[0001] The invention refers to a system for radio-communication allowing to send news or
to perform radio-orders in a selective way and in actual time. The system can be carried
out with an operating centre acting as a data bank and to connect also with outer
centres with a view to transmitting radio electronic data which can be received by
means of devices foreseen for this purpose at the users' disposal.
[0002] In particular, the system allows industrial advancement: a) in the system of data
supply with sectorial interest; b) in publishing enterprises in general; c) in tele-control
of machinery and electrical plants; d) in calling process requiring the physical presence
of a person when calling and of another person for listening.
[0003] The exigency of having up-to-date sectorial data is ever more felt by increasing
specialistic customers who in it recognize the possibility of having an essential
professional information instrument at their disposal. To meet these requirements,
books are published, cards and serials as well as audiovisual means and magnetic supports
are supplied, seminaries and congresses organized. What precedes require high costs
as well as long execution times.
[0004] The invention system allows to supply the data at the user's home at moderate costs,
thus permitting unlimited information without compelling the user to take part to
the research. In particular, the system enables the user to receive journal news of
general or particular character, such as: bulletins, chronicles or else, thus obviating
the necessity of printing the publications and of sending them already manufactured,
as a premise of reading, therefore, of learning. The system also allows to perform
the control of machinery and equipments from a distance, thus obviating the necessity
of carrying out these operations by hand on the spot. Furthermore, the system enables
to communicate a message by writing, independently from the vicinity of the reception
system of the called subject.
[0005] Substantially, the system foresees the use of a redaction computer 5 to collect
data through either operator- service unit and/or in connection with outer sources
of types 1, 2 and 3 connected through jonction 4. The data will be put into the modular-adapter
7 by means of line 6, to then enter into the modulator-transmitter 8 and to be amplified
by the amplifier 9 and irradiated by the antenna system 10. The antenna system 11
of the user will pick up the high frequency signals which, through receiver 12, will
be transformed into low frequency and given up to a modulator-adapter 13 which makes
the data suited for a microprocessor 14 acting as a data access key. Also in only
one emission, this allows the differentiation in the reception of the message-data.
If the decodified message arrived from the modulator-adapter 13 has a codification
correspondence with the one of the microprocessor 14, the device 15 is activated.
This equipment 15 may consist either of a printing unit of of a magnetic memorization
device for computers, if either an information text or an image is transmitted. The
equipment 15 can also consist of a transducer for the control of distant electrical
machines or equipments. To enable the user to ask for particular news and/or services,
a requiring compartment is foreseen (either 19 or 20 or 21) which integrates the means
(either 16 or 17 or 18). This equipment, of either type 19 or 20 or 21, consists
of a computer inter connected with the redaction computer 5 by means of line 22.
Such connection makes the system interactive. In computer 19 or 20 or 21, the user
will digitate the reference codes of the services he intends to receive;alphanumerical
codes available from the previous codification carried out by the operator of the
redaction computer 5 of all news and/or services which have been memorized in the
archives-data bank of computer 5.
[0006] The system turns out to be interactive, i.e. the data flux passes from the redaction
computer to the user, and at the same time this one is enabled to put himself into
the redaction computer for particular requirements. This proceeding is carried out
when the user digitates the alphanumerical codes foreseen for this purpose by performing
the following operations: a) formulation of the connecting number with the redaction
computer 5 in the case of telephone contact. This connection can be carried out also
by means of radio bridge; b) after having performed the conncection, the unit-user
recognizing code is sent for the subsequent order; c) despatch of the special news-service
codes for the specific enquiry for the specific service. Functions a), b) and c) will
be carried out automatically by means of computers 19 or 20 or 21, compatible with
redaction computer 5. The user will only have the task of choosing the news through
digitation of the relevant news-codes. The telephone call, if any a), as well as the
user's recognizing b), which determines the dialogue opening,will turn out processes
carried out by the elaborator. From the execution of the above operations, the redaction
computer 5 will have the following data at its disposal: data and hour of the call,
number of the unit recognizing the asking user, reason of the call, specific orders.
All these data, through the computer 5 elaboration, enable the subsequent sending
of the particular service asked for, as well as the performing of periodical statements
of account for computing the performances asked for by each user.
[0007] An execution form of the system is illustrated in a merely indicative form by the
drawings of table 1. With reference to this table, fig. 1 is a block scheme of a transmitting
device for three users who own receiving equipments as per figures 2, 3 and 4. Fig.
5 is the block scheming of figures 1, 2, 3 and 4 with addition of the devices required
for the interaction from the receiving system with the transmitting one as per fig.
1.
1) System of selective radio communication in actual time, in which the use of redaction
computer (5) is foreseen for collecting the data by means of a service unit-operator
connected with outer sources (1, 2 and 3) through a connection (4). The data will
be put into the modulator-adapter (7) by means of line (6), to enter then int the
modulator-transmitter (8) and to be amplified by the amplifier (9) and irradiated
by the antenna system (10). The user's (11) antenna system will pick us the high frequency
signals which, through receiver (12) will be transformed into low frequency and given
up to a modulator-adapter (13) which makes the data suited to microprocessor (14)
acting as a data-access key. In only one emission, this enables also the differentiation
in the message-data receipt. If the decodified message coming from the modulator-adapter
(13) has a codification correspondence with the one of the microprocessor (14), the
device (15) is activated. The above said device (15) can consists of a printing device
or of a magnetic memorization one for computer if an informing text or an image are
to be transmitted.
2) System of selective radio communication in actual time, as per claim 1, characterized
by the fact that the device (15) can consist of a transducer for distant machinery
or electrical plants control.
3) System of selective radio communication in actual time, as per claim 1, characterized
by the fact that with a view to enabling the user to ask for particular supply of
news and/or services, an asking compartment (19 or 20 or 21) is foreseen as integration
of the device (16 or 17 or 18) at the user's disposal. This equipment (19 or 20 or
21) consists of a computer interconnected through a line (22) with the redaction computer
(5). This connection makes interactive the system. In computer (19 or 20 or 21) the
user will digitate the reference codes of the services he intends to receive and,
by means of previous codification carried out by the redaction computer (5) operator,
all news and/or services will reach him which have been memorized in the data archives-bank
of the computer (5).
