Harjumaa Saue vald Jõgisoo küla Kurvi kinnistu W-Glass tööstushoone vee- ja kanalisatsioonitrasside projekt

kr 42.53 1 46 42.70 42.34 42.4 42. 42.39 42.31 42.30 72801:003:0158 42.37 42.28 42.442.44 42.42 42.30 42.12 Tule tn 50 9 A 7 42.28 42.22 42.3 A 42.18 K11 42.11 42.10 42.1 kr 42 .28 42.26 42.00 7 42.32 42.22 42.20 K11 8 42.28 41.93 A 42.1 42.3 42.3305 3 gtee 4411.7 .88 K11 41.47 41.24 42. ELA 42.16 in 6 0 kr 42. 41.98 ehitusplats kr ar 42.3 33 40.23 0 9 llinn . 41.84 K1 1 41.10 42 094 2.40 a 42.31 4 41. 41. 11 T ehitusplats 41.83 ehitusplats 4 40.26 39.88 41.32 TP 41.88 4 4 422.0792 42.4 4 42.3 39.57 39.7439.52 39.58 418. 0 1.86 50 .05 41.92 41.58 7 42.10 39.71 40.12 41.14 41.61 ehitusplats 42.3 41.65 39.78 41 .872703:001:0035 r 83 2 43.14 42.8 41.93 6k 424.23.3 39.97 39.58 41 42. 42.2 6 42.12 ehitusplats 41.39 41.59 42.3 A TP 39.97 39.49 39.83 39.18 39.66 4142.0.97 .98 0 N 05 3 ehitusplats 1 39.51 39.55 41 42.4 41.7 43. 39.10 39.67 42.21 39.1639.4139.34 41.78 41 42.04 4 2 . 16 .67 kill 42.23 luuk 42.81 12 43.4 42.84 W E 2 42.08 .82 2 42.68 kp 1. 40.67 42.15 41.69 40.03 42.2041.96 41.8 2. 40.67 40.87 200pl 160pl 42.69 42.25 aed 72801:003:0089 42.3 9 3 39.78 4141. kr 8 42.98 a e d 42.99 3. 40.71 160pl ajutine 42.13 e 2 .6422.Tallinna 11 65 ringtee 41.694 .6372 41.80 42.87 43.38 41.94 aju t ine t e 4 38 . 39.54 3 43.09 422.819 42.1 5 i n g 7k4 42. 40 7 39.67 A 4 4 3 .5 43.38 3 .0 1 42.7642.6942.58 A0 42.42 42.3 42.14 na r 2 u . 42 42.62 39.9 kr 41 1.8 2 43.58 3 4 42.64 kivi 42.41 kivi 42.03 l i n 39.61 .84 3 41.65 43. 43.449 6 43.36 43.36 kivi 43 4 3 4 . 9 .1 43.21 kivi 442 .9 A 3.03 1 42.37 11 T a l 424.26.70 6 42.4 1 39.7 1 39.56 39.48 39.28 39.33 4141.6 41 S 4- 43.28 42.6 5 42.3 39.84 .7 -7 A . 3 7 39.54 39.71 .5 2 8 39.35 7 42 9 2 9 tee 42.3 39.77 39.15 73 9 43.63 72801:003:0226 422.5.7142.765 i n g 39.04 1 .9 na r .25 4 42. 63 6 39.09 43i.6 bet.kiv .8043.63 40.0 41 .5 37 A 39.40 43 9 43.61 42.020 k 42. l l i n 2. 33 39.75 TP 38.59 38 4141. .643 42.365 42.2 A u a 4 39.59 42 .5 6 66i42.80 42b.6e7t.4k2iv 7 .6i 042.5 42 .4 42.3 4 1 1T 8 39.52 38 .41 5 .7 71 1. 39.9 38 . 42.35 7 4 4 0 2 41 .22 43.11 42.kiv.8042.75 42.72 42.42 42.34 422..66 4 2. 