . as a preliminary , the drawings of the present invention show a display device in a state the protecting plate has been removed and depict the components in a schematic manner . accordingly , sealant to be applied on outer sides of the pixel circuit 42 , the data driver 43 , the first scan driver 44 a , and the second scan driver 44 b , as well as a protective plate to be affixed on the substrate 41 by sealant are not illustrated . as shown in fig4 , a data driver 43 is formed atone side of the pixel circuit 42 , while a first scan driver 44 a and a second scan driver 44 b are formed at other sides of the pixel circuit 42 , respectively , on an organic el display device 40 . both a vdd 46 and a gnd 47 are formed between the data driver 43 and the pixel circuit 42 along rim of the data driver 43 as shown in fig5 . by not installing the vdd 46 and the gnd 47 at both sides of the pixel circuit 42 , the size of bezel areas are reduced substantially . fig5 is a plane view showing internal construction of an organic el display device in accordance with a fourth embodiment example of the present invention . as shown in fig5 , arrangements of the pixel circuit 42 , data driver 43 , the first scan driver 44 a , and the second scan driver 44 b on the organic el display device 40 are the same as in the second embodiment example . a vdd 46 is formed between the data driver 43 and the pixel circuit 42 , and a gnd 47 is formed along outer rim of the substrate 41 as shown in fig5 . by not installing the vdd 46 and the gnd 47 at both sides of the pixel circuit 42 , the size of bezel areas are reduced substantially . fig6 is a plane view showing internal construction of an organic el display device in accordance with a fifth embodiment example of the present invention . as a preliminary , the drawings of the present invention show a display device in a state the protecting plate has been removed and depict the components in a schematic manner . accordingly , sealant to be applied on outer sides of the pixel circuit 42 , the data driver 43 , the first scan driver 44 a , and the second scan driver 44 b , as well as a protective plate to be affixed on the substrate 41 by sealant are not illustrated . as shown in fig6 , a gnd 47 is formed between the data driver 43 and the pixel circuit 42 , and a vdd 46 is formed along outer rim of the substrate 41 as shown in fig5 . by not installing the vdd 46 and the gnd 47 at both sides of the pixel circuit 42 , the size of bezel areas are reduced substantially . although the above embodiments of the present invention have been described to comprise one data driver each the present invention is not limited thereto , but rather can adopt a plurality of data driver as well the invention being thus described , it will be obvious that the same may be varied in many ways . such variations are not to be regarded as a departure from the spirit and scope of the invention , and all such modifications as would be obvious to one skilled in the art are intended to be included within the scope of the following claims .