摘要:
Disclosed is a portable, compact telecommunications system (1) adapted to send and receive information in either voice or facsimile fashion. The telecommunications system can transmitted and receive information over the standard or mobile telephone networks, and stores received facsimile information in on board memory devices (926), while displaying the message on a information display (920).
摘要:
By maintaining the first electrodes of a photogenerative element (18) and a current blocking element (16) at a common potential while electrically interconnecting the second electrodes thereof, the blocking element need not be masked from incident radiation (12) because the stored electrical signal generated by the photogenerative element will not be dissipated by photogenerated carrier pairs contributed by the current blocking element.
摘要:
By maintaining the first electrodes of a photogenerative element (18) and a current blocking element (16) at a common potential while electrically interconnecting the second electrodes thereof, the blocking element need not be masked from incident radiation (12) because the stored electrical signal generated by the photogenerative element will not be dissipated by photogenerated carrier pairs contributed by the current blocking element.
摘要:
Disclosed is a portable, compact telecommunications system (1) adapted to send and receive information in either voice or facsimile fashion. The telecommunications system can transmitted and receive information over the standard or mobile telephone networks, and stores received facsimile information in on board memory devices (926), while displaying the message on a information display (920).
摘要:
Apparatus (ll) for generating electronic signals which are representative of a detectable condition on an image-bearing surface (lO). The apparatus includes an elongated (56) array of distinct, thin film, photosensitive elements (64) formed on a common flexible large area substrate (7O). The elongated array of photosensitive elements is fabricated as a large area, photovoltaic structure formed of a plurality of thin film layers (82), including a first layer of thin film, electrically conductive material. The discrete photosensitive elements are defined by patterning of the conductive layer into shaped regions which determine the overall configuration and dimensions of each element. The novel apparatus utilizes a large area linear array of amorphous silicon alloy photosensitive elements and is adapted to provide automatic adjustment for sensor and circuit variables as well as for changes in the intensity of image illumination. The apparatus may include an arm (l8) adapted to move over at least a portion of the surface, the arm having said elongated array of discrete photosensitive elements mounted thereupon. The array of discrete photosensitive elements is formed on a flexible substrate so as to be capable of reading the detectable conditions of a non-planar, image bearing surface (3l4). The imaging apparatus may also include a lensless optical system (4O2) for directing light from each particular surface portion onto a corresponding photosensitive element. Finally, each of said elements may be provided with a filter adapted to limit the photogeneration of charge carriers by each element to specific wavelengths of light.
摘要:
Disclosed is an image data input and display means, and a voice and data electronic teleconferencing system incorporating the image data input and display means. The image data input and display means includes sensor means (31) for inputting image data integrally with means (41) for displaying both the local input image data and remotely inputted image data.
摘要:
Disclosed is an image data input and display means, and a voice and data electronic teleconferencing system incorporating the image data input and display means. The image data input and display means includes sensor means (31) for inputting image data integrally with means (41) for displaying both the local input image data and remotely inputted image data.
摘要:
Apparatus (ll) for generating electronic signals which are representative of a detectable condition on an image-bearing surface (lO). The apparatus includes an elongated (56) array of distinct, thin film, photosensitive elements (64) formed on a common flexible large area substrate (7O). The elongated array of photosensitive elements is fabricated as a large area, photovoltaic structure formed of a plurality of thin film layers (82), including a first layer of thin film, electrically conductive material. The discrete photosensitive elements are defined by patterning of the conductive layer into shaped regions which determine the overall configuration and dimensions of each element. The novel apparatus utilizes a large area linear array of amorphous silicon alloy photosensitive elements and is adapted to provide automatic adjustment for sensor and circuit variables as well as for changes in the intensity of image illumination. The apparatus may include an arm (l8) adapted to move over at least a portion of the surface, the arm having said elongated array of discrete photosensitive elements mounted thereupon. The array of discrete photosensitive elements is formed on a flexible substrate so as to be capable of reading the detectable conditions of a non-planar, image bearing surface (3l4). The imaging apparatus may also include a lensless optical system (4O2) for directing light from each particular surface portion onto a corresponding photosensitive element. Finally, each of said elements may be provided with a filter adapted to limit the photogeneration of charge carriers by each element to specific wavelengths of light.