1. An image transfer apparatus for simultaneously transferring image data for a plurality of color planes of an identical color page to a printer for simultaneously forming an image having the plurality of color planes, said image transfer apparatus comprising:
order estimating means for estimating the order in which image data blocks for the plurality of color planes of the identical color page are to be output in the printer;
image data transfer means for transferring the image data blocks in the order estimated by said order estimating means; and
transfer-enable-signal receiving means for receiving from the printer a signal indicating whether an image data block transferred by said image data transfer means is transferable,
wherein, when the signal received by said transfer-enable-signal receiving means indicates that an image data block estimated by said order estimating means to be located at the head of the order is transferable, said image data transfer means transfers the image data block, and when the signal received by said transfer-enable-signal receiving means indicates that the image data block is not transferable, said image transfer means transfers another image data block which is transferable.
2. An image transfer method for use in a host computer for simultaneously transferring image data for a plurality of color planes of an identical color page to a printer for simultaneously forming an image having the plurality of color planes, said image transfer method comprising:
an order estimating step of estimating the order in which image data blocks for the plurality of color planes of the identical color page are to be output in the printer;
an image data transfer step of transferring the image data blocks in the order estimated by said order estimating step; and
a transfer-enable-signal receiving step of receiving from the printer a signal indicating whether an image data block transferred by said image data transfer step is transferable,
wherein, when the signal received by said transfer-enable-signal receiving step indicates that an image data block estimated by said order estimating step to be located at the head of the order is transferable, said image data transfer step transfers the image data block, and when the signal received by said transfer-enable-signal receiving step indicates that the image data block is not transferable, said image transfer step transfers another image data block which is transferable.
3. A computer-readable medium storing a computer program that can be executed by a host computer for simultaneously transferring image data for a plurality of color planes of an identical color page to a printer for simultaneously forming an image having the plurality of color planes, said computer program comprising:
an order estimating step of estimating the order in which image data blocks for the plurality of color planes of the identical color page are to be output in the printer;
an image data transfer step of transferring the image data blocks in the order estimated by said order estimating step; and
a transfer-enable-signal receiving step of receiving from the printer a signal indicating whether an image data block transferred by said image data transfer step is transferable,
wherein, when the signal received by said transfer-enable-signal receiving step indicates that an image data block estimated by said order estimating step to be located at the head of the order is transferable, said image data transfer step transfers the image data block, and when the signal received by said transfer-enable-signal receiving step indicates that the image data block is not transferable, said image transfer step transfers another image data block which is transferable.
4. An image transfer method for transferring image data for a plurality of color planes of a color page to a printer for forming an image having the plurality of color planes, said image transfer method comprising:
estimating the order for outputting the image data blocks of the plurality of color planes of the color page to the printer;
transferring the image data blocks to the printer in the estimated order; and
receiving from the printer a signal to indicate whether an image data block is transferable,
wherein, when the signal indicates that the image data block estimated to be located at the head of the order is transferable, the image data block is transferred, and when the signal indicates that the image data block is not transferable, another image data block, which is transferable is transferred.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A method for feeding a child with a spoon during a transition from bottle-to-spoon-feeding, the child having a mouth, the child having a natural swallowing reflex, the spoon having a handle, the spoon having a bowl, the bowl having an end away from the handle thus defining an anterior end, the bowl having an end toward the handle thus defining a posterior end, the method comprising the steps of:
covering a front portion of a spoon bowl by an enclosing shield so that that it leaves an opening at a posterior of the spoon bowl and at an anterior of the spoon bowl, wherein the enclosing shield of the spoon bowl corresponds at its anterior end to the shape of a slightly depressed nipple, being ovoid in shape;
collecting a semi-liquid food through the posterior opening in the spoon bowl by moving the spoon bowl through a container of food so that the semi-liquid food enters the posterior opening of the spoon bowl and is held within a bowl cavity formed by the spoon bowl and the enclosing shield; inserting the spoon into the child’s mouth;
suctioning the semi-liquid food by the child through the anterior opening of the spoon bowl and into a rear cavity of the child’s mouth; and
removing the spoon from the child’s mouth to allow for the natural swallowing reflex to be completed.
