Providing and fixing of Open Gym in Parks of Ward No.40, Division-IV, Faridabad. (Recall)

Providing and fixing of Knee Chair complete in all respect as per specification KNEE CHAIR Machine Part Description of Knee chair 1. Back Seat 2. Gripper 3. Arm 4. Seat 5. Connector Pipe 6. Oscillator pipe 7. Roller 8. Mounting Plate 9. Center Pillar 10. Cap 11. Round Plate 1 12. Round Plate 2 13. Seat pipe 14. Circlip 15. Pin 1 16.Bearing 17.Metal Cap 18.Rubber Washer 19.Pin 2 20.Locating Strip KNEE CHAIR MECHANICAL DIMENSION AND MEASUREMENT OF MACHINE 41. A circular mounting plate of diameter 233mm and thickness 8mm. 4 eye holes made on this plate at 90 degree which is P.C.D 170mm, hole diameter is 20mm, length is 39.9mm. 42. On circular mounting plate ,a center pillar is welded diameter of center pillar is 114mm and height is 294mm.A round plate 1 is welded on the upper edge of the center pillar having diameter 104mm and thickness 5mm. 43. Seat pipe is welded on the round plate 1 along with the center pillar. It have three parts long straight edge length 366mm, 240mm radius and short length of 150mm bent at an angle of 100 degree from the base. The pipe used is of diameter 60mm and thickness 4mm.Center pillar is welded 239mm apart from the long straight edge of the seat pipe. 44. Locating strips are welded on the seat pipe 154.5mm and 265.5mm from the long straight edge of the seat pipe. Strips having length 55mm, breadth 35mmand thickness 3mm.A hole is made of diameter 13mm and 15mm apart towards the center pillar to locate seat well. Similar measurements for all the strips welded. A plastic seat is fixed on the holes made with the help of Allen bolts (poly drive head). 45. Back seat is located on the short length of the seat pipe with the help of strips welded 5mm above on the center face of the seat pipe and another one is welded 82mm from the seat pipe edge. 46. Arm have five parts length1 189mm,radius 104.4mm,straight length 166.9mm,radius 74mm bent at angle 130 degree,length2 160.8mm. Arm’s length1 edge is welded 205mm from the center of the center pillar and height 318.1mm on both the faces of seat pipe. Grippers are gripped on the length2 of the arm. Grippers used are either of plastic or rubber. 47. On the edge of the long straight edge a pipe of diameter 60mm, length 65mm and thickness 4mm is welded. A pipe of diameter 60mm, length 65mm and thickness 4mm is welded on both the edges of the oscillator pipe. Round plate 2 having thickness 4mm is welded on both sides 13.5mm inwards on edges of the pipe welded on the long straight edge of seat pipe. Round plate 2 have a hole of diameter 28mm. 48. On the upper welded pipe of the oscillator pipe having two bearing fitted, first on the edge and other one is fitted 29mm inwards from the edge of the pipe. Two oscillator pipe having similar mechanism discussed above attached on both sides. A pin having diameter 28mm and length 166mm is welded with the round plates and attached throughout both pipe with the help of bearing, welded along the oscillator pipe. A circlip slot(1.5x2) is made 5mm inwards from both the edges of the pin. Cap is fixed on both the edges of the pin. 49. A round plate is welded 41mm inwards in lower edge pipe of the oscillator pipe. A pin of diameter 28mm and length 227.6mm is welded with the round plate outwards .Plastic Cap is tightly fixed inward. A roller is fitted with the pin having inner diameter 25mm.A washer having diameter 60mm and thickness 5.5mm is fixed in between the roller and the circlip to avoid wearness and maintain the gap along .A circlip slot (1.5x2) is made 6.5mm from the face of the pin and self locking metal cap is fitted on the edge to avoid displacement of the roller. Since metal cap is self locking so that it cannot be detached untill it will not be broken. 50. Short length of the seat pipe has a cap fixed on the open edge .

