this invention teaches a tip device that provides non - occluded images by employing an array of imaging devices and thereafter combining individual images to form a continuous image . it has been heretofore contemplated that the device could find use as an aid in screening and diagnosis of conditions of soft tissue , hair and nails . furthermore , it could also find use as a beauty aid to consult those considering cosmetic surgery or changes in personal appearance . thus , the following detailed description , read with the above - described drawings will serve to explain various preferred embodiments and components of the present invention . fig1 depicts a horizontal cross section of an embodiment of the tip system 100 in accordance with the present invention . the system may be sized in any fashion to accord with the application . for example , should the system be used to image an entire person , the system will be sized such that the person could easily stand at the center 108 of the device 100 with sufficient comfort . however , if the particular application is for the examination of something smaller , the scalp , for example , the device could be made smaller such that just a person &# 39 ; s cranium would fit comfortably at center 108 . the system 100 is comprised of several panels 109 . in this particular embodiment , fourteen ( 14 ) panels are used . the panels are interconnected to form an enclosed structure . in this particular embodiment , an 8 - sided polygon was chosen . the shape is arbitrary , however , the only requirement is that the panels are set up in mirrored pairs . each panel 109 is comprised of an imager array 102 , comprising a vertical array of imaging devices . the imaging devices could comprise standard or digital cameras , or other devices capable of capturing light , temperature , chemical information or other information of interest . in this embodiment , we assume the use of digital cameras operating in the conventional fashion . thus , in order to optimize the performance of the cameras , light sources 101 are utilized . while fluorescent tubes are the preferred means , any type of illumination can be used , for example , a wood &# 39 ; s lamp may be used . these light sources 101 can be always on , or , alternatively , only activated when the cameras are operating . supporting the imager array 102 is the perimeter wall 103 . the perimeter wall can be made of plywood , particle board or any other structural material capable of supporting the structure . in front of the light sources 101 and imager array 102 is shield 107 . shield 107 protects the imager array 102 and light sources 101 from contact with the subject . standard ⅛ ″ obscured plexiglass can be used as shield 107 , and furthermore , a shield with variable transmittance is contemplated . in between the plurality of panels 109 , there are dividers 106 . dividers 106 function to provide stability for shield 107 , and also , when made opaque , reduce light interference between adjacent imager arrays 102 . to effect access and egress , panels 104 function as a doorway . by rotating on hinge 105 , panels 104 swing outward , thus allowing access to the interior of system 100 . a system 100 is also contemplated without doorway 104 that can be used for examining small objects , such as the scalp or hands , for example . fig2 depicts an exemplary panel 200 of a tip system in accordance with the present invention . supporting the panel 200 , is perimeter wall 207 . perimeter wall 207 can be flat , curved or angled in any fashion to accommodate the desired perimeter shape . supported by the perimeter wall 207 are imaging arrays 205 and 206 and light sources 202 and 208 . while this exemplary panel utilizes dual imaging arrays 205 , 206 and light sources 202 , 208 , the panel may be configured in any fashion utilizing at least one imaging array . light sources 202 , 208 are optional , and depending on the type of imaging done , e . g ., chemical , may be unnecessary . however , in the present embodiment , light sources 202 and 208 are taken to be standard fluorescent tubes . they could also be , for example , wood &# 39 ; s lamps . imaging arrays 205 and 206 comprise a plurality of imaging devices 203 . imaging devices 203 may be a standard or digital camera , or any other type of device capable of capturing the desired information from the subject with the imaging system . imaging devices 203 are controlled through cables 204 . these cables may be used to remotely trigger a mechanical actuator or , as is contemplated herein , act as part of an electronic interface such as usb . imaging arrays 205 and 206 are depicted herein as vertical arrays of 5 imaging devices 203 . in practice , the array can vary greatly . for use in smaller examinations , e . g ., the scalp , it is suggested that less imaging devices 203 would be required to generate a complete image . fig3 depicts a horizontal cross section of an alternate embodiment of an