Automatic telephone dialer system with printed storage
First Claim
1. An automatic telephone dialer system for use with a telephone which can have an on-hook or off-hook status, comprising:
- (a) printed storage means for storing at least one telephone number in a printed format, whereby said printed storage means can be easily filed and duplicated,(b) reading means for reading said printed storage means and converting said telephone number into a telephone-number-representative electrical signal,(c) processor means for processing said electrical signal into a signal suitable for dialing a telephone,(d) interface means for interfacing said processor means to a telephone line,(e) sensor means for sensing whether said telephone has an on-hook or off-hook status,(f) means for connecting said sensor means to said processor means so that the phone number read by said reading means is not dialed by said processor means until said sensor means senses that said telephone has an off-hook status,(g) memory means for storing a plurality of phone numbers in response to said telephone-number-representative electrical signal from said reading means, such that said phone numbers in said memory means have a sequence of storage, and that said telephone-number-representative electrical signal from said reading means has a sequence of reading, such that said sequence of storage and said sequence of reading are identical,(h) means for connecting said memory means to said processor means so that one of said phone numbers in said memory means is dialed by said processor means each time said telephone makes an on-hook to off-hook transition, such that said phone numbers dialed by said processor means have a sequence of dialing which is identical to said sequence of storage and said sequence of reading, and(i) reset switch means connected to said processor means so that upon activation of said reset switch means, all phone numbers are deleted from said memory means.
1 Assignment
0 Petitions
Accused Products
Abstract
An automatic telephone dialer system using optical input of telephone numbers from printed materials. Numbers can be stored as bar codes (22) readable by a bar code wand (26) or as characters (24) readable by an OCR (Optical Character Recognition) scanner (106). When the number is read by the autodialer unit it is interpreted by a microcontroller (50) which commands a DTMF (Dual Tone MultiFrequency) generator (56) to send dialing signals to a telephone line (72). Dialing occurs when a sensor (68) detects that an attached telephone handset (74) is off-hook. Multiple numbers can be read into memory (42) and the next sequential number will be dialed after the telephone handset goes on-hook then off-hook. The sequence of numbers can be cleared by a reset switch (30). Bar codes are self checking and require only one scan. The autodialer unit can be configured to delete all scanned area codes or access codes. The user can create phone number storage media (114) by a computer (108) and a printer (112) or a dedicated unit (116). The computer is configured to delete local area codes and add access codes when printing. The computer provides a convenient human interface for creation of media for multiple autodialer units without burdening each autodialer with additional cost, bulk and complexity. Media formats include labels (20), rotary file cards (124), and a roster (132), with a single or a plurality of numbers per piece.
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Citations
20 Claims
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1. An automatic telephone dialer system for use with a telephone which can have an on-hook or off-hook status, comprising:
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(a) printed storage means for storing at least one telephone number in a printed format, whereby said printed storage means can be easily filed and duplicated, (b) reading means for reading said printed storage means and converting said telephone number into a telephone-number-representative electrical signal, (c) processor means for processing said electrical signal into a signal suitable for dialing a telephone, (d) interface means for interfacing said processor means to a telephone line, (e) sensor means for sensing whether said telephone has an on-hook or off-hook status, (f) means for connecting said sensor means to said processor means so that the phone number read by said reading means is not dialed by said processor means until said sensor means senses that said telephone has an off-hook status, (g) memory means for storing a plurality of phone numbers in response to said telephone-number-representative electrical signal from said reading means, such that said phone numbers in said memory means have a sequence of storage, and that said telephone-number-representative electrical signal from said reading means has a sequence of reading, such that said sequence of storage and said sequence of reading are identical, (h) means for connecting said memory means to said processor means so that one of said phone numbers in said memory means is dialed by said processor means each time said telephone makes an on-hook to off-hook transition, such that said phone numbers dialed by said processor means have a sequence of dialing which is identical to said sequence of storage and said sequence of reading, and (i) reset switch means connected to said processor means so that upon activation of said reset switch means, all phone numbers are deleted from said memory means. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12)
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13. An automatic telephone dialer system for use with a telephone which can have an on-hook or off-hook status, comprising:
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(a) printed storage means for storing at least one telephone number in a printed format, whereby said printed storage means can be easily filed and duplicated, (b) computing means which includes a display screen and a keyboard for user entry of data such as setup, phone numbers, and text, nonvolatile storage means for storing said data and a program, and said program that contains instructions for controlling said screen, said keyboard and said storage means, (c) printing means for generating said printed storage means in a variety of formats under control of said computing means, (d) reading means for reading said printed storage means and converting said telephone number into a telephone-number-representative electrical signal, (e) processor means for processing said electrical signal into a signal suitable for dialing a telephone, (f) interface means for interfacing said processor means to a telephone line, (g) sensor means for sensing whether said telephone has an on-hook or off-hook status, (h) means for connecting said sensor means to said processor means so that the phone number read by said reading means is not dialed by said processor means until said sensor means senses that said telephone has an off-hook status, (i) memory means for storing a plurality of phone numbers in response to said telephone-number-representative electrical signal from said reading means, such that said phone numbers in said memory means have a sequence of storage, and that said telephone-number-representative electrical signal from said reading means has a sequence of reading, such that said sequence of storage and said sequence of reading are identical, (j) means for connecting said memory means to said processor means so that one of said phone numbers in said memory means is dialed by said processor means each time said telephone handset connected to said sensor means makes an on-hook to off-hook transition, such that said phone numbers dialed by said processor means have a sequence of dialing which is identical to said sequence of storage and said sequence of reading, and (k) reset switch means connected to said processor means so that upon activation of said reset switch means, all phone numbers are deleted from said memory means. - View Dependent Claims (14, 15, 16, 17, 18, 19, 20)
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Specification