Providing and fixing of Double Skier complete in all respect as per specification Double skier Machine Part description of double skier • Circular mounting plate (1and2) • Center pillar 1 and 2 • Standing base rectangular pipe • Standing pads • Main pipe • Holding Arms • Connecting pipe 1 • Connecting pipe 2 • Bearing hosing pipe 1 • Bearing hosing pipe 2 • Pendulum pipe MECHANICAL DIMENSION AND MEASUREMENT OF MACHINE 53. Two circular mounting plates of diameter 233m and thickness 8mm. 4 eye holes are made on the plate at 90 degree which is P.C.D 170mm, hole diameter is 20mm, length is 40mm. 54. On circular mounting plates a center pillar is welded of diameter of center pillar is 114mm and length is 955mm having thickness 3mm. 55. Main pipe of diameter 114mm,thickness 2.5mm and length 600mm welded on both the pillars and the distance between the pillars is 320mm. Both the edges of the main pipe are welded with connecting pipes. 56. Two connecting pipes having diameter 114mm,length 100mm and thickness 2.5mm.The midpoint of the connecting pipe is welded from both the edges with the main pipe. 57. Connecting pipe have metal plates welded of thickness 4mm, outer radius of the pipe is according to the inner radius of the pipe. A hole is made on the metal plate of diameter 28mm, welded with a rod by maintaining 87mm rod outside the plate having diameter 25mm. 58. Two bearings are fixed on the rod of the diameter 25mm having inner diameter 25mm and outer diameter 60mm with the help of a circlip groove. The distance of the first bearing is 125mm from the metallic plate welded and the distance between the two bearings is 38mm. 59. The bearing hosing pipe 1 is fixed on the both the bearings having length of 90mm, diameter of 70mm and thickness 5mm. 60. An arm pipe of diameter 32mm is welded vertically on the bearing hosing having five parts straight length 1149mm, radius 60mm tilted at 27 degree, tilted length is 120mm, radius 60mm straight length of 142mm parallel to the top of the arm pipe. 61. A pendulum pipe of diameter 50mm, thickness 2.5mm and bending radius 1516mm,length is 750mm. One edge of the pendulum pipe is welded with the bearing hosing pipe 1 and the other edge is also welded with the bearing hosing pipe 2.The bearing hosing pipe 2 have arod fixed of diameter 28mm and length is 90mm. 62. Two bearing having inner diameter 25mm and outer diameter 52mm. The distance between the bearings is 28mm and the in between diameter of rod is 26mm. After fixing the bearing the remaining rod have diameter 25mm is maintained and both the ends of the bearings are screwed with the help of nuts. 63. There are four similar rod mechanism fitted with the machine. Two attached with one connecting pipe on both of its ends. Similarly with the other connecting pipe as they are of the mirror image of each other. 64. Standing base rectangular pipe having dimensions 1600mm*60mm*30mm and wall thickness2.5mm and rubber pads are fixed on both the ends. Two u-shaped brackets are welded 600mm apart from each other ,each rod having wall thickness 3mm.Brackets height is 100mm from the top of the standing base rectangular pipe. Holes are made of 26mm from that face too and is connected with the bearing hosing pipe 2 along with the pendulum pipe. 65. Standing pads of 324mm*134mm*40mm and of wall thickness 2.5mm are welded on each edge of the standing base rectangular pipe. The distance between the two standing pipes is 972mm welded on a rectangular pipe. Plastic caps are fixed on the open edge of the each bearing hosing pipes to prevent dust

Providing and fixing of Shoulder Wheel complete in all respect as per specification SHOULDER WHEEL Machine Part Description of Shoulder Wheel 1. Mounting Plate 2. Center Pillar 3. Jointer pipe 4. U-Arm 5. Actuator 6. Wheel support 7. Wheel 8. Knob 9. Cap MACHANICAL DIMENSION AND MEASUREMENT OF MACHINE 41. A circular mounting plate of diameter 233mm and thickness 8mm. 4 holes on this plate at 90 degree which is P.C.D 170mm, hole diameter is 20mm. 42. On circular mounting plate ,a center pillar is welded diameter of center pillar is 114mm and height is 118mm. 43. Cap is fixed on the top of the center pillar with the help of groube screw. 44. 