Title of Invention	IMAGE RECORDAL AND GENERATION APPARATUS
Abstract	An apparatus for recording and generating images includes a printing unit. The printing unit includes a carrier that is dimensioned to approximate a PCMCIA memory card. A media supply is receivable in the carrier. A page width print head assembly is mounted in the carrier to print images on the media. The page width print head assembly includes at least one print head chip and a suitable printing microprocessor that is configured to control operation of the print head chip. An ink supply mechanism is operatively arranged with respect to the print head assembly to supply the print head assembly with ink. A media feed mechanism is positioned in the carrier to feed media to and from the print head chip. The apparatus includes an image recordal apparatus that includes a housing in which the carrier is received. The housing is dimensioned to define a sleeve for the carrier so that at least half the carrier is received in the housing. An image sensing device is positioned on the housing to sense an image to be generated. An image sensing microprocessor is positioned in the housing and is operatively arranged with respect to the image sensing device to control operation of the image sensing device. Both the printing unit and the image recordal apparatus have complementary reieasable data connectors so that the image sensing microprocessor can communicate image data to the printing microprocessor of the printing unit. Fig. 7

Title of Invention

IMAGE RECORDAL AND GENERATION APPARATUS

Abstract

An apparatus for recording and generating images includes a printing unit. The printing unit includes a carrier that is dimensioned to approximate a PCMCIA memory card. A media supply is receivable in the carrier. A page width print head assembly is mounted in the carrier to print images on the media. The page width print head assembly includes at least one print head chip and a suitable printing microprocessor that is configured to control operation of the print head chip. An ink supply mechanism is operatively arranged with respect to the print head assembly to supply the print head assembly with ink. A media feed mechanism is positioned in the carrier to feed media to and from the print head chip. The apparatus includes an image recordal apparatus that includes a housing in which the carrier is received. The housing is dimensioned to define a sleeve for the carrier so that at least half the carrier is received in the housing. An image sensing device is positioned on the housing to sense an image to be generated. An image sensing microprocessor is positioned in the housing and is operatively arranged with respect to the image sensing device to control operation of the image sensing device. Both the printing unit and the image recordal apparatus have complementary reieasable data connectors so that the image sensing microprocessor can communicate image data to the printing microprocessor of the printing unit. Fig. 7

