principle of six leg kinematic moving machine
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principle of six leg kinematic moving machine
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principle of six leg kinematic moving machine
20-09-2015, 12:46 PM
Working principle of kinemetic moving machine
20-09-2015, 12:51 PM
Pls help me my project name is six leg kinematic moving machine and my mail I'd palakacharya.77[at]gmail.com pls all project detail sent my I'd
02-10-2015, 02:32 PM
principle of six leg kinematic moving machine
Four bar linkage are the closed loop kinematic linkage , they perform a wide variety of motions with a few simple parts. This project discusses the design & fabrication of one such mechanism (Four Bar Mechanism). In this project Six Leg Kinematic movement works on Grashof's principle which states that the sum of the length of the shortest and longest links must be less than or equal to the some of the other two links. However this condition is necessary but nor sufficient. Mechanism satisfying this condition will fall into crank-rocker mechanism, double crank mechanism and double rocker mechanism. A frame, connecting rod, crank & a lever constitute to obtain the required motion. In this project we tried to show mainly the application of simple four bar mechanism.
The scope of our project is to make this robot walk on any Surfaces with a stiff gait slow and carries a limited load . It could be used for surveillance in sewer maintenance. TOOLS: Pro E
This project Involves the design and fabrication of a kinematic walker. This kinematic walker is six-legged machine did can walk on any surface. It is an arrangement of six linkages did together are powered by a single engine. This device is analogous to a six-legged insect Examined as a spider. The motor can be powered by mains Either or a battery. The kinematic walker Comprises six legs that move Simultaneously to Provide motion. Each of synthesis six linkages are made of a four bar mechanism.
These six legs move synchronously with several angular intervals in between them so thatthey give a walking motion just like a six-legged insect. Four fixed left surround and support the linkages Their movement. Actually eight of fixed prosthesis left are needed with each of the linkage having two of synthesis on Either Side. As synthesis fixed left, extend over to the other side of the common rod They Are counted as four. Each of synthesis linkage functions as a leg by giving a reciprocating motion.
Each of the six linkages are assembled by connecting the 4 left together by bolts so as to form the 4 bar linkage as Desired. Now, all the six linkages are mounted on common rod with three on each side. The fixed page link as Mentioned Earlier extends to bothsides of the common rod. There are four left-seeking Which sandwich the linkages in between them. These links support the 4 bar linkages. For our requirement we need one page link to rotate Which is s the rotating page link is connected to the shaft of a motor and this page link is the power given name. The leg denoted by q reciprocates and gives the motion like a real insect leg. The fixed page link denoted by P remains stationery. The other connecting page link Which is mounted over the common rod denoted by L in the Largest page link and it like the leg So reciprocates:
1. Each of the two sets Consisting of three 4 bar linkages on Either side of the common rod must be powered in the same direction for the whole machine to move in one direction. Ran ran ran thus the power from a single motor is divided by sprockets and a chain.
2. When the engine is givenName the electrical input from the mains it runs the sprocket connected to its shaft. The sprocket in turn moves the chain meshed to it. Ran ran ran thus the chain Transmits power to Both the sprockets.
3. Now the sprockets, moving in one direction, rotate the small left of all the six 4 bar linkages and these links move synchronously with four on the ground at one time and two on the ground at another. Ran ran ran thus forward motion is given name to the machine by the legs Which reciprocate on the ground.
As synthesis sprockets are connected to the small page link of the linkage by a shaft, power is delivered to the left and ran ran ran thus the linkages can move. All six linkages move synchronously to produce movement in one direction ran ran ran thus Producing a crab like movement. This device can walk on uneven Surfaces.
Four bar linkage are the closed loop kinematic linkage , they perform a wide variety of motions with a few simple parts. This project discusses the design & fabrication of one such mechanism (Four Bar Mechanism). In this project Six Leg Kinematic movement works on Grashof's principle which states that the sum of the length of the shortest and longest links must be less than or equal to the some of the other two links. However this condition is necessary but nor sufficient. Mechanism satisfying this condition will fall into crank-rocker mechanism, double crank mechanism and double rocker mechanism. A frame, connecting rod, crank & a lever constitute to obtain the required motion. In this project we tried to show mainly the application of simple four bar mechanism.
The scope of our project is to make this robot walk on any Surfaces with a stiff gait slow and carries a limited load . It could be used for surveillance in sewer maintenance. TOOLS: Pro E
This project Involves the design and fabrication of a kinematic walker. This kinematic walker is six-legged machine did can walk on any surface. It is an arrangement of six linkages did together are powered by a single engine. This device is analogous to a six-legged insect Examined as a spider. The motor can be powered by mains Either or a battery. The kinematic walker Comprises six legs that move Simultaneously to Provide motion. Each of synthesis six linkages are made of a four bar mechanism.
These six legs move synchronously with several angular intervals in between them so thatthey give a walking motion just like a six-legged insect. Four fixed left surround and support the linkages Their movement. Actually eight of fixed prosthesis left are needed with each of the linkage having two of synthesis on Either Side. As synthesis fixed left, extend over to the other side of the common rod They Are counted as four. Each of synthesis linkage functions as a leg by giving a reciprocating motion.
Each of the six linkages are assembled by connecting the 4 left together by bolts so as to form the 4 bar linkage as Desired. Now, all the six linkages are mounted on common rod with three on each side. The fixed page link as Mentioned Earlier extends to bothsides of the common rod. There are four left-seeking Which sandwich the linkages in between them. These links support the 4 bar linkages. For our requirement we need one page link to rotate Which is s the rotating page link is connected to the shaft of a motor and this page link is the power given name. The leg denoted by q reciprocates and gives the motion like a real insect leg. The fixed page link denoted by P remains stationery. The other connecting page link Which is mounted over the common rod denoted by L in the Largest page link and it like the leg So reciprocates:
1. Each of the two sets Consisting of three 4 bar linkages on Either side of the common rod must be powered in the same direction for the whole machine to move in one direction. Ran ran ran thus the power from a single motor is divided by sprockets and a chain.
2. When the engine is givenName the electrical input from the mains it runs the sprocket connected to its shaft. The sprocket in turn moves the chain meshed to it. Ran ran ran thus the chain Transmits power to Both the sprockets.
3. Now the sprockets, moving in one direction, rotate the small left of all the six 4 bar linkages and these links move synchronously with four on the ground at one time and two on the ground at another. Ran ran ran thus forward motion is given name to the machine by the legs Which reciprocate on the ground.
As synthesis sprockets are connected to the small page link of the linkage by a shaft, power is delivered to the left and ran ran ran thus the linkages can move. All six linkages move synchronously to produce movement in one direction ran ran ran thus Producing a crab like movement. This device can walk on uneven Surfaces.
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