Physical exercise aid

Claim 2

An interactive headset for selectively communicating audible information to a user comprising: a band adapted to be worn on the head of the user; self-powered digital first processing means carried by said band and programmed to receive input signals, perform arithmetic and logical operations in response to the input signals, and generate a digital output signal; a plurality of actuation devices integral with and spanning said band in spaced-apart relationship, each actuation device being capable of generating an input signal to said first processing means in response to actuation by the user; and second processing means operatively connected to said first processing means and responsive to output signals generated by said first processing means, for generating an audible voice report to the user; whereby the user can control the audible voice report by selectively actuating the actuation devices.

Claim 3

The headset of claim 1 wherein said first processing means includes means for detecting at least one real time parameter commensurate with one of the user's vital signs and generating a signal commensurate therewith and means for digitizing the signals commensurate with the detected vital signs.

Claim 4

The headset of claim 2 wherein the first processing means includes a microcomputer and the second processing means shares at least a portion of said microcomputer.

Claim 5

The headset of claim 3 wherein the second processing means is also carried by the headband.

Claim 6

The headset of claim 3 wherein said first processing means includes means for storing information and reading the stored information, and wherein said second processing means includes means for converting the information read by said first processing means into audible voice signals commensurate therewith.

Claim 7

The headset of claim 5 wherein said first processing means generates at least two types of digital control signals in response to inputs from said actuation devices, including a first type of signal for selecting which recorded information will be converted to audible voice signals and a second type of signal for selecting which detected real time parameter signals will be converted to audible voice.

Claim 8

The headset of claim 6 wherein the first processing means generates a third type of digital control signal in response to the binary input from the actuation devices, for raising or lowering the volume of the audible voice signal.

Claim 9

The headset of claim 1 wherein said first processing means includes means for storing information and reading the stored information, and wherein said second processing means includes means for converting the information read by said first processing means into audible voice signals commensurate therewith.

Claim 10

The headset of claim 1 wherein the second processing means includes a headphone element integral with the band and contoured to enclose a volume of air.

Claim 11

The headset of claim 9 wherein the headphone is in the form of a piezoelectric transducer.

Claim 12

The headset of claim 1 wherein each of said actuation devices is in the form of a piezoelectric transducer which produces an input signal for said first processing means in response to momentary user contact therewith.

Claim 13

An exercise aid comprising: a band adapted to be worn on the head of a user; self-powered data processing means carried by said band and programmed to receive input data from the user, perform arithmetic and logic operations in response to the received input data and generate output signals indicative of physical exercise related information; a plurality of actuation devices integral with and spanning said band in spaced-apart relationship, each actuation device being capable of generating a respective first type of in put data signal for said data processing means in response to actuation by the user; a plurality of input terminals on said band for connection to user state related parameter sensor means whereby a second type of input data signal may be provided to said data processing means; and means electronically coupled to said data processing means for receiving the output signals generated thereby and producing a corresponding voice report audible to the user; whereby the user can select a voice report of physical exercise related information while engaged in physical exercise.

Claim 14

An exercise aid comprising: a band adapted to be worn on the head of a user; self-powered data processing means carried by said band and programmed to receive input data from the user, perform arithmetic and logic operations in response to the received input data and generate output signals indicative of physical exercise related information; a plurality of actuation devices integral with and spanning said band in spaced-apart relationship, each actuation device being capable of generating a respective first type of in put data signal for said data processing means in response to actuation by the user; a plurality of input terminals on said band for connection to user state related parameter sensor means whereby a second type of input data signal may be provided to said data processing means; and means electronically coupled to said data processing means for receiving the output signals generated thereby and producing a corresponding voice report audible to the user; whereby the user can select a voice report of physical exercise related information while engaged in physical exercise.

Claim 15

The exercise aid of claim 12 wherein said data processing means further includes means for storing physical exercise related information including instructions relating to the conditions under which voice reports will be produced.

Claim 16

The exercise aid of claim 13, wherein said data processing means is programmed to recognize a plurality of distinct sequences of the first type of input data signal, and in response to configure a corresponding plurality of sequences of voice reports.

Claim 17

The exercise aid of claim 14 wherein the sensor means connected to said plurality of input signals provide input data signals commensurate with vital signs of the user and wherein each of said configurations corresponds to a different operating mode of the exercise aid, said modes including: a set-up mode in which the user can select which vital signs are to be reported and whether the reports are to be produced at the user's demands, periodically or when the vital signs fall outside pre-selected limits, and a monitoring mode in which the reports selected in the set-up are produced during physical exercise.

Claim 18

The exercise aid of claim 15, wherein said modes further include an exercise guidance mode in which reports are produced during exercise to inform the user of the desired vital signs for desired periods of time associated with a planned exercise session.

Claim 19

The exercise aid of claim 15, wherein said modes further include a calibration mode in which the user can confirm whether the second type of input data signals are generated commensurate with the respective vital signs of the user.

Claim 20

The exercise aid of claim 13 wherein said data processing means includes a data port whereby communication with an external computer may be established.

Claim 21

The exercise aid of claim 12 wherein said means for receiving output signals and producing a voice report are carried in said band.

Claim 22

The exercise aid of claim 12 wherein said sensors include a sensor for each of the vital signs of heart pulse and body pace.

Claim 23

The exercise aid of claim 20 wherein the pulse sensor, the pace sensor, and the actuation devices each includes a piezoelectric transducer.

Claim 24

The exercise aid of claim 20 wherein said body pace sensor includes a frame for displacement commensurate with the pace of physical activity; a base member mounted on said frame and having a resilient surface; spring means suspended from said frame above said base member resilient surface, said spring means having a mass coupled to said frame with a spring constant such that the mass has a rest position above said resilient surface and during physical activity is displaced downwardly toward said resilient surface; a piezoelectric layer interposed between said spring means mass and said resilient layer whereby said piezoelectric layer is deformed as the mass reaches its maximum displacement towards said resilient layer, the deformation of said piezoelectric layer being commensurate with the momentum of the mass as it is displaced by the physical activity; and means for sensing the change in the electrical potential generated by said piezoelectric layer as it is deformed by the mass, the rate of such changes in potential being indicative of the pace of physical activity.

Claim 25

The exercise aid of claim 12 wherein said means for producing a voice report includes a piezoelectric transducer.

Claim 26

The exercise aid of claim 12 wherein said band is constructed of piezoelectric material and said band includes means for physically delineating the actuating devices, sensors, and means for imparting a voice report from each other, and metallized means for electrically connecting each of them to said data processing means.

Claim 27

The exercise aid of claim 24, wherein said band includes a substantially unitary strip folded longitudinally to form substantially parallel, side-by-side, rows.

Claim 28

The exercise aid of claim 25 wherein the piezoelectric voice report transducer is integrally formed in said band oriented generally transversely to the fold lines and spans more than one of said rows, thereby enclosing a volume of air.

Claim 29

The exercise aid of claim 24 wherein each of said actuation devices is delineated from the other by stress isolating means.