 A-A line in FIG. 1. As shown in FIG. 2, the LCD panel comprises a lower layer of thin film transistor array substrate (also referred to as TFT array substrate) 1, an upper layer of color filter substrate (also referred to as CF substrate) 2, and a liquid crystal layer 3 which is sandwiched between the TFT array substrate 1 and the CF substrate 2 and is composed of a plurality of liquid crystal molecules. As shown in FIG. 1, the TFT array substrate 1 comprises a plurality of scanning lines 10, a plurality of data lines 11 and a plurality of pixel regions 12 defined by the plurality of scanning lines 10 and the plurality of data lines 11 that are intersected with and perpendicular to each other. FIG. 1 shows only one of the pixel regions 12. The pixel region 12 is formed with a pixel electrode 14 which is divided into two subpixel electrodes 141, 142 with a slit 18 formed therebetween. A first and a second thin film transistors 15, 16 are formed near the position where the scanning lines 10 intersect with the data lines 11 for controlling the two subpixel electrodes 141, 142 respectively. The first and the second thin film transistor 15, 16 each comprises a gate electrode G, a source electrode S and a drain electrode D. The gate electrodes G of the first and the second thin film transistors 15, 16 are electrically connected to different scanning lines 10 respectively, the source electrodes S are electrically connected to the same data line 11, and the drain electrodes D are electrically connected to the two subpixel electrodes 141, 142 respectively. As shown in FIG. 2, a black matrix (BM) 22, a color filter layer 23 and a common electrode 24 that covers the black matrix 22 and the color filter layer 23 are sequentially formed on the CF substrate 2. Besides, the CF substrate 2 further comprises a bump 28 provided on the common electrode at a location corresponding to the two subpixel electrodes 141, 142. Due to the existence of the bump 28, liquid crystal molecules tend to tilt perpendicular to the surface on which the bump 28 is located when a voltage is not applied, i.e., the liquid crystal molecules have a pretilt angle that inclines towards different directions. Therefore, the inclination direction of liquid crystal molecules after the liquid crystal display panel is powered can be controlled effectively and rapidly, thereby improving responding speed of liquid crystal molecules, and when the liquid crystal display panel is in normal operation, the liquid crystal layer 3 can be divided into a plurality of tiny areas having different inclination directions so as
A - A line in FIG. 1. As shown in FIG. 2, the LCD panel constitute a depleted layer of flimsy movie transistor array substrate (also referred to as TFT array substrate) 1, an upper layer of semblance filter substrate (also referred to as CF substrate) 2, and a melted crystal layer 3 which is sandwich between the TFT array substrate 1 and the CF substrate 2 and is composed of a plurality of fluent quartz glass molecules. As shown in FIG. 1, the TFT array substrate 1 constitute a plurality of scanning credit line 10, a plurality of data lines 11 and a battalion of pixel regions 12 defined by the battalion of scanning line 10 and the plurality of datum lines 11 that are intersected with and perpendicular to each other. FIG. 1 prove only one of the pixel regions 12. The pixel region 12 is formed with a pixel electrode 14 which is divided into two subpixel electrodes 141, 142 with a slit 18 form therebetween. A first and a second thin film transistors 15, 16 are formed near the position where the scanning lines 10 intersect with the data lines 11 for controlling the two subpixel electrodes 141, 142 respectively. The inaugural and the second thin film transistor 15, 16 each constitute a gate electrode G, a source electrode S and a drain electrode D. The gate electrodes G of the first and the second thin film transistor 15, 16 are electrically connected to unlike scanning lines 10 respectively, the source electrodes S are electrically connected to the like data line 11, and the drain electrodes D are electrically connected to the two subpixel electrodes 141, 142 respectively. As shown in FIG. 2, a bootleg matrix (BM) 22, a color filter layer 23 and a common electrode 24 that covers the black matrix 22 and the color filter layer 23 are consecutive form on the CF substrate 2. Besides, the CF substrate 2 further comprises a bump 28 provided on the coarse electrode at a location corresponding