39.61 72801:003:0080 .3 38 .2 42.70 4 H 4 3 41 43 43.15 2.9 x t be 4 2 39.77 Keila mnt 1 38.69 38 TP 38.75 tankla 38 39.67 .6 3.0l9ere 43.27 4 3 5 39.41 4141 .3 40.1 8 4 42.73 42.84 1 42.3 8 39.14 41.49 6 39.44 -O 42.3 42.3 41.58 39.57 .5 .4 43 .26 43 A 3.10 43.34 38 8.1.37 .29 43.31 mla4 0 0 3 8 i 42.81 uk 41.42 42 442.82 42.8 .5 8 43.24 A 39.74 3 a T 6 38.82 1 422..570 8 3 39.65 .76 2.68 42.627 A . 2 0 . 1 39.55 39.37 42 4 38.40 42 41 .60 4 41 .6 5 42.2 41 SA03 42.71 4 9 42.3 42.3 .5 .6 9 TP43.37 39.85 39.53 9 TP 9 4141 42.5 2 2 37 8 . 3 0 5 43.06 40.1 39.52 39.38 39.56 .4 .36 3 72703:001:0035 .9k 72801:003:0291 7 39.33 43.15 2 42. 3 7ra 72801:003:0292 Tule tn 51 42.2 4 8 2 39.75 40.4 av Tule tn 53 42.54 1 A 7 422..64 42.3 Plan. alajaam (4 trafot) 41 1.60 42.80 42.2 1 4 39.65 39.87 38.64 42.6 uk 39.25 4 39.42 .52 9 39.54 43.30 42.68 42.2 7 39.46 4141.1.1 5 43.04 42.70 422..765 40.6 39.89 39.48 39.64 .3932 8 43.0 3 42.2 4 42.4 1 kr 4 42.64 42.52 4 38.03 41 42.7 39.34 39.32 37.95 377.67.9 7 40.01 3 40.9 39.46 2 .36 33 42.55 A 42.674 42.3 0 39.45 39.25 .9 1 5 kr 39.95 6 42.53 42.52 42.61 3 . 422.63 A A 5 42.74 42.54 424.24.61.09 42.2 4 39.40 39.33 39.36 39.17 kr 7 42 5 e 41.3 39.92 39.35 20kraav 4422.2.24 ngte 2 42.58 a ri 42.675 uk 39.35 38.00 42 .4 bet. 2 2 4 .2 39.60 39.10 42 41 425.4 4422..2297 n 41.38 .7 42 l i n 1 0 . 422.63 39.92 38.54 al 42.4 41.6 41.48 41.54 41.52 3 .57 .6742.6 .31 kiv4i422.72 4 42. 2 42 T 4 42kivi 11 9 41.46 .38 42 4 2 .27 31 3 . 39 42.3 39.97 39.53 38.07 .25 . 42 42.76 6 42 2.31 41.75 39.43 39.34 39.23 38.20 41.38 .86 42. 41 4140.94 39.08 41. 45 41. 41. 5 42. 49 2 4 r 8 40.6 40.23 1 .2441 .20 42 . 6 k 39.30 K1 4 k K1 39 42.35 61 42 u r Liik42.19 6 2k8 1 39.46 tee 1 42.27 1 V1 41.7 K1 kivi 39.65 A 42.432. 38.84 1 42.31 g X = 6575050 39.19 .26 ri n 41.03 40.09 V1 1 K1 1 2 l 0 1 V1 41.2 41.28 K1 42.35 422..6734 a Y = 532400 n 1 i n 39.21 V1 1 38.41 Tall K1 .45 4i .7 .37 40.70 39.12 1 t.kiv4422.62 ..444092 1 V1 K1 1 e 1 40.91 40.41 39.33 39.44 V1 1 K1 1 7 3b.7 2 1 42 39.95 39.33 39.1038.6038.95 39.48 11 42. 42 42 Bussipeatus "Saue tee" 40.45 38.83 41.37 1 V1 2 . 