imaging system 300 in accordance with the present invention utilizing a circular periphery . the system 300 may be sized in any fashion to accord with the application . for example , should the system be used to image an entire person , the system will be sized such that the person could easily stand at the center 308 of the device 300 with sufficient comfort . however , if the particular application is for the examination of something smaller , the scalp , for example , the device could be made smaller such that just a person &# 39 ; s cranium would comfortably at center 308 . the system 300 is comprised of several panels 309 . in this particular embodiment , eight ( 8 ) panels are used . the panels are interconnected to form an enclosed structure . in this particular embodiment , a circle was constructed . the shape is arbitrary , however , the only requirement is that the panels are set up in mirrored pairs . each panel 301 is comprised of an imager array 302 , comprising a vertical array of imaging devices . the imaging devices could comprise standard or digital cameras , or other devices capable of capturing light , temperature or chemical information . in this embodiment , we assume the use of digital cameras operating in the conventional fashion . thus , in order to optimize the performance of the cameras , light sources 303 are utilized . while fluorescent tubes are the preferred means , any type of illumination can be used . these light sources 303 can be always on , or , alternatively , only activated when the cameras are operating . supporting the imager array 302 is the perimeter wall 310 . the perimeter wall can be made of plywood , particleboard or any other structural material capable of supporting the structure . in front of the light sources 303 and imager array 302 is shield 309 . shield 309 protects the imager array 302 and light sources 303 from contact with the subject . standard ⅛ ″ obscured plexiglass can be used as shield 309 , and furthermore , a shield with variable transmittance is contemplated . in between the plurality of panels 301 , there are dividers 306 . dividers 306 function to provide stability for shield 309 , and also , when made opaque , reduce light interference between adjacent imager arrays 302 . to effect access and egress , panel 304 functions as a doorway . by rotating on a double - hinge hinge 305 and clearing angled divider 307 , panel 304 swings outward , thus allowing access to the interior of system 300 . a system 300 is also contemplated without doorway 304 that can be used for examining small objects , such as the scalp or hands , for example . fig4 depicts an exemplary imaging device 400 for use with the present invention . in practice , the imaging device 400 may be a standard or digital camera , or any other type of device capable of capturing the desired information from the subject with the imaging system . for example , devices capable of recording infrared or chemical information could be used . the present embodiment , however , contemplates the use of a digital camera as exemplified by the current figure . such a device would comprise lens 403 , mechanical actuator 402 and control cable 401 . preferably , cable 401 is used to electronically control , and further , download digital image information from imaging device 400 . as is contemplated herein , the electronic control could be usb . alternatively , control cable 401 could be used to trigger mechanical actuator 402 . although the present figure describes a specific imaging device , it should be understood that a wide variety of data collection devices could be employed without departing from the scope of the present invention . fig5 depicts a schematic of a complete image processing system 500 in accordance with the present invention . as discussed above in fig1 , imaging system 100 may be sized in any fashion to accord with the application . for example , should the system be used to image an entire person , the system will be sized such that the person could easily stand at the center 108 of the device 100 with sufficient comfort . however , if the particular application is for the examination of something smaller , the scalp , for example , the device could be made smaller such that just a person &# 39 ; s cranium would fit comfortably at center 108 . the system 100 is comprised of several panels 109 . in this particular embodiment , fourteen ( 14 ) panels are used . the panels are interconnected to form an enclosed structure . in this particular embodiment , an 8 - sided polygon was chosen . the shape is arbitrary , however , the only requirement is that the panels are set up in mirrored pairs . each panel 109 is comprised of an imager array 102 , comprising a vertical array of imaging devices . imaging arrays 507 through 519 can be identical to imager array 102 , or may vary in the information they garner in accord with the desired application . the present embodiment , however , contemplates