Full Text	FIELD OF THE INVENTION This invention relates to an image recordal and generation apparatus. BACKGROUND OF THE INVENTION The Applicant has developed print head assemblies that are capable of generating images having a resolution of up to 1600 dpi. Furthermore, the print head assemblies that the Applicant has developed are of a relatively small size, allowing them to be incorporated into a camera-based device such as that described in US Patent Application No.09/113,053. Details of such a print head assembly can be found in US Patent Application No. 15 09/113,053. The relatively small size has been largely the result of the development of an ink jet print head that is the subject of US Patent Application No. 09/425,419. The ink jet print head has allowed the Applicant to develop a compact portable printer that is directly engageable with a PCMCIA slot in a laptop or notebook computer. This compact portable printer is the subject matter of the Indian Application No.IN/PCT/2001/00381/DEL The Applicant has identified that it would be highly desirable to provide an image recordal and generation assembly or apparatus that is capable of generating the high- resolution images mentioned above and yet is of a size that is comparable to pocket sized cameras that are presently available. An image recordal and generation apparatus is needed over what is conventionally provided which has foil image sensing and printing capabilities yet is of a comparable size to conventional pocket sized cameras. In order to provide this, the present invention provides a compact assembly of image sensing and printing units which communicate via memory card-type data interfaces. SUMMARY OF THE INVENTION According to the invention, there is provided an image recordal and generation apparatus comprising: a printing unit that comprises: a carrier dimensioned to approximate dimensions of a PCMCIA memory card, a media supply being receivable in the carrier; a page width print head assembly that is mounted in the carrier to print images on the media, the page width print head assembly including at least one print head chip for printing images on media from the media supply; a printing microprocessor arranged to receive image data and control operation of the at least one print head chip to print images from the image data; an ink supply mechanism arranged to supply ink to the at least one print head chip for printing; and a media feed mechanism positioned in the carrier to feed the media to and from the at least one print head chip; and an image recordal unit that comprises: a housing in which the carrier is received, the housing being dimensioned to define a sleeve for receiving the carrier of the printing unit so that at least half of the carrier is received; an image sensing device that is positioned on the housing to sense an image to be generated through printing by the printing unit; and an image sensing microprocessor that is positioned in the housing and is operatively arranged to control operation of the image sensing device so as to sense the image and obtain the image data, wherein the printing and image recordal units have complementary releasable data connectors and associated data interfaces for controlling transfer of data across the connectors, the image sensing microprocessor being arranged to communicate the image data to the printing microprocessor via the data interfaces and connectors. The invention is now described, by way of example, with reference to the accompanying drawings. It is to be noted that the following specific description is for the purposes of illustrating a particular embodiment of the invention and the manner in which it is to be performed and is not intended to limit the broad scope of the preceding summary. BRIEF DESCRIPTION OF THE DRAWINGS In the drawings, Figure 1 shows a three dimensional view of a printing unit of an apparatus, in accordance with the invention, for recording and generating images; Figure 2 shows a partially exploded view of a print media cartridge of the printing unit of Figure 1; Figure 3 shows an exploded view of the printing unit of Figure I; Figure 4 shows a partly cut away view of a print head of the printing unit of Figure 1; Figure 5 shows a three dimensional view of the apparatus for recording and generating images; Figure 6 shows a rear view of the apparatus of Figure 5; Figure 7 shows the apparatus of Figure 5 with the printing unit detached from an image recordal apparatus; Figure 8 shows the apparatus of Figure 5 with a print media cartridge detached from the printing unit; Figure 9 shows a front view of the apparatus of Figure 5, indicating the position of some of the components; Figure 10 shows a plan view of the apparatus of Figure 5 also indicating the position of some of the components; and Figure 11 shows a schematic block diagram indicating the various components of the apparatus of Figure 5. DETAILED DESCRIPTION OF THE DRAWINGS In the drawings, reference numeral 10 generally indicates an apparatus, in accordance with the invention, for recording and generating images. The apparatus 10 includes a printing unit 12. The printing unit 12 has a carrier 14 that is dimensioned so that the printing unit 12 is similar in size to a PCMCIA memory card. In particular, the printing unit 12 is similar in size to a PCMCIA type III card. As is known, PCMCIA is an acronym for Personal Computer Memory Card International Association that sets parameters for PC cards having various sizes. The PCMCIA type III card has a typical size of approximately 86 mm in length, approximately 54 mm in width and approximately 11 mm in thickness. The carrier 14 includes an elongate, substantially rectangular support structure 16. The support structure 16 includes a body portion 18 with a tray 20 positioned at one end of the body portion 18 and a PCMCIA-type connector 22 positioned at an opposed end of the body portion 18. A print head assembly 24 is mounted on the tray 20. The print head assembly 24 includes a print head 26 that is positioned to span a