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    • 11. 发明专利
    • FILM UNIT WITH LENS
    • JPH11183987A
    • 1999-07-09
    • JP35076197
    • 1997-12-19
    • KONISHIROKU PHOTO IND
    • YAMAGUCHI HIROSHITAKABA TETSUSHIMIZOGUCHI NAGAMASA
    • G03C3/00G03B17/02G03B17/04
    • PROBLEM TO BE SOLVED: To prevent a foreign matter such as dust or dirt from infiltrating in a unit main body and adhering to a photographing mechanism or damaging a film path and to reutilize the unit main body by constituting a film unit with a lens from which film and a cartridge are taken out by rotating a rear cover and opening the rear part of the unit main body so that the rear cover may not be separated from a front cover so as to easily close the rear cover again. SOLUTION: This film unit is equipped with a bend feasible part 11c projecting nearly in parallel with a locking part 11a from the rear cover 11 and inserted in the vicinity of the back surface of the front cover 12, a falling-off preventing part projecting nearly in parallel with the locking part 11a from the cover 11, a 1st checking part 14 arranged under the inserted part 11c and checking the rotation of the part 11c when the cover 11 is rotated, so that the part 11c is bent together with the cover 12, and a 2nd checking part 15 abutting on the falling-off preventing part which is rotated with the cover 11 when the cover 11 is rotated by about 90 deg..
    • 17. 发明专利
    • FILM UNIT WITH LENS
    • JPH07295157A
    • 1995-11-10
    • JP8660194
    • 1994-04-25
    • KONISHIROKU PHOTO IND
    • TAKABA TETSUSHI
    • G03C3/00G03B17/04
    • PURPOSE:To prevent the engaging part of a structural part for constituting a film unit from being dislocated even if external force and impact force are imparted by providing a stopper for preventing engagement from being made shallow in the vicinities of first and second engaging parts. CONSTITUTION:The stopper 30S is provided in the vicinity of a pawl 30A as the first engaging part and the engaging part 10H as the second engaging part and works for stopping movement in a direction where the engagement of both of the pawl 30A and the engaging part 10H is made shallow, when the external force and the impact force are imparted in an engaging direction. When the stopper 30S of a rear cover 30 is not present, the vicinity where the left end part 30L of the rear cover 30 abutted on the left end part 101 of a camera main body 10 is attached to the rear cover 30 at a right angle is largely deformed and the engagement of the engaging parts is made shallow by the external force and impact force with respect to the rear cover 30 in the direction of the arrow, that is, the engaging direction of the engaging parts, but the stopper 30S is provided not to make the engagement of the engaging parts shallow. Thus, even if the large deformation occurs, the engagement of both engaging parts is hardly changed because the gap between the engaging parts and the stopper 30S is small.
    • 19. 发明专利
    • FIXING STRUCTURE OF MAGNETIC HEAD AND NEGATIVE PRESSURE PAD
    • JPH04176052A
    • 1992-06-23
    • JP30233090
    • 1990-11-09
    • KONISHIROKU PHOTO IND
    • TAKABA TETSUSHI
    • G11B17/32G11B5/127G11B17/34
    • PURPOSE:To prevent the deviation of the positioning of a magnetic head and a negative pressure pad by installing a mounting plate having a surface extended to the diamagnetic disk side at a right angle to a surface parallel with the surface of a magnetic disk, fixing the magnetic head to the rectangular surface detachably and bonding the negative pressure pad to the parallel surface with adhesives. CONSTITUTION:A mounting plate 3 is composed of a negative-pressure pad adhesive surface 3a as a surface parallel with a magnetic disk surface, a magnetic-head fixing surface 3b as a surface extended to the diamagnetic disk side at a right angle to the adhesive surface 3a and a head carriage fixing surface 3c as a surface parallel with the negative-pressure pad adhesive surface. A magnetic head 1 is fastened detachably to the magnetic-head fixing surface 3b by a screw 4 while one part of a negative pad 2 is bonded with the negative-pressure pad adhesive surface 3a with adhesives 5. The quantities of projection and attitudes are adjusted precisely in the positional relationship of the magnetic head 1 and the negative pressure head 2 at that time. Accordingly, the positional relationship of the magnetic head and the negative pressure pad can be stabilized to an environmental change.