A machine process is disclosed in which a first program in one binary language is translated into a second program in another binary machine language.

The invention relates to a machine mounting for a machine in a vehicle.

Included in the first computer code is reference to second computer code in a second programming language.

In a particular embodiment, the indentation accommodates the presence of a machine in the hoistway whent the cab is adjacent to the machine.

An elastic material is advanced in the machine direction in a stretched state.

The object of the invention is also a runnability component in a paper machine or the like, such as a board or a finishing machine.

The ratio (λm2/λm1) of the machine-direction draw rate (λm2) at the restretching step and the machine-direction draw rate (λm1) at the initial stretching step is 0.45 or less.

In some embodiments, the module housing can at least partially define a machine cavity into which an electric machine can be positioned.

Disclosed are a method and device of target object recognition on a machine side in human-machine interaction.

Said machine is controlled in a direct current mode so that a current flowing in each phase winding of the machine never equals zero.

Machine-turning surfaces in the oil gallery channel can be machine- finished as desired.

The transcriptions are machine-translated into a target language.

A limit switch machine timing indicator (25) functions to feed a first machine timing signal into said first shift register, and into a machine cycle counter (21).

The manufacturer of the machine arranges the connection unit (20) on the machine in the zone of fastening to the bottle.

The second computer code is simulated for use during the execution of the first computer code in the first programming language.