printing region indicated generally at 28. The print head assembly 24 is shown in some detail in Figure 4. The print head 26 includes at least one print head chip 27 that is the product of an integrated circuit fabrication technique. Furthermore, each print head chip is described in the above referenced US Patent Application No. 09/425,419. The print head 26 has an ink distribution arrangement 30 mounted thereon. The ink distribution arrangement 30 is described in Indian Patent Application No.254/CHENP/2004, which is incorporated herein by reference. The ink distribution arrangement 30 includes an ink storage and feed structure 29 in fluid communication with a channeling structure 31. The channeling structure 31 is in fluid communication with the print head chip 27 so that ink can be fed to the nozzle arrangements of the print head chip 27. The ink storage and feed structure 29 includes a pair of outer ink reservoirs 33 and a pair of rows of ink storage channels 35 positioned between the outer ink reservoirs 33. The channeling structure 31 includes a pair of rows of feed channels 37. Each feed channel 37 is in fluid communication with a respective storage channel 35. As can be seen in Figure 4, the ink storage and feed structure 29 and the channeling structure 31 together define a plurality of ink feed passages that gradually decrease in cross sectional area as they near the print head chip 27. The print head assembly 24 includes control circuitry in the form of a microprocessor 32, mounted on the tray 20. Details of a suitable microprocessor are provided in the above referenced US Patent Application No. 09/1 13,053. The print head assembly 24 further includes a motor 34 that is drivingly connected to a gearbox 36. Operation of the motor 34 and thus the gearbox 36 is also controlled by the microprocessor 32. A primary feed roller 38 is positioned on an infeed side of the printing region 28 and is connected to the gearbox 36 to be driven by the gearbox 36. A secondary feed roller 40 is positioned on an outfeed side of the printing region 28. The support structure 16 includes a base member 42. The base member 42 includes a feed plate 44 that has a pair of opposed side clips 46 and a front clip 48 positioned thereon. The side clips 46 serve to engage side walls 50 of the body portion 18 and a front 25 side 52 of the tray 20. A pair of spaced retaining clips 54 are positioned on a rear side 56 of the feed plate 44 to engage complementary formations 58 defined on each side of the PCMCIA-type connector 22. The printing unit 12 includes a cover member 60 that is mountable over the print head assembly 24 to protect the print head assembly 24. A media supply cartridge in the form of a paper sheet cartridge 62 is mountable on the body portion 18. A supply 64 of paper sheets, one of which is indicated at 66, is receivable in the cartridge 62. The cartridge 62 includes a backing plate 68 against which the supply 64 is positioned, in use. Each of a pair of side walls 70 extends from a respective major side of the backing plate 68. A rear cover 78 is mounted on the backing plate 68 and the side walls 70. Further, a front cover 80 is also mounted on the backing plate 68 and the side walls 70. As can be seen in Figures 2 and 3, a retaining clip 84 is positioned on a feed end 82 of the backing plate 68. The retaining clip 84 is configured to retain the paper supply 64 in the cartridge 62 as the sheet 66 is fed from the supply 64 into the printing region 28. The backing plate 68 defines a pair of urging members 86. The urging members 86 are biased so that when the supply 64 is positioned in the cartridge 62, the supply 64 is biased towards the feed plate 44. The front cover 80 and the cover member 60 have complementary engaging formations 88 which allow the cartridge 62 to be urged into engagement with the cover member 60. In this position, the primary feed roller 38 is positioned to engage the sheet 66 so that when the primary feed roller 38 rotates, the sheet 66 is drawn into the printing region 28. The cover member 60 and the tray 20 together define an outfeed slot 89 from which printed sheets are fed. The various components of the printing unit 12 are indicated schematically in Figure 11. As can be seen, the PCMCIA-type connector 22 is connected to the microprocessor 32 with a suitable data bus indicated at 90. The data bus 90 also serves to connect the microprocessor 32 to the print head 26. Thus, image data received by the PCMCIA-type connector 22 can be communicated to the microprocessor 32 which can then control operation of the print head 26 to generate an image on the paper sheet 66. The apparatus 10 further includes an image recordal apparatus 92. The image recordal apparatus 92 includes a housing in the form of a sleeve 94 in which the printing unit 12 is received up to the cover member 60. As can be seen in the drawings, this means that approximately two thirds of the printing unit 12 is received in the sleeve 94. Further, the cover member 60 and its respective portion of the feed plate 44 is dimensioned to correspond, transversely, with transverse dimensions of the sleeve 94. It follows, therefore, that the apparatus 10 has overall dimensions that are in the region of one third larger than a type III PCMCA-type card. It will readily be appreciated that an article of this size can easily be carried in a pocket of a garment. The image recordal apparatus 92 has a viewfinder 96 positioned thereon. The viewfinder 96 includes an eyepiece 98 through which a viewer can target an image to be recorded. A camera lens 100 is positioned proximate the viewfinder 96 and is configured to provide a focused image of that which is to be recorded. The camera lens 100 is positioned in front of a CMOS-based image sensing device that, in this example, is in the form of an active pixel sensor 102. The active pixel sensor 102 is connected to a microprocessor 104 with a suitable data bus 106. The interaction of these components can readily be seen in Figure 11. The data bus 106 also serves to connect the