Abstract:
The component handling tool (14) is moved linearly up and down on a moving mechanism (11) by feedback control of a linear motor (16) for performing pickup and mounting actions of components (3). The linear motor is controlled to effect a downward movement of the component handling tool for bringing the component handling tool or the component held thereby closer to the component or to a mounting object, and upon detecting changes in control information when contact is made with the component or the mounting object, control of the linear motor is switched to a pressing operation, whereby the holding or mounting of the component in a prescribed pressed condition is accomplished.
Abstract:
An screw tightening tool (1) includes: a handle part (22) to be held by a user; a trigger (25); a power supplying section (6, 7) that supplies an electrical power in accordance with an operated amount of the trigger; and a motor (3) that rotates in accordance with the electrical power supplied from the power supplying section. The power supplying section supplies the motor with a preventing electrical power for preventing the motor from rotating with respect to the handle part when a predetermined condition is satisfied.
Abstract:
There is provided a four-cycle engine which can appropriately circulate oil in an engine regardless of a tilted condition with a simple structure. A crankcase (4) of a four-cycle engine (1) has a crank room (41) which rotatably supports a crankshaft (10) and an oil room (42) which is provided adjacent to the exterior of the crank room (41). The crankcase (4) also has partition walls (43) and (44) which partition the interior of the crankcase (4) into the crank room (41) and the oil room (42), respectively, and a communication path (45) which communicates the crank room (41) with the oil room (42). The partition walls (43) and (44) each has a cross section formed in a substantially V shape, and the communication path (45) is formed at an apex between the partition walls (43) and (44).
Abstract:
A cartesian coordinates robot which comprises first tables (103, 104) juxtaposed with a spacing therebetween, first moving bodies (111, 115) provided on the first tables and adapted to be guided and moved along the first tables, a second table (102), one end of which is connected to a first moving body provided on one of the first tables and the other of which is connected to a first moving body provided on the other of the first tables, and connecting members (118f, 118g) having a rigidity along a direction of movement of the first moving bodies and an elasticity in a direction along the length of the second table and connecting ends of the second table to the first moving bodies.
Abstract:
An electric power tool comprising: a motor including, a rotor, a stator including a plurality of teeth, and a coil wound on the teeth; a front-end tool configured to be driven by an output of the motor; a driving circuit configured to supply driving voltage to the coil of the motor; a control unit configured to control operation of the driving circuit; and a trigger switch configured to control activation and rotation of the motor wherein a first coil and a second coil are mounted on the teeth as the coil, and wherein the control unit controls supply of the driving voltage to the first coil and the second coil in accordance with a pulling amount of the trigger switch.