6 9 1 K1 1 4 41.09 40.4 40.06 V1 442.772 K1 42.2 38.48 414.31.37 38.65 1 1 42..60 V1 7 42.A44 K1 . 3 39.26 39.20 1 38.96 38.62 38.23 2 4 7 39.01 42 42.4342.4 1 1 40.94 V1 K1 38.42 V1 K1 1 A 38.80 1 39.43 3 414.1 9 1 0 39.15 K1 38.74 A 342 .3 42.2 40.05 PP 59 38.54 1 40.21 V1 V1 K1 40.45 38.68 1 1 1.10 42.2 K1 39.54 1 1.37 39.28 38.74 7 V1 4 38.66 1 K1 1 38.12 1 31 22 V1 K1 42. A 1 42. 47 41.54 40.46 V1 38.37 1 39. 1 1 K1 6 . 40.52 39.26 38.95 V1 .26 2 .2 1 40.50 39.95 1 i kiv42. 4242.1 4 4 1 V1 1 39.38 K1 73 K1 40.46 40.52 Reklaam 39.32 1 40.44 40.47 39.19 38.68 V1 42 1 7 1 K1 . 4 1 1 40.51 V1 V1 K1 39.77 98 8 4 1 42.19 1 1 K1 . 39.30 41.2 6 V1 41 1.5 1 40.91 41.10 1 1 K1 V1 39.99 K1 39.18 38.87 38.29 1 V1 4 40.58 39.76 38.63 1 41.2 1 K1 40.43 38.76 1 41. kr 41.11 414.00.4 V1 1 V1 1 K1 41.60 42. 39.37 1 42.12 39.84 39.43 38.66 40.59 40.35 39.27 28 1 34 42.21 99 kr V1 K1 41.7 40.42 40.04 1 42.21.4 39.31 42. 40.34 72701:001:1991 4 1 39.77 39.46 1 V1 41.52 K1 39.49 1 0 18 4 41.08 41.11 40.89 A Kurvi 38.57 9 38.31 6 A0 39.93 1 40.53 V1 K1 40.96 7 39.4 39.16 39.41 1 40.21 EL Krundi piir 38.37 41.0 38.9039.25 1 V1 A K1 40.41 39.62 404.09.388 39.17 38.55 38.46 2 39.93 1 42.14 38.93 38.96 41.3 X X X X X 39.51 39.24 1 41.33 V1 K1 39.93 1 38.93 39.39Klaasi 41.97 9 40.34 40.20 39.33 1 38.49 V1 K1 42.2 40.88 Varem projekteeritud gaasitrass (1) 38.00 1 42. 41.94 39.85 39.75 72601:001:0192 39.31 1 V1 K1 39.51 09 40.87 2 1 39.86 Projekteeritav madalpinge maakaabel 39.39 40.28 39.15 1 V1 440.76 K1 39.64 1 38.95 0.84 39.26 38.74 728 41.96 41.46 (2) 40.45 40.05 1 38.58 V1 K1 39.51 1 39.28 38.97 42.03 40.26 40.06 39.75 39.28 39.13 39.29 Keila mnt 3 01:0 1 72801:003:0190 V1 K1 40.88 39.84 39.69 1 TP 41.0140.95 A 39.25 38.55 39.76 Keila mnt 11 72601:001:0191 39.62 1 V1 40.00 K1 39.13 03:0 1 38.30 42.0 40.26 TP 39.84 41. 41.98 (3) 40.09 Projekteeritav39.88 sidekaabel 39.80 39.46 41.00 1 39.36 39.23 V1 38.36 K1 42. 41 35 1 40.68 40.75 41.69 1.9 40.66 39.69 068 38.34 09 38.29 1 39.91 V1 K1 41.35 (4) Likvideeritav sidekaabel 39.70 5 38.77 1 41.80 40.67 X X X X X 39.57 39.45 39.53 38.33 39.79 39.61 38.99 38.56 TP 38.79 1 V1 38.36 K1 39.04 1 40.00 39.41 38.99 38.30 40.94 40.94 38.27 40.73 39.66 1 39.83 40.02 V1 K1 39.91 39.67 39.51 39.16 38.27 38.66 1 39.90 38.73 38.32 41. 