Abstract: Blowout means that the excrement enters an area between its faceplate and the one's skin, externally leaking out. In case of blowout, a clothing and a bedding are wasted and people around the ostomate gets annoyed, causing serious problems in preventing people from an advance into society. This invention is intended to prevent the excrement leaked out from externally spreading out. Adhesion unit (90) is provided so that a receiving hole (83) is arranged on the circumference of the faceplate (12). An auxiliary storage bag (31) is prepared to store the excrement leaking in case of blowout. The first opening (33) through the auxiliary storage bag is coupled to the adhesion unit. The second opening (35) through the auxiliary storage bag is coupled to the faceplate. The auxiliary storage bag envelops the receiving hole. The excrement as a result of blowout leaking from the receiving hole is captured in the auxiliary storage bag to prevent the spreadout.

Abstract: Blowout means that the excrement enters an area between its faceplate and the one's skin, externally leaking out. In case of blowout, a clothing and a bedding are wasted and people around the ostomate gets annoyed, causing serious problems in preventing people from an advance into society. This invention is intended to prevent the excrement leaked out from externally spreading out. Adhesion unit (90) is provided so that a caption hole (83) is arranged on the circumference of the faceplate (12). An auxiliary storage bag (31) is prepared to store the excrement leaking in case of blowout. The first opening (33) through the auxiliary storage bag is coupled to the adhesion unit. The second opening (35) through the auxiliary storage bag is coupled to the faceplate. The auxiliary storage bag envelops the caption hole. The excrement as a result of blowout leaking from the caption hole is captured in the auxiliary storage bag to prevent the spreadout.

Abstract: In a camera provided with a data printing device in addition to a strobo flash light device, a charging stop switch is provided to stop the supply of power to the strobo flash light device while the data printing device is operated. A single power source is commonly used for energizing the strobo flash light device and the data printing device. The data printing device or a shutter release mechanism is connected with the charging stop switch so that the power source may be connected only with the data printing device while the data printing device is electrically operated to print data on a film in the camera. Upon completion of the operation of the data printing device, the power source is connected to the strobo flash light device to charge a main capacitor in the strobo flash light device.

Abstract: In a flash light discharge device including a strobo tube attached to a camera body, both the positive and negative outputs of a blocking oscillator are made use of. One output is used for charging a main capacitor for making the strobo tube discharged, and the other output is used for energizing an indicator or indicators. Both the outputs may be used for charging the main capacitor to accelerate the charging of the capacitor. The indicator energized by the output of the blocking oscillator while the main capacitor is charged may be an indicator which indicates by intermittent lighting that the main capacitor is being charged.

Abstract: In a flash discharge device including a strobe tube attached to a camera body, use is made of both the positive and negative outputs of a blocking oscillator. One output is used for charging a main capacitor to supply power to actuate the strobe tube, and the other output is used for energizing one or more indicators. Both the outputs may be used to accelerate the charging of the capacitor. The indicator energized by the output of the blocking oscillator while the main capacitor being charged may be an indicator which indicates that condition by intermittent lighting.

Abstract: In a camera loaded with a 110 type film cartridge a film drive mechanism is provided with a control circuit for controlling a drive motor. In the normal film wind up operation a high voltage is applied to the motor, and after the final frame has been exposed and when the trailing part of the film is being fed, the voltage applied to the motor is lowered by use of a time constant circuit.

Abstract: An electric switch means for turning on and off a film wind-up motor in a single lens reflex camera is provided in a camera. The switch means is operated to start the motor upon supply of electric power to the camera or upon turning off of a solenoid provided in the camera for swinging up a mirror. The switch means is connected with a film perforation detecting device so that the switch is operated to stop the motor when the detecting device detects a perforation in the film. The film has one perforation per frame. Further, a timer is connected between the switch means and the motor to stop the motor when a time determined by the timer has lapsed for feeding the trailing portion of the film and stopping the film after the trailing portion is completely wound up.