44results about How to "Ensure ease" patented technology

The invention provides a continuous casting device and a continuous casting method, which are capable of stably conducting continuous casting of magnesium alloys. The continuous casting device comprises a holding furnace used for holding molten metal of magnesium or magnesium alloys; a leaking groove used for internally storing up the molten metal supplied from the holding furnace and supplying the stored molten metal continuously to a casting mould used for continuous casting; a molten metal supplying pipe arranged between the holding furnace and the leaking groove and used for supplying the molten metal to the leaking groove; a heating device used for heating the leaking groove; the casting mould used for continuous casting, which is connected with the leaking groove; and a drawing device used for drawing the castings delivered from the casting mould used for continuous casting by a conveying roller.

The invention provides a low cost structure forms outside the correspondence two-pole to meet meshes is the parallel axis gear reduces inspiring machine. States the shell in front (30) before nearby central committee, causes with first to state shell (30) the main body (32) the independent intermediate plate (34) supports states the output shaft (30) the main body (32) center before, simultaneously, uses this intermediate plate (34) supports states the output shaft (16) a nose. And, with first states the input axis (motor axis) (14) and the output shaft (16) parallel disposes the intermediate shaft (18). In addition, in the input axis (14) and the intermediate shaft (18) between, this intermediate shaft (18) and first states the output shaft (16) between, altogether forms outside two levels to meet gnaws the suitable parallel axis gear reduction gear, and is front concentriily states output shaft (16) the axis core (O2) and first states the input axis (14) the axis core (O1).

A console box in which an engagement piece (29) moved by operation of an operation button (40) is made to extend from and retract into each positioning recess (15, 16), which facilitates positional adjustment of a lid (3) and, in normal use, allows the lid (3) to be retained with high position retaining force. Slits are cut in a base body (7) to form a cantilever section (51) on the base body (7), and the front end of the cantilever section (51) has the positioning recess (16). When accidental external force causes a load greater than or equal to a predetermined level to act on the cantilever section (51) via the engagement piece (29), the cantilever section (51) is deflected to release engagement between the engagement piece (29) and the positioning recess (16).

An image forming apparatus includes an image recording device and a recording material supply device, and an external recording material supply device is connected to the recording material supply device in parallel. In a main body of the recording material supply device, a space is formed between the inner wall on a peripheral equipment connecting side and a longitudinal transport path so as to allow the longitudinal transport path to open from a front side of the recording material supply device. The longitudinal transport path is provided for transporting the recording material from the recording material supply device to the image recording device.

The objective is to enable easy and economic insulation treatment by mounting an insulating film with functionality such as heat resistance in insulating a surface of an object to be insulated. In mounting the heat-resistant insulating film 21 on a base plate 30 with electronic components 31 to 38 loaded, a shape pattern 21a corresponding to a shape of the surface to be insulated including a concave part and a convex part is formed by a three-dimensional molding on the heat-resistant insulating film 21, and the electronic components 31 to 38 or a circuit board 30 is covered with the heat-resistant insulating film 21.

A medium processing device (10) for which a subsequently loaded storage cassette (19C) is equipped with: a first cassette-side guide (82) that makes contact with a first slot-side guide (42) and gradually restricts the loading posture of the subsequently loaded storage cassette (19C), when the cassette is loaded into a slot (28); a second cassette-side guide (52) that, after the first cassette-side guide (82) has made contact with the first slot-side guide (42), makes contact with a second slot-side guide (52), and gradually restricts the loading posture of the subsequently loaded storage cassette (19C), when the cassette is loaded into the slot (28); a cassette-side connector (93) that is electrically connected to a slot-side connector (38) when the cassette has been loaded into the subsequent loading positon in the slot (28); and a third cassette-side guide (46) that, when the subsequently loaded storage cassette (19C) has been loaded into the subsequent loading position, approaches or makes contact with a third slot-side guide (46), thereby inhibiting rotation of the cassette-side connector (93) around the center of gravity of the subsequently loaded storage cassette (19C), in the direction in which the cassette-side connector separates from the slot-side connector (38).

Provided are a multilayer channel member enabling improvement of the accuracy of measurement of a fluid by an ultrasonic fluid measuring device and an ultrasonic fluid measuring device using the same. Fusion projections (20) are fused by a heating head (21) while partition plates (11) are inserted between side plates (13, 14). Since the welding surfaces of the tip portions of the fusion projections (20) are inclined vertically, the states of fusion of the upper and bottom surfaces of each partition plate (11) by the heating head (21) are different. The tip portion of each fusion projection (25) first brought into contact with the heating head (21) is fused first, and the fusion progresses to the root portion of the fusion projection (25). During the fusion, the partition plates (11) are pressed against the edges of insertion holes (17a) opposite to the tip portions fused first, biased with respect to the insertion holes (17a), secured with the position accuracy by the insertion holes (17a), and thus can be welded accurately even if there is a gap between a partition plate (11) and the insertion hole (17a).