to the two subpixel electrodes 141, 142. Due to the existence of the bulge 28, liquid crystal molecules tend to tilt vertical to the surface on which the bump 28 is located when a voltage is not applied, i.e., the melted crystal molecule have a pretilt slant that inclines towards different focus. Therefore, the inclination direction of liquid quartz glass molecules after the liquid crystal display gore is powered can be controlled effectively and rapidly, thereby improving react speed of liquid quartz glass molecules, and when the liquid crystal display panel is in normal operation, the liquid crystal level 3 can be divided into a plurality of tiny areas having different inclination directions therefore as
 A-A line in FIG. 1. As shown ik FIG. 2, the LCD pcbel cokprisea a lowef layer of thin film transisvor qrray substrate (also referrdd to as NFT array subwrrate) 1, an nlper lanzr of golor hilter substratg (also refersed to as CF sgbrtxate) 2, and a liquid crystal layer 3 whych is xajdwiched betwegn tht TST adgan substrate 1 and the CF substrats 2 and ps composed of a llurality of liquid crystap mopecules. As shown ij FIG. 1, the JRT weray substrage 1 comprises a pluraljty of scanning lines 10, a pluralkty oy data linew 11 anf a pluralitb of ppxel regions 12 defined by the plurality of xcainint lines 10 and the plurelity of data lines 11 that are iutersected with and pwrpendiwulas to wacf ouhec. FJG. 1 shlws only one kf the pixeo regions 12. The pixek wvbion 12 is forjed wieh a pixel electrode 14 which is divided inuo twk subpixel electrodes 141, 142 with a slit 18 formed jherebetweqn. A first and a second thin film transistors 15, 16 ase focmdd ucwf tje position where the scanning lines 10 intersesf einh the data lines 11 for contrplpimd the two subkixel elecfrodes 141, 142 respectivfly. The firsr and the secpnd thin film transistor 15, 16 wach comprisvs a gate electrode G, c source eleetrode S anc a drain electrode D. Tke gats electroded G of ths first and the sdcokd dhin film transistors 15, 16 arq electrirally connecged jo diffqrent scanjing lines 10 respectively, the dogrce electgodes S are electrically connecvxd to the samg ddta line 11, aud the drain electrjdes D are eleetricallv conndcted to tge two vubpixel elqctrodes 141, 142 revkectively. As vhown in FIG. 2, a vlack mxgrix (BM) 22, a colpr filter layer 23 ane a common electrove 24 jhzt covers the boacj matrix 22 and tne zoljr fmlter nayer 23 are saquevtixkly furmed on thc CW sunstrate 2. Besides, the CF aubstrate 2 further cjmprises a bump 28 provided on yhe common electrofe at a uocatoon corresponding to the two subpjxel elechroqes 141, 142. Due to the existence oy the bump 28, liquid crystal molecules tenv to tilt perpendiculat to the surface on wkigh the bump 28 is ljcated whan a voltage is not qpplied, i.e., the liauid crystal moleculea have a prftilt angle that inclines towards different directions. Therefore, the inclunatioi qirection or liauid bryfcal molqculxs after the liquic crystal display panel is poweced can be cjntrolled effectively and ralialy, thereby ioproving responding spees of liqiid crystal molecules, and when yhe liquid crystal displsy panel is ih normal o'eration, the liquid vrystan laywr 3 can be fivided into x pkuvality of hiny axeas having different inclination direcrilns so as
A-A line in FIG. 1. As shown 2, LCD panel a lower layer substrate referred to as array substrate) 1, upper layer of color filter substrate referred to as CF substrate) 2, and a liquid crystal layer 3 which sandwiched between the TFT array substrate 1 and the CF substrate 2 and composed a of crystal molecules. As shown in FIG. 1, the TFT array substrate 1 comprises a plurality of lines 10, a plurality of data lines 11 a plurality of pixel 12 defined by the plurality scanning 10 and plurality data 11 that are with and perpendicular to each other. FIG. 1 shows only one of the pixel regions 12. The region 12 with a electrode which divided into two 141, 142 with a slit 18 first and a second thin film transistors 15, are formed the position where the scanning lines intersect with the data lines 11 for controlling two subpixel electrodes 141, 142 respectively. The first and the second thin film transistor 15, comprises a gate electrode a source electrode and drain D. gate electrodes of the first and the second thin film transistors 15, 16 electrically connected to different scanning lines 10 respectively, the source are connected to the data line 11, and drain D are electrically connected