active pixel sensor 102 to a memory storage device 108. Operation of the image recordal apparatus is by way of a camera actuating button 110 that is depressed by a user in a conventional manner. The actuator button 110 is connected to the microprocessor 104 so that, upon actuation, the processor 104 communicates a command signal to the active pixel sensor 102 to capture the desired image. Data carrying this image is then stored in the memory storage device 108. Operation of the printing unit 12 is by way of a printer actuating button 120 that is connected to the printing microprocessor 32. The microprocessor 32 actuates operation of the print head assembly 24 when the button 120 is depressed so that the recorded image can be printed. Details of the operation of the image recordal apparatus are set out further in US Application No. 09/113,053, incorporated above. It follows that further details of the operation of the image recordal apparatus will not be described in this specification. The image recordal apparatus 92 includes a complementary PCMCIA-type connector 112 that is positioned in the sleeve 94 to engage the PCMCIA-type connector 22 when the printing unit 12 is inserted into the image recordal apparatus 92. The data bus 106 also serves to connect the microprocessor 104 and the memory storage device 108 to the complementary PCMCIA-type connector 112 so that data relating to the captured image can be sent to the microprocessor 32 of the printing unit 12. Both the printing unit 12 and the image recordal apparatus 92 include a PCMCIA connector interface 124 to control the transfer of data across the PCMCIA-type connectors 22, 112. A battery indicated at 114 received within the sleeve 94 provides energy for the operation of the various components of the apparatus 10. A battery cover 116 is provided to secure the battery 114 in the sleeve 94. Opposed minor side walls 122 of the sleeve 94 have guide formations 118 defined therein. The side walls 50 of the body portion 18 are slideably received in respective guide formations 118 to facilitate interconnection of the printing unit 12 and the image recordal apparatus 92. The Applicant believes that the invention provides a means whereby a compact image recordal device or camera incorporating a printer can be achieved. In particular, the device is only between approximately 30 and 40 per cent larger than a PCMCIA type III memory card. This has been perceived by the Applicant to be a significant advantage based on the popularity of pocket-sized cameras. WE CLAIM 1. An image recordal and generation apparatus comprising: a printing unit that comprises: a carrier dimensioned to approximate dimensions of a PCMCIA memory card, a media supply being receivable in the carrier; a page width print head assembly that is mounted in the carrier to print images on the media, the page width print head assembly comprising at least one print head chip for printing images on media from the media supply; a printing microprocessor arranged to receive image data and control operation of the at least one print head chip to print images from the image data; an ink supply mechanism arranged to supply ink to the at least one print head chip for printing; and a media feed mechanism positioned in the carrier to feed the media to and from the at least one print head chip; and an image recordal unit that comprises: a housing in which the carrier is received, the housing being dimensioned to define a sleeve for receiving the carrier of the printing unit so that at least half of the carrier is received; an image sensing device that is positioned on the housing to sense an image to be generated through printing by the printing unit; and an image sensing microprocessor that is positioned in the housing and is operatively arranged to control operation of the image sensing device so as to sense the image and obtain the image data, wherein the printing and image recordal units have complementary releasable data connectors and associated data interfaces for controlling transfer of data across the connectors, the image sensing microprocessor being arranged to communicate the image data to the printing microprocessor via the data interfaces and connectors. 2. An apparatus as claimed in claim 1, in which the carrier comprises an elongate, substantially rectangular support structure, with the page width print head assembly and the ink supply mechanism being mounted on an end portion of the support structure and the media feed mechanism being positioned intermediate the end portion and a remaining portion of the support structure. 3. An apparatus as claimed in claim 2, wherein the media supply incorporates a media cartridge that is releasably mounted on said remaining portion of the support structure. 4. An apparatus as claimed in claim 3, in which the media cartridge is configured to hold sheets of media. 5. An apparatus as claimed in claim 4, in which the media feed mechanism is in the form of a roller feed mechanism that is configured to be engageable with a lowermost sheet of media in the cartridge when the cartridge is positioned on the support structure. 6. An apparatus as claimed in claim 1, in which the printing unit comprises a data bus connected across the data connector and interface of the printing unit, the printing microprocessor, the print head assembly and the media feed mechanism. 7. An apparatus as claimed in claim 1, in which the image sensing device is in the form of a CMOS device that defines an active pixel sensor. 8. An apparatus as claimed in claim 15 in which the image recordal unit comprises a data bus connected across the image sensing device, the image sensing microprocessor and the data connector and interface of the image recordal unit. 9. An apparatus as claimed in claim 1, in which the data connectors and interfaces of the image recordal and printing units are in the form of PCMCIA-type connectors and interfaces. 10. An image recordal and generation apparatus, substantially as herein described, with reference to the accompanying drawings.