2 Jointer pipes are welded with the center pillar whose diameter is 60mm and length 107mm. 45. Jointer 1st is welded at the height 889mm and Jointer 2nd is at height 989mm. 46. U-arm band is welded on the edge of the jointer and midpoint of the band, pipe used whose diameter is 60mm and band radius 403mm having a short length extended is 90mm straight on both the edges. Band radius is bent at 180 degree. Both U-arm are welded with the jointer at an angle of 45degree from the base. 47. A dart having thickness 5mm is also welded below the Jointers which provides support to the Uarm bands. 48. Wheel is made of the pipe having diameter 32mm and it is bent at 360 degree whose outside diameter is 482mm.3 Wheel supports are welded with the inner side of the wheel. One edge of the wheel support is welded with the wheel and the other one is with actuator at the responding angle of 5 degree .There are 3 wheel supports welded adjacent to each other at angle of 120 degree. 49. Actuator is made up of pipe having diameter 60mm and length is 60mm.Actuator is coupled with the extended edge of the U-arm band with bearing and pin in between whereas the other end is fixed by the Allen (polydrive head) bolt having plastic cap fixed on the top. 50. A knob is fixed parallel to the straight short length of the U-arm on the wheel as it can swing on its own axis individually and with the wheel, both clockwise or anticlockwise direction .This knob is made up of either plastic or rubber.

Providing and fixing of Back Shaper complete in all respect as per specification BACK SHAPER MACHINE PART DESCRIPTION OF ROWER MACHINE 1. RECTANGULAR PIPE 2. BRACKET 3. PIPE-1 4. PIPE-2 5. PIPE-3 6. STOPER BAND 7. RUBBER PAD 8. ANGULAR SEAT BASE PIPE 9. FOOT RESTER JOINT 10. FOOT RESTER 11. BENDING ARMS 12. GRIPPER 13. SEAT 14. BRACKET 15. FOOT RESTER SUPPORT PIPE MECHANICAL DIMENSION AND MEASUREMENT OF MACHINE ARE FOLLOWING 41. A rectangular base pipe having length 1010 mm breath 78 mm and height 40 mm. Three bracket are welded on the rectangular base pipe. 1ST bracket 50 mm ,2nd bracket 65 mm and 3rd bracked 760 mm from the edge of the base pipe. 42. Pipe 1 is arranged with the bracket 1 and having length 342mm and diameter 48mm. 2 bushes are welded on both edges of the pipe1, pipe 2 is also arranged with the bracket 2 and length 349mm and diameter 48mm and bushes are welded with it on both edeges. Similarly 3 brackets are also holding pipe 3having length 342mm and diameter 48mm with bushes welded on both edges. 43. Bending arm pipe welded with the bracket box on both its sides .This arm pipe haves parts, short length 91mm, radius1 121mm, angular length 517mm,radius2 96mm, extended length 140mm.The bending arm are 258mm from the base pipe towards upward. 44. Grippers are studded at the edge of last short straight pipe having material plastic or rubber. 45. Angular seat pipe having parts straight length 1119mm, and angular length 363mm,and having dimensions breadth 78m, above length bracket 1st is welded 88mm form the straight edge of the angular seat base pipe whereas bracket 2nd is welded 528mm from the straight edge of the angular seat base pipe. Each bracket is welded opposite to it. 46. Seat are fixed on the angular seat base pipe with the help of steel Allen bolt (polydrive head). It is of either plastic or metal. 47. Stopper band is also welded with the angular base pipe 334mm from the straight edge of base pipe. Rubber pad is tightened at the ending edge of the stopper band and to avoid shock. 48. Centre of the foot rest pipe is welded with the straight edge of the angular seat base pipe equally. And foot rester is also welded angularly on the foot rester pipe .The diameter of the foot rester pipe 32mm and length 160mm. 49. Foot rester jointers are welded on the foot rester pipe having length 315mm breadth60mmon the either sides of the rester joints, apart 432mm from the edges of the foot rester pipe .Foot rester is joined on the foot rester pipe with the help of polydrive head Allen bolt. 50. Pipe 1 is connected with the bracket 1st of the rectangular base pipe and angular seat base pipe, pipe 2 is connected with the bracket 2nd of the rectangular base pipe and angular seat base pipe, pipe 3 is connected with the bracket 3rd of the rectangular base pipe and another bracket welded on the edge of the (straight) of the angular seat base pipe ,Bushes of all the pipes are joined with the brackets having bearing and pin in between , tightened with Allen bolt polydrive head bolt having plastic caps on the ends. Note: All the movable joints have a PIN BEARING in between, tightened with the Allen bolt polydrive head bolt having plastic caps on the ends. Since plastic caps are fixed on the ends, the bolt can’t be opened until they will be broken.