39.74 41. 414.19.94 1 39.85 V1 K1 39.12 41. 1 A 99 39.76 88 0 41.94 41.14 39.10 40.01 39.35 39.62 1 14 V1 40.55 K1 39.48 40.66 40.21 42. 40.48 41.7041.80 1 39.91 39.67 40.83 X 40.04 39.68 40.82 X 39.51 06 39.67 1 V1 X K1 40.06 1 39.88 X PA59 39.15 39.46 X 1 39.55 V1 X K1 1 39.92 39.45 X 39.43 39.57 39.00 39.38 41. X 39.87 39.91 1 39.98 X PP 30/4.KLASS V1 40.66 K1 38.48 1 73 X (Looduses leidmata) 39.96 39.43 39.36 38.73 X 38.42 1 X V1 K1 40.51 40.24 40.12 1 X 41 39.39 38.49 4 .50 X 8 40.05 Projekteeritav krundisisene veevarustusetorustik 39.58 39.50 40.77 0.75 V11 V11 V11 .7 39.19 1 39.67 X 400.5 38.25 V1 K1 41.74 39.73 X 1 0 39.51 41. 40.17 40 X 41.41 39.90 40.23 1 X 4 V1 K1 .64 41. 72 X 1 39.47 39.59 39.56 39.62 X X 38.41 4 41.48 Projekteeritav krundisisene betoonkiviga plats 40.16 X X 38.34 1 41 V1 K1 X 40.04 39.26 kr X 1 X A 39.95 Projekteeritav krundisisene kanalisatsioonitorustik X kr EL X K11 K11 K11 41.40 40.14 39.57 39.47 X X 1 V1 K1 X 40.31 X A0 1 X 39.00 41 39.84 39.61 X X 40.05 39.71 39.78 39.27 X X 94 .22 1 Projekteeritav krundisisene sadeveekanalisatsioonitorustik V1 K1 K21 K21 K21 39.60 X 38.92 X 38.54 40.36 1 40.19 39.45 38.79 X X 39.21 40.47 40.45 39.83 kogumismahutid (3tk) X X X 38.34 1 0.2 40.544700..661 Projekteeritud 40.10 reovee kanal. kaev malmluugiga V1 38.16 K1 39.41 X X 2 41.04 38.78 1 39.91 39.89 39.10 39.58 X X X 38.62 Projekteeritud 40.00 39.30 X 39.60 39.71 39.69 39.41 X 1 40.06 sademevee kanal. restkaev malmluugiga V1 K1 X X 38.93 38.28 38.97 1 X 38.98 40.39 X X 41.24 40.37 40.36 39.48 37.99 40 38.96 X X TP 1 40.01 39.33 V1 X K1 X 1 41. .18 X .04 4 6 39.84 X 41 2 A X 41.05 41 V1 39.94 40.41 X X 39.43 38.75 1 41 1 (1) X X V1 12 39.90 K 40.05 39.62 1 39.22 11 K1 .2 X 40.13 39.24 X 94 39.76 .15 41.4 .309.38 X 39.20 1 41.13 JA K2 X V1 40.54 40.39 X 1 1 X av V1 40.3 0.9 X K1 40.01 38.87 1 K1 X 1 X 39.61 1 3 kra K2 X kra 8.77 X EL V1 8 X 59 39.91 38.53 1 X 1 (2) V1 X K1 38.61 1 39.65 39.33 38.av A0 K1 105.8 39.45 1 X X 1 K2 39. 