Abstract: A mobile phone, a method for operating a mobile phone, and a recording medium are disclosed. In one embodiment, a mobile phone comprises a wireless communicator, a proximity detector, and at least one processor. The wireless communicator is configured to receive information from an input apparatus external to the mobile phone. The proximity detector is configured to detect an object in proximity. The at least one processor is configured to perform a voice call with a first phone apparatus external to the mobile phone and activate an input from the input apparatus when the proximity detector detects the object in proximity and the at least one processor performs the voice call.

Abstract: The present disclosure provides a battery, which includes a case having through holes, electric terminals projecting outward from the case and fixed to the holes, and insulating members interposed between the case and the terminals. A flanged portion standing out from the case, located around the hole is formed, a reinforcing member is fitted to the outer periphery of the flanged portion that reinforces against the outward force applied to the flanged portion, and the terminal and the insulating member are inserted into the flanged portion, and then the flanged portion is press-fitted from the outside of the case for fixing the terminal to the hole. The battery may have a high sealing property at the fitted portion among the case and the terminal.

Abstract: A developing device detachably mountable to a main assembly of an image forming apparatus includes a developing roller for developing an electrostatic latent image formed on an electrophotographic photosensitive member, with the developing roller including an elastic roller portion and a core metal portion for supporting the roller portion, a developing device frame for rotatably supporting the developing roller, and a developer layer thickness regulating member, contacting the roller portion of the developing roller, for regulating a layer thickness of a developer carried on the developing roller.

Abstract: A developing device is detachably mountable to a main assembly of an image forming apparatus and includes a developing roller for developing an electrostatic latent image formed on an electrophotographic photosensitive member. The developing roller includes an elastic roller portion and a core metal portion for supporting the roller portion; a developing device frame for rotatably supporting the developing roller; a developer layer thickness regulating member, for regulating a layer thickness of a developer carried on the developing roller; and a movement preventing portion for preventing movement of the developing roller in an axial direction, wherein the movement preventing portion is detachably mounted in the developing device and is inserted into a spacing between an end portion of the core metal portion and an opposing portion of the developing device frame.

Abstract: The present invention provides a step (S1) for manufacturing a battery (10), which includes a case (30) having through holes (33), electric terminals (40) projecting outward from the case (30) and fixed to the holes (33), and insulating members (50) interposed between the case (30) and the terminals (40). In the step (S1), a flanged portion (34) standing out from the case (30), located around the hole (33) is formed, a reinforcing member (35) is fitted to the outer periphery of the flanged portion (34) that reinforces against the outward force applied to the flanged portion (34), and the terminal (40) and the insulating member (50) are inserted into the flanged portion (34), and then the flanged portion (34) is press-fitted from the outside of the case (30) for fixing the terminal (40) to the hole (33). According to the present invention, the battery with high sealing property at the fitted portion among the case and the terminal.

Abstract: The chemically peeling agent contains a component (A) having the following general formula: B&Brketopenst;&Parenopenst;CH2CH2O)m(AO)n-H]a (wherein B is an alcohol residue; AO is an alkylene-oxy group having 3 to 18 carbon atoms; a is an integer of 1 or more; m is an integer of 4 or more; and n is 0 or an integer of 1 or more; provided that a molar amount m of the oxidized ethylene to be added is a value that amounts to 40% or more of the entire molecular weight of an ethylene oxide chain moiety) and a phenol compound (B) formulated in an amount ranging from 10% to 30% by weight.

Abstract: In a cooking apparatus such as a fryer or the like for frying food having an oil tank filled therein with cooking oil to be maintained in heated condition, a humidity detector is provided to detect an amount of vapor rising from the food after the food has been thrown into the heated cooking oil. An electric circuit is provided to decide frying completion of the food when the detected amount of vapor becomes smaller than a predetermined amount of vapor after maintained larger than the predetermined amount of vapor.

Abstract: In a cooking apparatus such as a fryer or the like for frying food having an oil tank filled therein with cooking oil to be maintained in heated condition, a humidity detector is provided to detect an amount of vapor rising from the food after the food has been thrown into the heated cooking oil. An electric circuit is provided to decide frying completion of the food when the detected amount of vapor becomes smaller than a predetermined amount of vapor after maintained larger than the predetermined amount of vapor, and an elapsed amount of time.

Abstract: In a cooking apparatus such as a fryer or the like for frying food having an oil tank filled therein with cooking oil to be maintained in heated condition, a humidity detector is provided to detect an amount of vapor rising from the food after the food has been thrown into the heated cooking oil. An electric circuit is provided to decide frying completion of the food when the detected amount of vapor becomes smaller than a predetermined amount of vapor after maintained larger than the predetermined amount of vapor.