Providing and fixing of Air Walker complete in all respect as per specification AIR WALKER MACHINE PART DESCRIPTION OF THE AIR WALKER a. Mounting plate b. Center pillar c. Trapezium shaped pipe d. Cap e. Holding pipe f. Hinge supporter g. Obtuse L shaped pipe h. Rectangular pipe i. Standing pad j. Triangular hinge supporter 37. A circular mounting plate of diameter 233mm and thickness 8mm, 4 holes on this plate at 90 degrees of which P.C.D. 170MM. hole diameter is 20mm. 38. On circular mounting plate a center pillar is welded. Diameter of center pillar is 114mm and height is 223mm. 39. Trapezium shaped pipe is welded to the center pillar from the middle at the base. Trapezium shaped pipe’s upper portion is open with two branches. 40. Cap is on the two branches of upper portion/ top of the branches are 925mm wide and length of each branch is 885mm. At the base of the branches the gap is 925mm with a radius bend 235mm. 41. Open end of Trapezium shaped pipe is welded with a holding pipe. Holding pipe has a straight length of 810mm and a 90 degrees radius on both sides, then a small straight length of 246mm. through this small straight length holding pipe is welded to trapezium shaped pipe. Holding pipe is welded at an angle of 40 degrees to the open ends of trapezium shaped pipe, height of joint is 1212mm. 42. Hinge support of length 126mm is welded on the branches of trapezium shaped pipe at a height of 1117mm from the base. 43. 2 obtuse L shaped pipes are connected to the hinge supporter by the bushes. Bushes are welded at the upper portion of the obtuse L shaped pipe. Lower portion of obtuse L shaped pipe is welded with rectangular pipe, of length 705mm, radius 124mm and short length 137mm. 44. On rectangular pipe standing pad are tightly screwed. Standing pad (foot rest) can be of plastic or metal. 45. Triangular hinge supporter are welded to the hinge supporter to provide better strength. Note: All the movable joints have a PIN BEARING in between, tightened with the Allen bolt poly drive head bolt having plastic caps on the ends. Since plastic caps are fixed on the ends, the bolt can’t be opened until they will be broken.

