초록 ▼

A compact spray valve that provides an extended atomizing air cap for reaching between tightly spaced electronic components. The compact spray valve of the present invention includes an air body, a fluid control body and an extended atomizing air cap. The atomizing air cap along with a seat extensio

A compact spray valve that provides an extended atomizing air cap for reaching between tightly spaced electronic components. The compact spray valve of the present invention includes an air body, a fluid control body and an extended atomizing air cap. The atomizing air cap along with a seat extension provides a plurality of laminar air flow conduits causing atomization of a fluid into a spray. The resulting spray pattern can be controlled to provide a narrow line spray pattern with clearly defined edges. Another embodiment of the present invention provides a flat spray pattern.

대표청구항 ▼

A compact spray valve that provides an extended atomizing air cap for reaching between tightly spaced electronic components. The compact spray valve of the present invention includes an air body, a fluid control body and an extended atomizing air cap. The atomizing air cap along with a seat extensio

A compact spray valve that provides an extended atomizing air cap for reaching between tightly spaced electronic components. The compact spray valve of the present invention includes an air body, a fluid control body and an extended atomizing air cap. The atomizing air cap along with a seat extension provides a plurality of laminar air flow conduits causing atomization of a fluid into a spray. The resulting spray pattern can be controlled to provide a narrow line spray pattern with clearly defined edges. Another embodiment of the present invention provides a flat spray pattern. n storing a status bit indicating a processing state; and a processing section, wherein if receiving a command to write data from a host apparatus, said processing section moves the restart point information stored in said restart point storage region to said saving region, and writes a command serial number included in the command to said restart point storage region as restart point information, sets said status bit at a processing end state after completion of writing the data, and transmits a response message indicating that the processing was normally ended to the host apparatus; and in restarting the IC card after said write processing is interrupted, the processing section notifies the host apparatus of said status bit and the restart point processing in accordance with the state of said status bit as a response message. 4. An IC card comprising: a data storage region; a control information storage region; a saving region temporarily saving control information; and a processing region, wherein if receiving a command to write data from a host apparatus, said processing section moves the control information stored in said control information storage region to said saving region, sets a status bit corresponding to a write processing at a processing start state, searches a data update place from said control information, stores write data included in said command in said searched update place, updates the update place for the data stored as said control information to a next data region, sets said status bit at a processing end state, and transmits a response message indicating that the processing was normally ended to said host apparatus; and in restarting the IC card after said write processing is interrupted, said processing section judges whether to restore the control information transmitted to said host apparatus in accordance with the state of said status bit. 5. An IC card comprising: a data storage region; a saving region temporarily saving data from a host apparatus; a status bit storage region storing a status bit indicating a processing state; and a processing section, wherein if receiving a command to write the data from the host apparatus, said processing section moves the data stored in said data storage region to said saving region, sets the status bit corresponding to a write processing at a processing start state, writes data included in said command to said data storage region, sets said status bit at a processing end state, and transmits a response message indicating that the processing was normally ended to said host apparatus; and in restarting the IC card after said write processing is interrupted, said processing section judges whether to restore said data region in accordance with the state of said status bit. 6. A data update control method comprising: a first write step of, if receiving a first command to write data without guarantee from externally, setting the status bit corresponding to a write processing at a state indicating a non-guarantee write processing and writing the received data to a data non-guarantee storage region; and a second write step of, if receiving a second command to write data with guarantee from externally, setting the status bit corresponding to the write processing at a state indicating a guarantee write processing and writing the received data to a data guarantee region. 7. A data update control method comprising: a first status setting step of, if receiving a command to write data from a host apparatus, setting a status bit corresponding to a write processing at a processing start state; a second status setting step of setting said status bit at a processing end state after finishing writing the data based on control information; a response transmission step of transmitting a response message indicating that the write processing was normally ended to externally; and a restart step of, in restarting after said write processing is