Full Text

FIELD OF THE INVENTION
This invention relates to an image recordal and generation apparatus. BACKGROUND OF THE INVENTION
The Applicant has developed print head assemblies that are capable of generating images having a resolution of up to 1600 dpi. Furthermore, the print head assemblies that the Applicant has developed are of a relatively small size, allowing them to be incorporated into a camera-based device such as that described in US Patent Application No.09/113,053.
Details of such a print head assembly can be found in US Patent Application No. 15 09/113,053. The relatively small size has been largely the result of the development of an ink jet print head that is the subject of US Patent Application No. 09/425,419.
The ink jet print head has allowed the Applicant to develop a compact portable printer that is directly engageable with a PCMCIA slot in a laptop or notebook computer. This compact portable printer is the subject matter of the Indian Application No.IN/PCT/2001/00381/DEL
The Applicant has identified that it would be highly desirable to provide an image recordal and generation assembly or apparatus that is capable of generating the high- resolution images mentioned above and yet is of a size that is comparable to pocket sized cameras that are presently available. An image recordal and generation apparatus is needed over what is conventionally provided which has foil image sensing and printing capabilities yet is of a comparable size to conventional pocket sized cameras. In order to provide this, the present invention provides a compact

assembly of image sensing and printing units which communicate via memory card-type data interfaces.
SUMMARY OF THE INVENTION
According to the invention, there is provided an image recordal and generation apparatus comprising: a printing unit that comprises:
a carrier dimensioned to approximate dimensions of a PCMCIA memory card, a media supply being receivable in the carrier;
a page width print head assembly that is mounted in the carrier to print images on the media, the page width print head assembly including at least one print head chip for printing images on media from the media supply; a printing microprocessor arranged to receive image data and control operation of the at least one print head chip to print images from the image data; an ink supply mechanism arranged to supply ink to the at least one print head chip for printing; and
a media feed mechanism positioned in the carrier to feed the media to and from the at least one print head chip; and an image recordal unit that comprises: a housing in which the carrier is received, the housing being dimensioned to define a sleeve for receiving the carrier of the printing unit so that at least half of the carrier is received;
an image sensing device that is positioned on the housing to sense an image to be generated through printing by the printing unit; and an image sensing microprocessor that is positioned in the housing and is

operatively arranged to control operation of the image sensing device so as to sense the image and obtain the image data,
wherein the printing and image recordal units have complementary releasable data connectors and associated data interfaces for controlling transfer of data across the connectors, the image sensing microprocessor being arranged to communicate the image data to the printing microprocessor via the data interfaces and connectors.
The invention is now described, by way of example, with reference to the accompanying drawings. It is to be noted that the following specific description is for the purposes of illustrating a particular embodiment of the invention and the manner in which it is to be performed and is not intended to limit the broad scope of the preceding summary.
BRIEF DESCRIPTION OF THE DRAWINGS In the drawings,
Figure 1 shows a three dimensional view of a printing unit of an apparatus, in accordance with the invention, for recording and generating images; Figure 2 shows a partially exploded view of a print media cartridge of the printing unit of Figure 1;
Figure 3 shows an exploded view of the printing unit of Figure I; Figure 4 shows a partly cut away view of a print head of the printing unit of Figure 1;