Providing and fixing of Abs Shaper complete in all respect as per specification MACHINE PART DESCRIPTION OF THE ABBS SHAPE a. Circular mounting plate b. Center pillar c. Main pipe d. Square mounting plate e. Frame base pipe f. Frame supporter g. frame h. foot rest i. bending support pipe j. PVC Pad k. Cap 45. A circular mounting plate which has diameter 233mm and thickness 8mm. also has 4 holes at 90 degrees which PCD is 170mm. the diameter of the hole is 20mm 46. In this circular mounting plate , a center pillar is welded. Diameter of the center pillar is 114mm and the height is 568mm. 47. Cap is fixed on the top of the center pillar with rivets. 48. Two main pipes are welded opposite to each other with the center pillar having length 266mm, height from the bottom edge is 174mm and diameter 48mm. 49. Two square mounting plates are welded on the main pipes, apart from the edges of the mounting main pipes 91mm. these plates are of length 190mm, breath 150mm and thickness 5mm 50. A frame base pipe is welded with the square mounting plate at a distance of 14mm from the one of the edge of base pipe having 2 parts, first length straight pipe 108mm and radius 119mm. therefore we have four base pipes welded on the 2 square mounting plate (2x2). Towards the welding, the distance between the two base pipes is 218mm. 51. A foot rest pipe is welded on the radial edge of the 2 base pipes of one square mounting plate. Rest pipes are extended equally from the center. 52. A frame support is welded on the frame base pipe having length 385 mm and diameter 38mm, from the straight edge of the frame base pipe is 84mm. this support pipes are welded on 4 base pipes. 53. A curved frame having a curved radius 2384mm and fliet radius 74mm is welded with the straight edge of the frame base pipe and 2nd side is with the foot rest pipe. Fliet radius is on the four corners of the curved frame. The pipe used to make the curved frame have diameter 32mm. 54. A PVC pad is mounted on the curved frame having same dimensions as of the curved frame, with the help of the mushroom head screws (steel). 55. Bending support is welded on the either side of the center pillar having 3 parts short length 34mm radius 150mm and long straight length 179mm. the bending support is welded 322mm from the center pillar on the main pipe whereas other edge (towards short length) welded with center pillar. Note: All the movable joints have a PIN BEARING in between, tightened with the Allen bolt polydrive head bolt having plastic caps on the ends. Since plastic caps are fixed on the ends, the bolt can’t be opened until they will be broken.

Providing and fixing of The Horse complete in all respect as per specification THE HORSE MACHINE PARTS DESCRIPTION OF HORSE • Rectangular pipe • Bracket • Pipe 1 • Pipe 2 • Pipe 3 • Stopper band • Rubber pad • Angular seat base pipe • Foot restorer jointer • Foot rest • Foot rest support pipe • Gripper • Seat • Seat bracket box 53. Circular mounted base pipe which has this part at 90 degrees which PCD is 170mm. hole diameter is 20mm 54. On this circular mounted base plate on the centre pillar is welded. Diameter of the centre pipe pillar is 114mm and height is 500mm 55. A support pipe which is welded from the distance of base plate is 441mm and on this side of support pipe welded with the centre pillar and second one side is welded on the seat pipe rest Band 56. Rest band is welded on the center pillar at the distance 265mm from the base plate vertically. This rest band has three parts- first short length 180mm, Second radius 150mm and the last is the long straight length270mm. 57. A seat base pipe has 2 parts, first short length 272mm, straight length, second long straight length 255m. A bush is welded on the short length and a screw (steel) is in between the brackets as they give up-down motion. Brackets are welded 105mm from the edge of the short length of the seat base pipe. Those brackets are 50mm apart from each other. 58. On the centre pillar, two rectangular pipes are welded angularly at an angle 53mm from the centrer pillar. The rectangular pipes are of the dimensions- length 373mm, bredth 50mm and height 29mm having 360mm vertically upwards from the mounting plate. 59. A round shape pipe is welded on the top of the edges of the rectangular pipe and which length is 125mm and diameter 32 on boths sides. 60. A handle beam whose length 930mm, diameter 60mm. bracket 1st is welded 140mm from the bpttom edge of the handle and bracket 2nd is welded 280mm from the bottom edge of the handle beam. The round pipe is connected with the bracket 2nd with the help of the steel screws. 61. Two handle bars (1st and 2nd) are welded 60mm apart from the top edge of the handle beam. Handle bar 1st is 185mm and 2nd is 185mm in length. 62. A connecter pipe whose length 310 and diameter 38mm and two bushes are connected on both the edges. First edge of the connecter pipe is joinedwith the bracket welded on the short length and other edge is connected with the bracket 1st of the handle beam. 63. A u-shape pipe is welded on the bottom edge of the handle beam,. There are two footrest pipes also welded on the edges of the u-shape pipe , opposite to each other , parallel to the mounting plate. Ushape band having radius 150mm. font pedallength 147mm. footrest puipes are welded with the extending rods of 140mm on both side of the u-shape. 64. Grippers are arranged with the handle bar are of either plastic or rubber. 65. Screw tightened seats are placed on the seat base pipe horizontally with help of steel screws. Seats may be of plastic or steel. Note: All the movable joints have a PIN BEARING in between, tightened with the Allen bolt polydrive head bolt having plastic caps on the ends. Since plastic caps are fixed on the ends, the bolt can’t be opened until they will be broken.