40.11 39.42 X 404 39.22 X V1 (3) 40.65 40.47 40.48 40.58 X K2 72 94 40.30 1 1 X 1 V1 K1 X 40.46 1 1 39.71 9 K1 39.00 K2 1 4400.4.46 39.66 38.61 X X K2 (4) 40 1 6 39.26 X X V1 40.40 40.41 401.04 1 X 38.12 1 X K2 V1 1 .22 4 K1 40. 1 41.00 X K1 1 41 .94 1 X X 38.45 04 .98 K2 40.26 40 39.40 40 .75 40.1 240.2 40.08 X 1 40 V1 39.11 X . 1 40.65 1 X 0 X 39.87 K2 V1 K1 .23 1 1 39.59 39.34 38.74 40.21 K1 39.05 X 4 X 1 40.78 40.31 X X K2 40.39 40.43 1 V 40.2 39.01 X X 11 39.69 TP 1 V1 X K1 K2 40.06 1 40 X 1 K1 1 40.63 40.40 40.12 TP X X X 39.16 K2 V1 .92 1 40.44 40.23 X X 1 38.92 1 V1 X X 40.28 39.40 K1 1 K2 .25 K1 X 1 1 X 38.86 4 72801:003:0045 40.59 39.43 39.22 X X 0.8 V1 39.61 K2 0 X 40.24 X 38.95 1 40 1 1 X X V1 K1 Keila mnt 11a 1 40.61 40.38 39.83 X K1 40. X K2 1 1 9 X 40.79 40.20 X V1 X 39.92 X K2 1 1 X 39.32 1 94 V1 X K 1 X 38.81 11 K1 X 39.43 K2 400..006 38.97 40 39.29 39.28 X 1 1 7 K2 X 40.63 40.13 X V1 40 .01 X 41 1 A X K2 1 .34 1 1 41 4 0.935 39.63 V1 X K1 40.80 X 1 K1 40.40 40.26 1 X 1 .92 40 .83 0.1 X K2 K2 4 1 39.22 39.91 .1 X 38.93 4 X V1 3 40 kr 39.95 39.33 X 6 40.35 1 0 X 1 . 38.83 K2 40.2 V1 K1 X 9 .2 1 1 X 1 40 72703:00 K1 K2 1 X 40.84 39.30 39.47 X 08 X X V1 39.75 .03 39.92 39.59 X X 38.78 Kanama 4 39.22 1 1 V1 X K1 1 X 1 K2 40. 89 K1 4 41 40.71 1 X 8 X X 39.16 TPTP 39.89 .2 X TP 72701:001:1991 V1 X .11 39. 1 40 X 39.19 1 1 X K2 V1 K1 40.17 40.31 1 39.50 X X K1 39.36 1 39.36 41. 40.74 39.88 X X Kurvi V1 X X 1 40.61 .42 1 K2 X 38.87 1 V1 X K1 06 39.50 39.40 1 X K1 39.90 1 39.56 X X 39.03 X 40 X V1 1 411.1 39.34 K2 39.89 40 .10 9.89 X 1 X 1 4 V1 39.40 K1 X 39.40 1 X K1 4 1 40.55 .10 1 X X 39.49 1.2 3 40.40 1 X X 41 .07 K2 V1 40.06 39.43 4 X 40 3 1 39.55 39.71 X 1 6 V1 1 K1 X 4 1 40 39.75 39.62 X 3 .1 K1 1 X 1 X 40.71 .14 X K2 40.17 39.44 .25 V1 .50 X 84.7000 X 40.62 39.54 39.18 1 39.25 1 40.58 V1 40.82 X X K 40.63 1 40.86 39.56 11 38.76 K1 X X TP 1 40.59 K2 X 39.15 39.18 V1 X 1 39.25 1 40.45 V1 K 1 X 11 39.85 K1 1 39.33 0 38.54 41 K2 X 39 39.21 39.33 TP .2 39.22 39.45 39.20 X 38.53 TP TP V1 X 38.8938.90 X 16 TP 41 .56 .38 41. 45 39.64 .1 1 X 1 40 X 38 TP V1 X 41.00 K1 1 X 1 V11 V11 V11 K2 39.46 83 39.6139.79 K1 X 1 . 