Abstract: The present disclosure relates to pretreating a magnetic recording head to increase the lifetime of the magnetic media drive. A transparent smear is purposefully formed on the magnetic recording head to ensure the magnetic recording head does not overheat and lead to a short drive lifetime. The transparent smear is formed from material found in the magnetic media. The transparent smear is formed by pretreating the magnetic recording head with the transparent material from the magnetic media. The pretreating occurs without writing any data to the magnetic media. Once the transparent smear is in place, writing may occur. The magnetic recording head can be retreated at a later time should the transparent smear degrade. Furthermore, if an optically absorbing smear develop, it can be removed and a new transparent smear may be formed.

Abstract: The present disclosure relates to pretreating a magnetic recording head to increase the lifetime of the magnetic media drive. A transparent smear is purposefully formed on the magnetic recording head to ensure the magnetic recording head does not overheat and lead to a short drive lifetime. The transparent smear is formed from material found in the magnetic media. The transparent smear is formed by pretreating the magnetic recording head with the transparent material from the magnetic media. The pretreating occurs without writing any data to the magnetic media. Once the transparent smear is in place, writing may occur. The magnetic recording head can be retreated at a later time should the transparent smear degrade. Furthermore, if an optically absorbing smear develop, it can be removed and a new transparent smear may be formed.

Abstract: The present disclosure relates to a magnetic recording medium for a magnetic media drive. Absorbing smears can develop on magnetic recording heads during operation. The absorbing smears lead to shortened drive lifetime. Transparent smears, on the other hand, do not have as deleterious of an impact on drive lifetime as compared to absorbing smears. By doping the medium with a dopant that can lead to development of transparent smears, the formation of absorbing smears can be reduced or even eliminated, which leads to a longer drive lifetime. The dopant can be disposed in the capping layer of the medium or in the absorbing overcoat layer. The dopant will migrate through the medium to the top surface of the medium during operation. From the top surface of the medium, the dopant will deposit on the magnetic head and form a transparent smear.

Abstract: A heat-assisted magnetic recording (HAMR) hard disk drive has a gas-bearing slider supporting a near-field transducer (NFT) and a NFT temperature sensor (NTS). An optional first IVC circuitry may provide a bias voltage to the slider body to assure substantially zero electrical potential between the slider body and the disk to minimize slider-disk contact and lubrication pick-up. A second IVC circuitry operates independently of the first IVC circuitry and provides a negative bias voltage to the NTS (and the connected NFT) relative to the disk to minimize the adverse effects of excessive heating on the NFT.

Abstract: An electronic device comprises: a display; a communication unit; and a processor configured to control input of a transmission text message to be transmitted along with making an outgoing call. The processor is configured to, when a call receiver is chosen on the display, execute a process based on add-ons relating to input of the text message.

Abstract: The present invention provides a mobile phone having a control mechanism for controlling transmission power according to changes in various environmental conditions. A mobile phone for performing transmission at a transmission frequency of an assigned channel, the mobile phone comprising: a temperature detecting unit operable to detect a temperature in the mobile phone; a correction value specifying unit operable to specify a correction value for correcting transmission power, according to the temperature detected by the temperature detecting unit and the transmission frequency; and a control unit operable to control the transmission power based on the correction value specified by the correction value specifying unit.

Abstract: The present invention provides a mobile phone having a control mechanism for controlling transmission power according to changes in various environmental conditions. A mobile phone for performing transmission at a transmission frequency of an assigned channel, the mobile phone comprising: a temperature detecting unit operable to detect a temperature in the mobile phone; a correction value specifying unit operable to specify a correction value for correcting transmission power, according to the temperature detected by the temperature detecting unit and the transmission frequency; and a control unit operable to control the transmission power based on the correction value specified by the correction value specifying unit.

Abstract: A telephone includes: a reminding unit for, when judging that a user makes a call but fails to convey information to a party, reminding the user to input the information into information acceptance unit; the information acceptance unit for accepting input of the information from the user; a storage unit for associating the inputted information with a telephone number of the party and storing the associated information; and a notification unit for, when the user makes a call to the party or receives a call from the party, checking whether the information associated with the telephone number of the party is stored in the storage unit, and, if the associated information is stored therein, notifying the user of the stored information.

Abstract: A telephone includes: a reminding unit for, when judging that a user makes a call but fails to convey information to a party, reminding the user to input the information into information acceptance unit; the information acceptance unit for accepting input of the information from the user; a storage unit for associating the inputted information with a telephone number of the party and storing the associated information; and a notification unit for, when the user makes a call to the party or receives a call from the party, checking whether the information associated with the telephone number of the party is stored in the storage unit, and, if the associated information is stored therein, notifying the user of the stored information.

Abstract: A telephone includes: a reminding unit for, when judging that a user makes a call but fails to convey information to a party, reminding the user to input the information into information acceptance unit; the information acceptance unit for accepting input of the information from the user; a storage unit for associating the inputted information with a telephone number of the party and storing the associated information; and a notification unit for, when the user makes a call to the party or receives a call from the party, checking whether the information associated with the telephone number of the party is stored in the storage unit, and, if the associated information is stored therein, notifying the user of the stored information.

Abstract: A telephone includes: a reminding unit for, when judging that a user makes a call but fails to convey information to a party, reminding the user to input the information into information acceptance unit; the information acceptance unit for accepting input of the information from the user; a storage unit for associating the inputted information with a telephone number of the party and storing the associated information; and a notification unit for, when the user makes a call to the party or receives a call from the party, checking whether the information associated with the telephone number of the party is stored in the storage unit, and, if the associated information is stored therein, notifying the user of the stored information.