Providing and fixing of Shoulder Shaper complete in all respect as per specification THE SHOULDER SHAPER MACHINE PARTS DESCRIPTION OF SHOULDER SHAPPER • Mounting plate • Centre pillar • 2 hinge holding pipe • 2 bending pipe • Cap • 2 u shapped pipes • Handles • 2 straight pipe(no.-1) • Straight pipe (no-2) • Straight pipe (no-3) • Seat base pipe • Seat bending pipe • Seat • Back seat • Hinge box • Bracket holder 57. A circular mounting plate of diameter 233mm and thickness 8mm. there are 4 holes on this plate at 90 degrees which is P.C.D. 17mm, hole diameter is 20mm. 58. On circular mounting plate a centre pillar is welded. Diameter of the centre pillar is 119mm and height is 1838mm. 59. Cap is fixed on the top of the pillar with rivets. 60. At 1528 mm vertical distance – 2 hinges holding pipes are welded in opposite directions. Hinge holding pipes have clear hole for screw at 177mm distance. 61. Bending pipes are welded to the Hinge holding pipes and the centre pillar to provide mechanical strength to the hinge holding pipe. 62. Hinge box is fitted to the hinge holding pipes with a steel screw and bush. Hinge Box has a clear hole at the base. 63. U shaped pipes are welded at the upper part of the hinge box. 64. At the opening end of the U shaped pipe, handles are fitted with steel screw. 65. Straight pipe no.1 is fitted to the hinge box at the base with Pin bearing. 66. Lower end of the straight pipe no.1 is fitted to straight pipe with a pin bearing. 67. Straight pipe no.2 and no.3 are joined to the centre pillar and seat base pipe one over the other respectively with a gap of 490mm, through bracket jointers, which are welded to the centre pillar and seat base pipe also. 68. Seat base pipe is connected with straight pipe no.2 and no.3 with pin bearings. 69. Over seat base pipe a seat bending pipe is welded. 70. Seat and back seat are fitted on the seat bending pipe with Pin bearing. These seats may be of plastic or steel made. Note: All the movable joints have a PIN BEARING in between, tightened with the Allen bolt polydrive head bolt having plastic caps on the ends. Since plastic caps are fixed on the ends, the bolt can’t be opened until they will be broken.

Providing and fixing of Parallel Bars complete in all respect as per specification PARALLEL BARS Machine Part Description of Parallel Bars 1. Cap 2. Stopper pipe 3. Bar 4. Center Pillar 5. Mounting Plate 6. Bolt Cap PARALLEL BARS MECHANICAL DIMENSION AND MEASUREMENT OF MACHINE CHANICAL 37. A circular mounting plate of diameter 233mm and thickness 8mm. plate at 90 degree which is P.C.D 170mm, hole diameter is 20mm, length is 39.9mm. 38. On circular mounting plate , a center pillar is welded diameter of center pillar is 114mm and height is 1537.5mm. 39. Cap is fixed on the top of the center pillar having diameter 120mm,height 69mm. 40. Two holes are made on the front face of the center pillar. One is made 383mm vertically from the mounting plate and other is made 443mm from the mounting plate. Other two holes are made similarly but on the either perpendicular face of the center pillar ,one is 1138mm vertically from the mounting plate and other hole is made 1363mm vertically above from the mounting plate. 41. Bar having diameter 38mm, thickness 4mm is welded with the stopper pipe whose diameter is 127mm , length is 350mm and thickness is 6.5mm by initial edge 100mm downwards , bar pipe is straight 126.5mm and then radius 123.3mm bent at an angle of 90degree horizontally outwards further straight length 700mm, there comes a radius of 119mm bent at angle of 52 degree downwards further extends a straight length 1000mm then bend towards the center pillar with the help of radius 120mm and the remaining straight length 106mm is welded with the stopper strip. 42. Two bars are welded, since one edge of the bar is welded with the stopper pipe 25mm from the upper edge of the stopper pipe and other is welded with the stopper strip simitrically. The distance between the two bars is 542mm inwards. 43. Another two bars are welded, since one center edge of the bar is welded 249.5mm from the upper edge of the stopper pipe and other is welded with the stopper strip at 175mm downwards from the stopper strip. 44. Stopper strip plate have two holes linearly made on either side from the center, hole diameter 15mm.Holes are concentric to the holes of the center pillar and stopper strip plate is fixed with the help of Allen bolt(poly drive head) tightened throughout on both sides. 45. At the height of 1088mm fromthe mounting plate, stopper pipe is slidefit fixed. Holes are made concentric to the holes made on the center pillar, one at the height 1138mm and other 1363mm from the mounting plate. Stopper pipe is fixed with the help of Allen bolt (poly drive head) tightened throughout on both sides. All bolts are covered with the help of plastic caps.

