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    • 91. 发明专利
    • ELEVATOR DEVICE
    • JPH04327498A
    • 1992-11-17
    • JP9647391
    • 1991-04-26
    • MITSUBISHI ELECTRIC CORP
    • HARA SHOICHIROAZUMA KENICHI
    • B66D1/50F21V21/36
    • PURPOSE:To provide an elevator device for elevating a light fitting or the like, which can prevent a wire from being exerted with a local force and which is excellent in reliability and durability. CONSTITUTION:A main drive roller 30 formed therein three V-like grooves and a first gear 31 are fixed to the rotary shaft of a motor 7. A driven roller 32 formed therein with two V-like grooves is fixed to a shaft 34 together with a second gear 33 so that the power of the motor 7 is transmitted through the meshing between the first and second gears 31, 33. A wind-up drum 3 is rotatably attached to the rotary shaft of a motor 39. A spiral spring 19 is locked at one end to the wind-up drum 3 and at the other end incorporated so as to resiliently urges the wind-up drum 3 which may be therefore rotated in a direction in which a wire 2 is wind-up. A swingable lever 36 is urged by a tension spring so that a press roller 37 takes up a slack in the wire 2, and is rotated following up variation in tension of the wire 2.
    • 97. 发明专利
    • HANDLING DEVICE
    • JPH03213291A
    • 1991-09-18
    • JP837690
    • 1990-01-19
    • MITSUBISHI ELECTRIC CORP
    • HARA SHOICHIRO
    • B25J17/02B23P19/02
    • PURPOSE:To allow a relative dislocation between an insert and an inserted work as well as to correspond to a large inserting force even if required, by constituting it so as to have some clearance in space between a pressing surface of a first member and a pressed surface of the inserted work corresponding to the former at normal time. CONSTITUTION:When an insert part 50 comes into contact with an insert port 48, first of all, each of the third members (41, 44) is deflected in the horizontal direction with a first member 30 by dint of horizontal force the insert part 50 receives from the insert port, whereby a relative dislocation between the insert part 50 and the inset port 48 is corrected. When an inserting action is further continued, vertical force, the insert part receives from the insert port, grows larger, and thereby the third members (41, 44) are deflected to the first member 30 in the ventical direction, thus a pressed surface 47 of an insert part 45 comes into contact with a pressing surface 31 of the first member 30. In this state, if the inserting action is continued, the pressing surface 31 of the first member 30 presses the pressed surface of the inserted member, therefore the insert part is inserted into the insert port of the inserted member.
    • 98. 发明专利
    • Heat exchanger
    • 热交换器
    • JPS6124995A
    • 1986-02-03
    • JP14546284
    • 1984-07-13
    • Mitsubishi Electric Corp
    • HARA SHOICHIROAZUMA KENICHITAKAHASHI MASAOTAKEUCHI KAGEHARU
    • F28F3/08F28D9/00
    • F28D9/0068F28F2250/108
    • PURPOSE:To permit to obtain the heat exchanger, high in productivity and capable of showing high performance equivalent to a counter-flow type heat exchanger by a method wherein a unit member is constituted by fixing a spacer obliquely at the center part of a rectangular heat exchanging element and each one side of the unit members are piled alternately and fixed, thereafter, the piled block is cut along the center line of the spacer. CONSTITUTION:Plates 8, partitioning two air streams between which heat is to be exchanged, are fixed by bonding agent to both sides of fins 7, forming a plurality of parallel flow paths to control the flow of the air streams, while the bonded block is cut orthogonally to the parallel flow paths to produce the rectangular heat exchanging element 9. The spacer 10 is fixed by the bonding agent to the center part of the upper surface of the heat exchanging element 9 obliquely to the parallel flow paths. The heat exchanging elements 9 and the spacers 10 are cut along a cutting line 22 at the center line of the spacer 10 so that some remaining parts 21 remains at both ends of the spacer thereby constituting the unit member 11. The one sides of unit members are piled alternately and fixed, thereafter, remaining parts are cut off to form the heat exchanger.
    • 目的:为了获得热交换器,生产率高,并且能够通过以下方法获得相当于逆流型热交换器的高性能的方法,其中单元构件通过将间隔件倾斜地固定在矩形热的中心部分 交换单元,并且单元构件的每一侧交替地堆叠并固定,然后沿着间隔件的中心线切割堆积块。 构成:分隔两个气流之间需要更换热量的板8通过粘合剂固定在散热片7的两侧,形成多个平行的流动路径,以控制气流的流动,而粘结块为 与平行流路垂直切割以产生矩形热交换元件9.间隔件10通过粘合剂固定到热交换元件9的上表面的中心部分,其倾斜于平行流动路径。 热交换元件9和间隔件10沿着间隔件10的中心线处的切割线22被切割,使得一些剩余部分21保留在间隔件的两端,从而构成单元构件11.单元构件的一侧 交替堆叠固定,然后将其余部分切断以形成热交换器。