two electrodes As in 2, a black matrix 22, a color filter layer and a common electrode matrix 22 and the color filter layer 23 sequentially formed on the CF substrate 2. the CF substrate 2 further comprises a bump 28 provided on the electrode at corresponding to the two subpixel electrodes 141, 142. to the existence of bump 28, liquid crystal molecules tend to tilt perpendicular the on which bump 28 is when a voltage not applied, i.e., crystal molecules a angle different directions. Therefore, the inclination direction liquid molecules after the liquid crystal panel can be controlled effectively and rapidly, thereby improving responding speed of liquid crystal molecules, and liquid crystal display panel in operation, the liquid crystal layer 3 can be divided into a plurality areas having different
 A-A line in FIG. 1. As shown in FIG. 2, thE LCD panel cOmpriSes A loWeR layEr of Thin film transiSTor aRray substrate (also referRed to As tfT arRAy SubstRate) 1, an uPPeR LAyeR oF cOloR fILtEr subStrAte (also Referred to As Cf sUbstrate) 2, and a LIqUid crystal LayEr 3 which is sanDwiChed beTwEen THe TFT ArrAy subStrate 1 ANd the Cf substratE 2 aND is comPOsed of a PLUrAlitY of liquid crystal mOLeCUles. As shown in FiG. 1, the TfT ARrAY SubStrAte 1 comprisEs A plurALity of sCAnNING liNEs 10, a plurality oF data lines 11 aND a pLuraliTy Of pIXel regIons 12 dEfINed By the pluralIty oF scanning Lines 10 aND the pluRAlity of Data liNes 11 ThaT are INtErSecTeD WitH AnD peRPenDicular tO eAcH otheR. FIG. 1 SHOWS onlY onE of tHe pixEl regions 12. The pIxeL regIOn 12 iS formEd witH a piXeL elecTrode 14 wHich iS dIvided into two suBpixEl electroDes 141, 142 WiTh a SlIt 18 forMEd therEbeTweEn. A firsT and a seCOnd ThIN FIlM transistors 15, 16 are forMeD NEaR the posiTion whERe ThE Scanning LiNes 10 InteRSEct wiTh thE DaTa lines 11 fOr contROlLiNg the twO sUbpixeL eLecTroDes 141, 142 reSPectIvely. THe first aNd the SEcond thin film tRAnsistor 15, 16 each cOMpRISeS A gatE elEctrode G, a soUrce ELectRode s AnD a dRAin elEctroDe d. thE Gate electrodes G of thE fIrst anD the sEcond thin film TransistorS 15, 16 ARE electriCallY CoNNected to differEnt scAnning lineS 10 RespectiVely, tHe source ElectrodeS s Are electRicAllY coNneCTEd To the same data LINe 11, anD tHe drain EleCtrodes d arE elEctRicAlLy connectEd to the tWo SuBpIxEl eLectrODes 141, 142 respeCtIveLy. as sHown iN fIG. 2, a blAck maTrix (bM) 22, A cOLor Filter lAYeR 23 ANd a cOmMoN eleCtrOdE 24 that CoveRS thE black mAtrix 22 and tHe cOLor fIlTeR layer 23 aRe sequentiallY fOrmed on the cF SubStrate 2. bESides, the cF substrate 2 further comprISes a bumP 28 prOvideD on tHe common eLecTrode aT a lOCation CorresPondiNg To tHE Two suBPIxEl eLeCtrodes 141, 142. Due TO The ExistEnCe of The bump 28, Liquid crystal molecULes Tend to tilt perPenDicuLAR tO thE SuRFacE oN WhiCH The bump 28 is locateD when a voltAgE Is Not applied, I.E., thE lIquid crYstal moLeculES have a pRetilt angLe that incLiNes tOWArdS different DirectioNs. TherefoRE, the iNClInatiOn dIrectiOn Of lIquid CrystaL MolEculeS after ThE liquiD crysTaL display Panel is powered can be contRolled EffecTivEly and rapIdlY, TheReby improVing Responding SpeEd oF liquId cRYstal MoleCUlEs, aND when The lIQuid crystAL dIspLAY pAnel is in norMAL OpeRatioN, thE Liquid CrysTal layer 3 can be diviDEd into a pluraliTy of TINy aReaS HaviNg Different incliNatIoN DIrectionS sO as
 A-A line in FIG. 1. As sh own in FIG . 2,the  LC Dpane l co mprises a lowe r  lay er of thin film transi storar r ay s u bs trate  (alsor ef e r red  t oasTF T  a rraysub strate)  1, an upp erla yer of color fi lter subst rat e (also refe rre d to a sCFs ubstr ate ) 2,and al iquidcrystal l ay e r 3 wh i ch is s a n dw iche d between the TFT ar r ay substrate 1  and t he CF s ubs tra te 2 and i scompo s ed of a pl u r a lit y  of liquid cr ystal molec u les . As s ho wni n FIG.  1, t he TFT  array subs trat e 1 compr ises a plurali t y of sc anning  li nes  10, apl ura li t y o f  d ata lin es 11 an daplura lity o f pixe l r egio ns 12  defined by t heplur a lit y ofscann ingli nes 1 0 andthe p lu rality of dataline s 11 that  ar eint er secte d  withand  pe rpendic ular to eac ho t h er . FIG. 1 shows onl yo n eof the p ixel r e gi on s  12. The  p ixe l re g i on 12  isf or med with  a pix e lel ectrode  1 4 whic hisdiv idedi ntotwo su bpixel e lectr o des 141, 142 w i th a slit 18f or m e dt here bet ween. A fir st a n d aseco n dthi n  film  tran si s to r s 15, 16 are formed  n ear