2. The method of claim 1, wherein the anterior opening of the spoon bowl is oval in shape and is smaller than the posterior opening of the bowl.
3. The method of claim 1, wherein the posterior opening of the spoon bowl is angled to allow for easier collection of the food, as compared with a spoon lacking the one, and where the posterior opening of the spoon bowl is larger than the anterior opening of the bowl.
4. The method of claim 1, wherein the shield is asymmetrical relative to the bowl to allow for an easy collection of the food into the enlarged side of the posterior opening.
5. The method of claim 1, wherein the underside shape of the spoon bowl corresponds to a conventional spoon shape except that the anterior of the bowl is more narrow and convex than a conventional spoon shape and the tip is a straight edge.
6. A method for reducing expulsion of food from a mouth of an infant transitioning from bottle to spoon feeding comprising the steps of:
drawing a spoon through food in a dish or jar,
said spoon having a handle, said spoon having a bowl, said bowl having a posterior end and an anterior end, said posterior end further defined as the end positioned closest to the handle of the spoon, said anterior end further defined as the end positioned closest to the mouth of the infant during feeding, said bowl being partially covered by an enclosing shield attached to the bowl, said enclosing shield being positioned in such as way as to create an opening at the posterior end of the bowl and an opening at the anterior end of the bowl;
collecting food through the opening at the posterior end of the bowl;
placing the anterior end of the bowl into the mouth of the infant;
providing full circumferential contact of the bowl of the spoon with the mouth of the infant, creating a seal around the opening at the anterior end of the bowl;
drawing, by the infant, the food from the bowl of the spoon through the opening at the anterior end of the bowl to the rear of the mouth of the infant;
removing the bowl of the spoon from the mouth of the infant.
7. The method of claim 6, performed at least three times in succession.
8. The method of claim 6, further characterized in that the handle of the spoon is contoured for ease in collection of the food and insertion of the spoon bowl into the mouth of the infant.
9. The method of claim 6, further characterized in that the handle of the spoon has a coating of vinyl or other friction-inducing material.
10. The method of claim 2 wherein the enclosing shield is asymmetrical relative to the bowl to allow for an easy collection of the food into the enlarged side of the posterior opening.
11. The method of claim 6 wherein the enclosing shield is asymmetrical relative to the bowl.
12. A method for feeding a child with a spoon during a transition from bottle-to-spoon-feeding, the child having a mouth, the child having a natural swallowing reflex, the spoon having a handle, the spoon having a bowl, the bowl having an end away from the handle thus defining an anterior end, the bowl having an end toward the handle thus defining a posterior end, the method comprising the steps of:
covering a front portion of a spoon bowl by an enclosing shield so that that it leaves an opening at a posterior of the spoon bowl and at an anterior of the spoon bowl;
wherein the enclosing shield of the spoon bowl corresponds at its anterior end to the shape of a slightly depressed nipple, being ovoid in shape;
wherein the enclosing shield is asymmetrical relative to the bowl to allow for easy collection of food into the enlarged side of the posterior opening;
wherein the handle of the spoon is further characterized in that it is contoured for ease in collection food and insertion of the spoon bowl into the mouth of the infant;
wherein the handle of the spoon is further characterized in that it has a coating of vinyl or other friction-inducing material;
wherein the posterior opening of the spoon bowl is angled to allow for easier collection of the food, and where the posterior opening of the spoon bowl is larger than the anterior opening of the bowl;
collecting a semi-liquid food through the posterior opening in the spoon bowl by moving the spoon bowl through a container of food so that the semi-liquid food enters the posterior opening of the spoon bowl and is held within a bowl cavity formed by the spoon bowl and the enclosing shield;
inserting the spoon into the child’s mouth;
suctioning the semi-liquid food by the child through the anterior opening of the spoon bowl and into a rear cavity of the child’s mouth; and
removing the spoon from the child’s mouth to allow for the natural swallowing reflex to be completed.