identical imaging devices . the imaging devices could comprise standard or digital cameras , or other devices capable of capturing light , temperature or chemical information . in this embodiment , we assume the use of digital cameras operating in the conventional fashion . thus , in order to optimize the performance of the cameras , light sources 101 are utilized . each imaging array may utilize a light source 101 to enhance imaging ability . furthermore , each of said light sources could have varying characteristics to accord with the application . while fluorescent tubes are the preferred means , any type of illumination can be used . these light sources 101 can be always on , or , alternatively , only activated when the cameras are operating . supporting the imager array 102 is the perimeter wall 103 . the perimeter wall can be made of plywood , particle board or any other structural material capable of supporting the structure . in front of the light sources 101 and imager arrays 102 and 507 - 519 is shield 107 . shield 107 protects the imager arrays 102 and 507 through 519 and light sources 101 from contact with the subject . standard ⅛ ″ obscured plexiglass can be used as shield 107 , and furthermore , a shield with variable transmittance is contemplated . in between the plurality of panels 109 , there are dividers 106 . dividers 106 function to provide stability for shield 107 , and also , when made opaque , reduce light interference between adjacent imager arrays 102 and 507 through 519 . to effect access and egress , panels 104 function as a doorway . by rotating on hinge 105 , panels 104 swing outward , thus allowing access to the interior of system 100 . a system 100 is also contemplated without doorway 104 that can be used for examining small objects , such as the scalp or hands , for example . in order to effect the processing of the multiple images garnered from the plurality of imaging arrays , the imager arrays 102 and 507 through 519 are networked to a single computer 501 . the present embodiment contemplates the use of usb to network the arrays 102 and 507 through 519 . the imaging devices of arrays 102 , 507 , 508 and 509 are connected to usb hub 506 via interface cabling 102 a , 507 a , 508 a and 509 a , respectively . the imaging devices of arrays 517 , 518 and 519 are connected to usb hub 505 via interface cabling 517 a , 518 a and 519 a , respectively . the imaging devices of arrays 514 , 515 and 516 connected to usb hub 504 via interface cabling 514 a , 515 a and 516 a , respectively . the imaging devices of arrays 510 , 511 , 512 and 513 are connected to usb hub 503 via interface cabling 510 a , 511 a , 512 a and 513 a , respectively . hub 506 is connected with hub 503 via cable 520 . hub 505 is connected with hub 504 via cable 521 . hubs 503 and 504 are then connected to hub 502 via cables 522 and 523 , respectively . finally , hub 502 , which has the totality of imaging devices of imaging arrays 102 and 507 through 519 connected thereto , is connected to computer 501 via cable 524 . the computer 501 is used to process the individual images garnered from each imaging device of each imaging array 102 and 507 through 519 to create a non - occluded image of the subject within system 100 , and preferably , at center 108 . it should be noted that the arrangement of hubs 506 , 505 , 504 , 503 and 502 and the concomitant cabling presented heretofore is merely exemplary , and anyone with skill in the art will recognize the myriad ways of interconnecting the imaging devices of imaging arrays 102 and 507 through 519 to computer 501 . while the present invention has been described with reference to one or more preferred embodiments , which embodiments have been set forth in considerable detail for the purposes of making a complete disclosure of the invention , such embodiments are merely exemplary and are not intended to be limiting or represent an exhaustive enumeration of all aspects of the invention . the scope of the invention , therefore , shall be defined solely by the following claims . further , it will be apparent to those of skill in the art that numerous changes may be made in such details without departing from the spirit and the principles of the invention .
total immersion photography is disclosed , preferably for the use of screening for various medical and cosmetic conditions . tip , in a preferred embodiment , comprises an enclosed structure that may be sized in accordance with an entire person , or individual body parts . disposed therein are a plurality of imaging means which may gather a variety of information , e . g ., chemical , light , temperature , etc . in a preferred embodiment , a computer and plurality of usb hubs are used to remotely operate and control digital cameras . the photo information is then transferred via the usb to the computer for processing and aggregation . subject information is gathered to configure the operation of the various parameters of the device .