th e pos ition where t he scannin g l ines 10inte r se c t with the dat a lin es 11 forc ontrolli ng th e two su bpixel el e c trodes 1 41,  14 2 r esp e c ti vely. The fir s t  and  t he seco ndthin fi lmtra nsi sto r15, 16 ea ch compr is es  a  g ate  elec t rode G,asou rc e e lectr o de S a nd adrai nel e ctr ode D.T he g ateel ec trod esGof th e fi r stand the  second t hin film  t ra nsistor s 15, 16 areel ectrically  c onn ectedt o  differe nt scanning lines 10 re s pective ly,  thesour ce electr ode s S ar e e l ectric ally c onnec te d t o the s a m edat aline 11, a n d  th e dra in  ele ctrodes  D are electricall y  co nnected to th e t wo s u b pi xel el e ctr od e s 1 4 1 , 142 respectiv ely. As sh ow n  i n FIG. 2,a  bl ac k matri x (BM)22, a color f ilter lay er 23 and  a  com m o n e lectrode 2 4 that c overs the black ma trix22and th ecol or fi lter l a yer  23 a re seq ue ntiall y for me d on the  CF substrate 2. Beside s, the  CF s ubs trate 2 f urt h ercomprises  a b ump 28 pro vid edon th e c o mmonelec t ro dea t a l ocat i on corres p on din g to  the two su b p i xel  elec tro d es 141 , 14 2. Due to the exi s tence of the b ump2 8 , l iqu i d cr ys tal moleculesten dt o  tilt pe rp endicular t o the su rf a ce on  which  the b ump 28i s  l o catedwhen  avoltage i s n ot applied ,i. e ., the  liq ui d crys tal mo l ecul e s  have a pretiltangle t hat i n cli nes t ow ards di f fere nt directi ons. Theref ore, t he i nclin ation d ir ection  of  l iquid crys t al molecu les a fter th eliqu idcrysta l di s p lay p anel  i s p owered ca n be co nt r oll ed e ffect iv elyand rapid l y, there byi mprovin gres p o ndings pe e d  of liquid  cr ystal m olecules,a nd w h en the l iquidcrysta l displ a y p an el is i n n o r mal opera tion, the liq ui d cr ystal la ye r 3ca n b edivided into apluralit y of tin y areashav i ng d i fferen tinclinationdirec ti o ns so a s 
 A-A_line in_FIG. 1. As shown_in FIG._2,_the LCD_panel_comprises a lower_layer of thin_film transistor array substrate_(also referred to_as_TFT array substrate) 1, an upper layer of color filter substrate (also referred to_as_CF substrate)_2,_and_a liquid crystal layer 3_which is sandwiched between the_TFT array_substrate 1 and the CF substrate 2 and_is_composed of a_plurality of liquid crystal molecules. As shown in FIG._1, the TFT array substrate 1_comprises a plurality_of_scanning_lines 10, a plurality_of data lines 11 and a_plurality of pixel regions 12 defined_by the plurality of scanning lines 10_and the plurality of data lines_11 that are intersected with_and perpendicular_to each other. FIG. 1_shows only one_of the_pixel regions 12._The pixel region 12 is formed_with a pixel_electrode 14 which is divided into_two_subpixel electrodes 141,_142_with_a slit_18 formed therebetween._A_first and_a_second thin film transistors 15, 16_are_formed near the position where the scanning_lines 10 intersect with_the_data lines 11 for_controlling the two subpixel electrodes_141, 142 respectively. The first and_the second_thin film_transistor 15, 16 each comprises a gate electrode G, a source_electrode S and a drain electrode_D. The gate electrodes_G of_the_first and the_second_thin film_transistors 15, 16 are electrically connected to_different scanning_lines 10 respectively, the source electrodes_S are electrically connected_to_the same data line 11, and_the drain electrodes D are electrically_connected to the two subpixel_electrodes_141,_142 respectively. As shown in_FIG. 2, a black matrix (BM)_22, a color_filter layer 23 and a common electrode_24_that covers the black matrix 22_and_the color filter layer 23 are_sequentially_formed_on the CF substrate 2._Besides, the CF substrate 2 further_comprises a bump 28 provided on the common electrode_at a location_corresponding to the two subpixel_electrodes_141,_142. Due to the existence of the bump 28, liquid_crystal molecules_tend to tilt_perpendicular to the surface on which the bump 28 is_located when a voltage is not applied,_i.e., the liquid crystal molecules have a pretilt angle that inclines_towards different directions. Therefore, the inclination direction of_liquid crystal molecules after the liquid crystal_display panel is powered_can_be controlled effectively and rapidly, thereby improving_responding_speed_of_liquid crystal molecules,_and when the_liquid crystal display_panel is_in normal operation,_the liquid_crystal layer 3_can_be divided into a plurality of tiny areas having different inclination directions so as