39.75 X .26 K11 K11 K11 .5 39.16 X TP 40 38.98 A X 40 X 40. 40.59 38.73 38.54 9. V1 41.41 7 X 1 X V1 X 40.99 40.13 1 02 X 1 39.30 39.16 K1 K2 41 39.52 1 X 40.84 38.65 X X 38 r K1 1 61 X .173 k X 38.56 43 X 39.11 X 41 41 1 38.50 . V1 V1 40 4 X .3 38. .53 X 39.76 1 1 K1 X K2 400.1 X X 40.03 38.66 1 43 1 39.30 .35 .4 39.72 X K1 .76 0.7 39.77 X X X 1 72 8 .29 39.86 V1 39.71 4 X X X V1 40.42 1 K1 39.33 K2 X 1 1 39.08 41 1 X 39.32 39.09 X X 1 40.74 40.79 41kill 40 K1 X 39.50 1 X V1 72701:001:1991 X 39.32 X .40 K1 1 .55 X V1 X 40.59 K2 41.1141.06 .15 1. 1 X 39.39 X 1 X Kurvi 38.73 8 39.13 38.85 X 41.06 TP 1 38.61 1 X K1 V1 39.03 TP39.41 40 X X 39.53 38.97 K1 1 X X K2 .16 1 X V1 39.19 X 38.81 39.55 1 39.16 X X 41.3 1 V1 39.45 4 39.14 1 X A K1 40 K1 K2 X X 1 18 39.01 K2 1 39.77 1 41 41 41.01 39.61 1 V1 X X V1 38.85 36 K2 K1 X 39.69 1 39.67 1 1 39.23 39.53 . X .78 .03 .1 X 41 1 1 72 39.32 V1 39.15 1 72703:002:0051 X 39.05 K1 1 4170 K2 K1 K2 1 X X .157 4x795 39.94 1 1 X kr 0 V1 V1 40 Kanama K2 38.87 X .393: 1 K1 X kil9 1 1 4400.0 -11\ \4x 39.90 39.48 39.73 1 X 1 1 K2 V1 X K2 K1 1 X 39.70 l 4 39.46 39.69 K1 1 X 38.57 X 41.19 40.1 40.24 K2 1 X V1 72701k:0ergtee L1 V1 39.20 41 40.26 1 39.62 39.30 X 1 PKK- K1 X 41..22 1 1 00 39.90 X 39.00 K2 1 K2 TP 1 1 1 1 40.03 K1 V1 .18 40.6 .1040.9856 K1 X X V1 AXXP K1 10 1 39.5438.99 X 41.18 41.20 40.25 K2 1 1 39.25 X V1 38.81 1 X 2:0 ki0.9 4 V1 kV 1 1 X .441.14 K1 K2 A K2 X 1 39.06 21 41 40 39.98 1 1 X 41.0 l 1 1 K1 1 K1 k 38.69 V1 V1 X 9 X 7 re 1. K2 1 K1 1 X 39.03 07 l4l 42 4 39.23 39.03 H= V1 72703:002:0070 39.21 1 1 X X 40.9609 V1 K2 41.14 1 40 40.03 K2 1 K1 X 5 1 1 X 7. 1 X 1 K1 38.99 K1 39.71 1 V1 3 0.90.7 0.64 V1 .04 Kanama K2 X 01:1992 40.5 40.18 76 41 6 9 1 X K1 39.75 39.73 X 38.96 4 1 1 V1 K2 39.86 39.80 40.18 39.71 40.57 40.0 1 X m K2 V1 39.01 1 1 X .07 K X 1 1 X K 11 1 38.94 K1 39.03 K1 X . 1 40 40.4 21 V1 X 40.31 40.45 40.53 40. 3 1 39 41.22 K1 K2 6 X 38.77 V1 1 39.67 39.99 8 K2 38.65 1 40 .77 X 1 1 38.77 .2 V1 A .0 X 39.14 53 1 K1 K1 X K2 1 39.99 4 1 1 40 39.83 38.83 1 1 40.38 0.4 .24 V1 K2 EL X 1 40.28 40.18 K1 V1 3 40.4 X K2 1 1 1 40.04 4 1 X 39.56 1 . V1 40.12 39.82 0 40.2 3 39 1 A0 4 40.04