Figure 5 shows a three dimensional view of the apparatus for recording and generating images;
Figure 6 shows a rear view of the apparatus of Figure 5;
Figure 7 shows the apparatus of Figure 5 with the printing unit detached from an image
recordal apparatus;
Figure 8 shows the apparatus of Figure 5 with a print media cartridge detached from the printing unit;
Figure 9 shows a front view of the apparatus of Figure 5, indicating the position of some of
the components;
Figure 10 shows a plan view of the apparatus of Figure 5 also indicating the position of
some of the components; and
Figure 11 shows a schematic block diagram indicating the various components of the
apparatus of Figure 5.
DETAILED DESCRIPTION OF THE DRAWINGS
In the drawings, reference numeral 10 generally indicates an apparatus, in accordance with the invention, for recording and generating images.
The apparatus 10 includes a printing unit 12. The printing unit 12 has a carrier 14 that is dimensioned so that the printing unit 12 is similar in size to a PCMCIA memory card. In particular, the printing unit 12 is similar in size to a PCMCIA type III card. As is known, PCMCIA is an acronym for Personal Computer Memory Card International Association that sets parameters for PC cards having various sizes. The PCMCIA type III card has a typical size of approximately 86 mm in length, approximately 54 mm in width and approximately 11 mm in thickness.
The carrier 14 includes an elongate, substantially rectangular support structure 16. The support structure 16 includes a body portion 18 with a tray 20 positioned at one end of the body portion 18 and a PCMCIA-type connector 22 positioned at an opposed end of the body portion 18. A print head assembly 24 is mounted on the tray 20. The print head assembly 24 includes a print head 26 that is positioned to span a printing region indicated generally at 28. The print head assembly 24 is shown in some detail in Figure 4. The print head 26 includes at least one print head chip 27 that is the product of an integrated circuit fabrication technique. Furthermore, each print head chip is described in the above referenced US Patent Application No. 09/425,419.

The print head 26 has an ink distribution arrangement 30 mounted thereon. The ink distribution arrangement 30 is described in Indian Patent Application No.254/CHENP/2004, which is incorporated herein by reference. The ink distribution arrangement 30 includes an ink storage and feed structure 29 in fluid communication with a channeling structure 31. The channeling structure 31 is in fluid communication with the print head chip 27 so that ink can be fed to the nozzle arrangements of the print head chip 27. The ink storage and feed structure 29 includes a pair of outer ink reservoirs 33 and a pair of rows of ink storage channels 35 positioned between the outer ink reservoirs 33.
The channeling structure 31 includes a pair of rows of feed channels 37. Each feed channel 37 is in fluid communication with a respective storage channel 35. As can be seen in Figure 4, the ink storage and feed structure 29 and the channeling structure 31 together define a plurality of ink feed passages that gradually decrease in cross sectional area as they near the print head chip 27.
The print head assembly 24 includes control circuitry in the form of a microprocessor 32, mounted on the tray 20. Details of a suitable microprocessor are provided in the above referenced US Patent Application No. 09/1 13,053.

The print head assembly 24 further includes a motor 34 that is drivingly connected to a gearbox 36. Operation of the motor 34 and thus the gearbox 36 is also controlled by the microprocessor 32. A primary feed roller 38 is positioned on an infeed side of the printing region 28 and is connected to the gearbox 36 to be driven by the gearbox 36. A secondary feed roller 40 is positioned on an outfeed side of the printing region 28.
The support structure 16 includes a base member 42. The base member 42 includes a feed plate 44 that has a pair of opposed side clips 46 and a front clip 48 positioned thereon. The side clips 46 serve to engage side walls 50 of the body portion 18 and a front 25 side 52 of the tray 20.
A pair of spaced retaining clips 54 are positioned on a rear side 56 of the feed plate 44 to engage complementary formations 58 defined on each side of the PCMCIA-type connector 22.
The printing unit 12 includes a cover member 60 that is mountable over the print head assembly 24 to protect the print head assembly 24. A media supply cartridge in the form of a paper sheet cartridge 62 is mountable on the body portion 18. A supply 64 of paper sheets, one of which is indicated at 66, is receivable in the cartridge 62. The cartridge 62 includes a backing plate 68 against which

