Abstract: A combined heat and power system is provided with a Rankine cycle passage, a heat medium passage, an evaporator, an expander, a condenser, a pump, a temperature sensor, a sensor, and a controller. The evaporator receives the heat from the heat medium to heat a working fluid. The temperature sensor detects the temperature of the heat medium after radiating heat for heating the working fluid. The sensor detects the pressure of the working fluid flowing between the outlet of the evaporator and the inlet of the expander. The controller adjusts the rotation speed of the pump based on the temperature detected by the temperature sensor, and in addition, adjusts the rotation speed of the expander based on the pressure detected by the sensor.

Abstract: A combined heat and power system is provided with a Rankine cycle passage, a heat medium passage, an evaporator, an expander, a condenser, a pump, a temperature sensor, a sensor, and a controller. The evaporator receives the heat from the heat medium to heat a working fluid. The temperature sensor detects the temperature of the heat medium after radiating heat for heating the working fluid. The sensor detects the pressure of the working fluid flowing between the outlet of the evaporator and the inlet of the expander. The controller adjusts the rotation speed of the pump based on the temperature detected by the temperature sensor, and in addition, adjusts the rotation speed of the expander based on the pressure detected by the sensor.

Abstract: Each apparatus transmits to a control server a notification signal indicative of a pending change or a change in an output state of the apparatus. The control server has stored therein a control rule which associates an output state of one apparatus with an output state to be taken by another apparatus when the one apparatus is in the output state. The control server acquires location-related information which is set in association with a location of each apparatus. Then, the control server receives a notification signal from any one of the apparatuses, and in response to the notification signal, determines an output state to be taken by an operation target apparatus which is other than an apparatus having transmitted the notification signal, based on the control rule and the location-related information. Further, the control server operates the operation target apparatus so as to transition into an output state determined by a determination section.

Abstract: In a data nullification device for nullifying target data recorded on a recording medium, target data is made up of a plurality of data blocks. A judging unit judges, in units of data blocks, whether the target data needs to be nullified. A nullifying unit nullifies, when a predetermined number of data blocks are judged as needing to be nullified or when one or more data blocks whose total amount of data reaches a predetermined amount are judged as needing to be nullified, the judged data blocks.

Abstract: Each apparatus transmits to a control server a notification signal indicative of a pending change or a change in an output state of the apparatus. The control server has stored therein a control rule which associates an output state of one apparatus with an output state to be taken by another apparatus when said one apparatus is in said output state. The control server acquires location-related information which is set in association with a location of each apparatus. Then, the control server receives a notification signal from any one of the apparatuses, and in response to the notification signal, determines the output state to be taken by an operation target apparatus which is other than an apparatus having transmitted the notification signal, based on the control rule and the location-related information. Further, the control server operates the operation target apparatus so as to transition into the output state determined by a determination section.

Abstract: A code export symbol offset table A 1128 stores sets of the identifier and the offset of the area of a code symbol. In an export symbol import step 1160, the identifier that matches the identifier of a symbol is retrieved from the code export symbol offset table A 1128, the offset corresponding to the retrieved identifier is extracted, and a predetermined calculation is performed to create an absolute address.

Abstract: A data nullification device for nullifying target data recorded on a recording medium is provided. The target data is made up of a plurality of data blocks. A judging unit judges, in units of data blocks, whether the target data needs to be nullified. A nullifying unit nullifies, when a predetermined number of data blocks are judged as needing to be nullified or when one or more data blocks whose total amount of data reaches a predetermined amount are judged as needing to be nullified, the judged data blocks.