Providing and fixing of Chest Shaper complete in all respect as per specification CHEST SHAPPER MACHINE PART DESCRIPTION OF THE CHEST SHAPPER a. Mounting plate b. Centre pillar c. Cap d. Hinge holding pipe e. Hinge holding pipe L shaped f. Hinge supporter g. Hinge bracket h. U shapped pipe i. Handle grips j. Obtuse hinge k. Horizontal pipe no.1 l. Vertical pipe m. Horizontal pipe no.2 n. Horizontal pipe no.3 o. Seat base pipe p. Bending seat pipe q. Seat r. Back seat s. Bracket MACHINE PART DESCRIPTION OF THE CHEST SHAPPER Hinge holding pipe L shaped 65. A circular mounting plate of diameter 233mm and thickness 8mm, with 4 holes at 90 degrees which is P.C.D. 170mm, hole diameter is 20mm. 66. On circular mounting plate a centre pillar is welded. Diameter of the centre pillar is 114mm and height is 2138mm. 67. Cap is fixed on the top of the centre pillar with rivets. 68. 2 short hinges holding, having length 168mm are welded in opposite directions horizontally. 69. Height of hinges holding pipe from the mounting plate base is 1618mm 70. 2 hinge supporters of length 448mm are welded in opposite directions horizontally to the centre pillar. Diameter of the supporter pipes are 48mm and height from the base of mounting plate is 1864cm. one hole is on the free end of the supporter. 71. Hinge bracket is fitted to hinge supporter and hinge holding L shaped pipe with pin bearing. Hinge bracket has another hole at length 250mm, just cm below the first pin bearing hole. 72. Inverted U shaped pipe are welded to the Hinge bracket at the base. 73. Inverted U shaped pipe’s free end is fitted with Grip handles. 74. 2 obtuse hinges are joined by hinge holding pipe in both directions, obtuse hinge has 3 holes of diameter 20mm, 2 holes at the both free ends and one at the center. Through the center hole it is connected to the hinge holding pipe with pin bearings. 75. Horizontal pipe no.1 is connected to the obtuse hinge from upside and to the hinge bracket from the base hole with pin bearings. 76. 2 vertical pipes of both sides are connected to the base of hinge Obtuse with pin bearings. Lower portion of vertical pipe is connected to the horizontal pipe no.2 at 323mm distance from center pillar (mounting plate). 77. Horizontal pipe no.2 and no.3 are fitted between center pillar and seat base through brackets one over the other, length of pipe no.2 and no.3 is 375mm and height of horizontal pipe no.1 from the base of mounting plate is 1864cm. 78. Seat base pipe is connected on both sides to the horizontal pipe no.2 and no.3, with brackets 79. Over the seat base pipe a bending seat pipe is welded. 80. On the bending seat pipe, seat and back seat are fitted with steel screws. These seats may be of plastic or of steel made. Note: All the movable joints have a PIN BEARING in between, tightened with the Allen bolt polydrive head bolt having plastic caps on the ends. Since plastic caps are fixed on the ends, the bolt can’t be opened until they will be broken.