the supply 64 is positioned, in use. Each of a pair of side walls 70 extends from a respective major side of the backing plate 68. A rear cover 78 is mounted on the backing plate 68 and the side walls 70. Further, a front cover 80 is also mounted on the backing plate 68 and the side walls 70. As can be seen in Figures 2 and 3, a retaining clip 84 is positioned on a feed end 82 of the backing plate 68. The retaining clip 84 is configured to retain the paper supply 64 in the cartridge 62 as the sheet 66 is fed from the supply 64 into the printing region 28.
The backing plate 68 defines a pair of urging members 86. The urging members 86 are biased so that when the supply 64 is positioned in the cartridge 62, the supply 64 is biased towards the feed plate 44. The front cover 80 and the cover member 60 have complementary engaging formations 88 which allow the cartridge 62 to be urged into engagement with the cover member 60. In this position, the primary feed roller 38 is positioned to engage the sheet 66 so that when the primary feed roller 38 rotates, the sheet 66 is drawn into the printing region 28. The cover member 60 and the tray 20 together define an outfeed slot 89 from which printed sheets are fed.
The various components of the printing unit 12 are indicated schematically in Figure 11. As can be seen, the PCMCIA-type connector 22 is connected to the microprocessor 32 with a suitable data bus indicated at 90. The data bus 90 also serves to connect the microprocessor 32 to the print head 26. Thus, image data received by the PCMCIA-type connector 22 can be communicated to the microprocessor 32 which can then control operation of the print head 26 to generate an image on the paper sheet 66.
The apparatus 10 further includes an image recordal apparatus 92. The image recordal apparatus 92 includes a housing in the form of a sleeve 94 in which the printing unit 12 is received up to the cover member 60. As can be seen in the drawings, this means that approximately two thirds of the printing unit 12 is received in the sleeve 94. Further, the cover member 60 and its respective portion of the feed plate 44 is dimensioned to correspond, transversely, with transverse dimensions of the sleeve 94. It follows, therefore, that the apparatus 10 has overall dimensions that are in the region of one third larger than a type III PCMCA-type card. It will readily be appreciated that an article of this size can easily be carried in a pocket of a garment.
The image recordal apparatus 92 has a viewfinder 96 positioned thereon. The viewfinder 96 includes an eyepiece 98 through which a viewer can target an image to be recorded. A camera lens 100 is positioned proximate the viewfinder 96 and is configured

to provide a focused image of that which is to be recorded. The camera lens 100 is positioned in front of a CMOS-based image sensing device that, in this example, is in the form of an active pixel sensor 102.
The active pixel sensor 102 is connected to a microprocessor 104 with a suitable data bus 106. The interaction of these components can readily be seen in Figure 11.
The data bus 106 also serves to connect the active pixel sensor 102 to a memory storage device 108.
Operation of the image recordal apparatus is by way of a camera actuating button 110 that is depressed by a user in a conventional manner. The actuator button 110 is connected to the microprocessor 104 so that, upon actuation, the processor 104 communicates a command signal to the active pixel sensor 102 to capture the desired image. Data carrying this image is then stored in the memory storage device 108.
Operation of the printing unit 12 is by way of a printer actuating button 120 that is connected to the printing microprocessor 32. The microprocessor 32 actuates operation of the print head assembly 24 when the button 120 is depressed so that the recorded image can be printed.
Details of the operation of the image recordal apparatus are set out further in US Application No. 09/113,053, incorporated above. It follows that further details of the operation of the image recordal apparatus will not be described in this specification.
The image recordal apparatus 92 includes a complementary PCMCIA-type connector 112 that is positioned in the sleeve 94 to engage the PCMCIA-type connector 22 when the printing unit 12 is inserted into the image recordal apparatus 92.
The data bus 106 also serves to connect the microprocessor 104 and the memory storage device 108 to the complementary PCMCIA-type connector 112 so that data relating to the captured image can be sent to the microprocessor 32 of the printing unit 12.
Both the printing unit 12 and the image recordal apparatus 92 include a PCMCIA connector interface 124 to control the transfer of data across the PCMCIA-type connectors 22, 112.
A battery indicated at 114 received within the sleeve 94 provides energy for the operation of the various components of the apparatus 10. A battery cover 116 is provided to secure the battery 114 in the sleeve 94. Opposed minor side walls 122 of the sleeve 94 have guide formations 118 defined therein. The side walls 50 of the body portion 18 are

slideably received in respective guide formations 118 to facilitate interconnection of the printing unit 12 and the image recordal apparatus 92.
The Applicant believes that the invention provides a means whereby a compact image recordal device or camera incorporating a printer can be achieved. In particular, the device is only between approximately 30 and 40 per cent larger than a PCMCIA type III memory card. This has been perceived by the Applicant to be a significant advantage based on the popularity of pocket-sized cameras.

