Abstract:
An assembling device for supplying and assembling a part on an object has a table and a first moving portion disposed above the table, where the first moving portion includes a guide and a movable body. The guide extends in a first direction parallel to a surface of the table out of a range in which the table is positioned. The movable body is movable to a position out of the range in which the table is positioned. The assembling device also has a second moving portion disposed on the table and movable in a second direction transverse to the first direction, the object being mounted on the second moving portion.
Abstract:
An assembling device for supplying and assembling a part on an object has a table and a first moving means disposed above the table, wherein the first moving means includes a guide and a movable body. The guide extends in a first direction parallel to a surface of the table out of a range in which the table is positioned. The movable body is movable to a position out of the range in which the table is positioned. The assembling device also has a second moving means disposed on the table and movable in a second direction transverse to the first direction, the object being mounted on the second moving means.
Abstract:
An assembling device for supplying and assembling a part on an object has a table and a first moving means disposed above the table, wherein the first moving means includes a guide and a movable body. The guide extends in a first direction parallel to a surface of the table out of a range in which the table is positioned. The movable body is movable to a position out of the range in which the table is positioned. The assembling device also has a second moving means disposed on the table and movable in a second direction transverse to the first direction, the object being mounted on the second moving means.
Abstract:
An assembling device for supplying and assembling a part on an object has a table and a first moving means disposed above the table, wherein the first moving means includes a guide and a movable body. The guide extends in a first direction parallel to a surface of the table out of a range in which the table is positioned. The movable body is movable to a position out of the range in which the table is positioned. The assembling device also has a second moving means disposed on the table and movable in a second direction transverse to the first direction, the object being mounted on the second moving means.
Abstract:
PROBLEM TO BE SOLVED: To maintain data at power-OFF time by using a nonvolatile memory as a save memory and to prevent the contents of the save memory from easily being rewritten due to a runaway of a CPU. SOLUTION: The program execution device is provided with the electrically erasable nonvolatile save memory 5 which saves parameter values regarding a program and a system with write pulses and a write control circuit 14 which is provided between the bus of the CPU 2 and the save memory 5 and outputs data to the save memory 5. When the parameters need to be saved, the parameter values are stored temporarily in the volatile memory 6 and when the parameters need to be saved, the data in the volatile memory 6 are transferred to the save memory 6 through the write control circuit 14. The write control circuit 14 generates write pulses according to a command, based upon a specified write procedure from the CPU 2 to perform data writing to the save memory 5.
Abstract:
PROBLEM TO BE SOLVED: To provide an assembling apparatus, wherein the miniaturizing can be made and interchanging operability of an object also called a work can be improved. SOLUTION: This assembling apparatus 10 for feeding components 76 to an object 18 to assemble them comprises a table 12, a first moving means 14 which is disposed apart from the table 12 capable of moving and positioning a head 20 for removably holding a component 76 in a first direction parallel to the table plane, and capable of positioning the head 20 corresponding to a component feed position SP located out of the range of the table 12, and a second moving means 16 which is disposed on the table 12 and capable of mounting and moving the object 18 in a second direction Y, which is orthogonal to the first direction X along the table plane and positioning it.
Abstract:
PROBLEM TO BE SOLVED: To record attribute information of data currently recorded on a magnetic tape on an MIC in a table format. SOLUTION: In an attribute information table recorded in an MIC of a tape cassette mounted in a tape streamer drive, data (file) of 1 recording unit recorded on a magnetic tape for each distinguishable identifier, for example, filename and title, date and time of creation and update of a file, data size, a data type indicating a kind of data of a file, a compression rate of data, or the like are recorded as attribute information supplied from a host computer 210, and in addition, attribute information formed after completion of data recording, such as a group number or an offset from a group head which is information indicating a data recording position is registered as attribute information. This invention can be applied to, for example, a tape streamer drive. COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
PURPOSE:To improve safety for a work superintendent at the time of the interruption of the work of a robot. CONSTITUTION:When the driving operation of the robot 7 is stopped because of some external cause during the driving operation of the robot 7, a switch 5 is turned off so as to stop the power supply of a servo part 4. Afterwards, when an instruction to re-start the operation is given, the switch 5 is turned on, and power is supplied to the servo part 4, and the robot 7 is returned at low speed to a position where its operation is to be re-started (e.g. position of stoppage) and further, after arriving at this re-starting position, the robot is operated continuously to a terminal point at low speed. Then, when the robot 7 reaches the terminal point the operation of the robot 7 is re-started at original operating speed. Besides, when the robot 7 reaches the terminal point again, the operation is re-started at the original speed after the operation at low speed. Further, when the robot 7 reaches the termini point, its operation is re-started at the original speed after operating it at the low speed of the prescribed number of revolutions.
Abstract:
PURPOSE:To provide the maintenance of data to be saved even if a communication system becomes abnormal by transferring the parameters of a system from a volatile memory to a stand-by memory according to a saving instruction. CONSTITUTION:When the parameters regarding the robot system need not be saved, the parameter values are stored temporarily in the volatile memory 6 and when there is the instruction for saving the parameters from outside, the data in the memory 6 are transferred to the stand-by memory 5 through a write control circuit 14. Then a control circuit 14 is provided between a CPU 2 and a communication control circuit 9, and the memory 5 and its contents are not rewritten unless a specific procedure is performed when the parameter values of the system are written in the memory 5; and the parameter values which are characteristic to the robot 7 reside on the memory 5.