Abstract: A thermal transfer recording apparatus for transferring the ink of an ink sheet to a recording medium to thereby effect the recording of images on the recording medium has a first motor for conveying the ink sheet, a second motor for conveying the recording medium, recording means for acting on the ink sheet to effect the recording of images on the recording medium, time counting means for counting a predetermined time after the phase change of the first and second motors, and control means for controlling the recording means so as to be driven after the lapse of the predetermined time after the phases of the first and second motors are changed.

Abstract: A thermal transfer recording apparatus for transferring the ink of an ink sheet to a recording medium to thereby effect recording of images on the recording medium, the apparatus has ink sheet conveying means for conveying the ink sheet, recording medium conveying means for conveying the recording medium, recording means for acting on the ink sheet to thereby effect recording of images on the recording medium, and control means for controlling the driving torque of the recording medium conveying means in conformity with a quantity of dot driving information.

Abstract: There is disclosed a thermal transfer recording apparatus for image recording by ink transfer from an ink sheet, in which the thermal head is energized in divided manner in plural blocks, and the recording sheet and the ink sheet are so transported as to generate a relative speed therebetween, thus facilitating the ink peeling from the ink sheet.

Abstract: A heat transfer recording method of transferring the ink of an ink sheet to a recording medium to thereby effect recording of an image on the recording medium is characterized in that the ink sheet is conveyed in the direction opposite to the conveyance direction of the recording medium and recording of an image is effected on the recording medium.

Abstract: There is disclosed a thermal transfer printer for image recording by ink transfer from an ink sheet onto a recording sheet, which is capable of stable sheet transportation and improvement in image quality. The printer has transport mechanisms for the ink sheet and the recording sheet, a thermal head for heating the ink sheet, and a controller. If a next recording operation is not instructed by the end of a preceding recording operation, the controller starts the transportation of the sheets and at the same time activates the thermal head with an energy smaller than in the ordinary image recording, thus effecting pre-heating of the thermal head prior to the start of the next recording operation.

Abstract: A thermal transfer recording apparatus, which transfers ink contained on an ink sheet onto a recording medium to record images thereon, and comprises a means for conveying the ink sheet and recording medium; recording means for effecting the ink sheet to record the image on the recording medium; and adjusting means for adjusting the conveyance amount of the ink sheet against the recording medium at the time of starting the next recording action if the recording action is suspended after the unit of a predetermined amount of image data has been recorded by the above-mentioned recording means.

Abstract: A thermal transfer recording apparatus for image recording on a recording medium by transfer of ink from an ink sheet is taught. This apparatus includes recording means for transferring ink from the ink sheet onto a recording medium to record, a rotary member capable of rotation for transporting the recording medium, and transporting means for transporting the ink sheet with a relative speed with respect to the recording medium, wherein the frictional force between the recording medium and the rotary member is made larger than the shearing force in the ink in the ink sheet during the recording operation.

Abstract: A heat transfer recording apparatus of the present invention reliably separates an ink sheet and recording paper which have been joined at recording of immediately before from each other when ink of the ink sheet is transferred to recording paper to record an image. More concretely, when an ink sheet and recording paper are transported to record an image of a noticed line, a recording head is heated on the basis of the image data of the line recorded immediately before. As a result, the ink of the ink sheet is melted and therefore the sheet and the recording paper can be separated easily.

Abstract: A heat transfer recording apparatus for transferring the ink of an ink sheet to a recording medium to thereby effect the recording of images on the recording medium has ink sheet conveying means for conveying the ink sheet, recording medium conveying means for conveying the recording medium, recording means for acting on the ink sheet to effect the recording of images on the recording medium, counting means for counting the number of bits of black information of image data recorded by the recording means, and control means for controlling so as to change the recording period by the recording means in conformity with the number of the bits of black information counted by the counting means.

Abstract: There is disclosed a thermal transfer recording apparatus utilizing an ink sheet and a recording sheet, provided with a thermal head, an ink sheet feeding mechanism, and a recording sheet feeding mechanism, in which, after the image recording, the ink sheet is fed at a speed lower than that of the recording sheet, thereby preventing the formation of creases or slack in the ink sheet.

Abstract: The present invention provides a thermal printer which can perform both heat-sensitive recording and heat-transfer recording and comprises a recording medium loading portion for removably receiving a recording medium for the heat-sensitive recording operation and a recording medium for the heat-transfer recording operation; an ink sheet loading portion for removably receiving an ink sheet used with the heat-transfer recording operation; a recording means for recording an image on the recording medium; and a control means for energizing the recording means to heat a predetermined number of dots when the image is recorded on the recording medium for the heat-transfer recording operation by means of the recording means and for energizing the recording means to heat a number of dots larger than the predetermined number of dots when the image is recorded on the recording medium for the heat-sensitive recording operation.