WE CLAIM
1. An image recordal and generation apparatus comprising: a printing unit that comprises:
a carrier dimensioned to approximate dimensions of a PCMCIA memory card, a
media supply being receivable in the carrier;
a page width print head assembly that is mounted in the carrier to print
images on the media, the page width print head assembly comprising at least one print
head chip for printing images on media from the media supply;
a printing microprocessor arranged to receive image data and control
operation of the at least one print head chip to print images from the image data; an
ink supply mechanism arranged to supply ink to the at least one print head chip for
printing; and
a media feed mechanism positioned in the carrier to feed the media to and from the at
least one print head chip; and an image recordal unit that comprises:
a housing in which the carrier is received, the housing being dimensioned to define a
sleeve for receiving the carrier of the printing unit so that at least half of the carrier is
received;
an image sensing device that is positioned on the housing to sense an image to be
generated through printing by the printing unit; and
an image sensing microprocessor that is positioned in the housing and is
operatively arranged to control operation of the image sensing device so as to sense
the image and obtain the image data,

wherein the printing and image recordal units have complementary releasable data connectors and associated data interfaces for controlling transfer of data across the connectors, the image sensing microprocessor being arranged to communicate the image data to the printing microprocessor via the data interfaces and connectors.
2. An apparatus as claimed in claim 1, in which the carrier comprises an elongate, substantially rectangular support structure, with the page width print head assembly and the ink supply mechanism being mounted on an end portion of the support structure and the media feed mechanism being positioned intermediate the end portion and a remaining portion of the support structure.
3. An apparatus as claimed in claim 2, wherein the media supply incorporates a media cartridge that is releasably mounted on said remaining portion of the support structure.
4. An apparatus as claimed in claim 3, in which the media cartridge is configured to hold sheets of media.
5. An apparatus as claimed in claim 4, in which the media feed mechanism is in the form of a roller feed mechanism that is configured to be engageable with a lowermost sheet of media in the cartridge when the cartridge is positioned on the support structure.

6. An apparatus as claimed in claim 1, in which the printing unit comprises a data bus connected across the data connector and interface of the printing unit, the printing microprocessor, the print head assembly and the media feed mechanism.
7. An apparatus as claimed in claim 1, in which the image sensing device is in the form of a CMOS device that defines an active pixel sensor.
8. An apparatus as claimed in claim 15 in which the image recordal unit comprises
a data bus connected across the image sensing device, the image sensing
microprocessor and the data connector and interface of the image recordal unit.
9. An apparatus as claimed in claim 1, in which the data connectors and interfaces of the image recordal and printing units are in the form of PCMCIA-type connectors and interfaces.
10. An image recordal and generation apparatus, substantially as herein described, with reference to the accompanying drawings.

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Patent Number

202940

Indian Patent Application Number

420/CHENP/2004

PG Journal Number

05/2007

Publication Date

02-Feb-2007

Grant Date

08-Nov-2006

Date of Filing

27-Feb-2004

Name of Patentee

M/S. SILVERBROOK RESEARCH PTY LTD

Applicant Address

393 DARLING STREET, BALMAIN, NEW SOUTH WALES 2041, AUSTRALIA

Inventors:

#	Inventor's Name	Inventor's Address
1	SILVERBROOK, Kia	393 DARLING STREET, BALMAIN, NEW SOUTH WALES 2041, AUSTRALIA

PCT International Classification Number

B41J3/44

PCT International Application Number

PCT/AU02/01051

PCT International Filing date

2002-08-06

PCT Conventions:

#	PCT Application Number	Date of Convention	Priority Country
1	09/942,601	2001-08-31	U.S.A.