Method and device for providing active exercise treatment for a patient suffering from a bone disorder

Claim 1

A method of providing active exercise treatment for increasing the amount, strength and proper anatomical distribution of skeletal tissue in a patient suffering from a bone disorder, the method comprising the steps of: determining, from selected characteristics of the patient's skeletal tissue, a desired value for impact load and impact rate in order to provide treatment for the bone disorder, the desired impact load and impact rate values being chosen to generate electrical signals in the patient's skeletal tissue such that the predominant energy distribution will be between 0.1 Hz and 100 KHz, with notable energy distribution in the range of 6 to 16 Hz; repeatedly striking a plate by the patient in a manner to produce an impact load along the axis of a bone experiencing the bone disorder; automatically measuring the impact load value at a sensor mounted to the plate generated from the patient's striking of the plate; automatically measuring the impact rate value of said striking of the plate; automatically comparing the measured impact load value with the desired impact load value and automatically comparing the desired impact rate value with the measured impact rate value to determine a success indicator value indicating the difference between the desired impact load and impact rate values and the measured impact load and impact rate values; providing the success indicator value to the patient automatically as feedback for the active exercise treatment; and recording the determined success indicator value of the active exercised treatment.

Claim 2

A method of providing active exercise treatment for increasing the amount, strength and proper anatomical distribution of skeletal tissue in a patient suffering from a bone disorder, the method comprising the steps of: determining, from selected characteristics of the patient's skeletal tissue, a desired value for impact load and impact rate in order to provide treatment for the bone disorder, the desired impact load and impact rate values being chosen to generate electrical signals in the patient's skeletal tissue such that the predominant energy distribution will be between 0.1 Hz and 100 KHz, with notable energy distribution in the range of 6 to 16 Hz; repeatedly striking a plate by the patient in a manner to produce an impact load along the axis of a bone experiencing the bone disorder; automatically measuring the impact load value at a sensor mounted to the plate generated from the patient's striking of the plate; automatically measuring the impact rate value of said striking of the plate; automatically comparing the measured impact load value with the desired impact load value and automatically comparing the desired impact rate value with the measured impact rate value to determine a success indicator value indicating the difference between the desired impact load and impact rate values and the measured impact load and impact rate values; providing the success indicator value to the patient automatically as feedback for the active exercise treatment; and recording the determined success indicator value of the active exercised treatment.

Claim 7

A device for providing active exercise treatment for increasing the amount, strength and proper anatomical distribution of skeletal tissue in a patient suffering from a bone disorder by causing a desired impact load value to be imparted to the patient at a desired impact rate value such that the impact at the desired load value and rate value causes said patient's skeletal tissue to generate an electrical signal having the majority of its energy between 0.1 Hz and 100 KHz, with notable energy distribution in the range of 6 to 16 Hz, the device comprising: impact generating means for producing an impact load to the patient along the axis of a bone experiencing the bone disorder when struck by the patient; sensing means, operatively connected to said impact generating means, for forming an impact signal indicating the impact load generated when the impact generating means is struck by the patient; measuring means including impact load measuring means, coupled to said sensing means, for receiving the impact signal from the sensing means and measuring the impact load generated from said striking of said impact generating means; and impact rate measuring means, coupled to said sensing means, for receiving the impact signal from the sensing means and measuring the rate of striking said impact generating means by said patient; processing means, coupled to said impact load measuring means and to said impact rate measuring means, for comparing the measured impact load with said desired impact load values and for comparing the measured impact rate with the desired impact rate values to determined a success indicator value indicating the difference between said desired impact load and impact rate values and the measured impact load and impact rate values; feedback means, coupled to said processing means, for converting said success indicator value to feedback perceivable by said patient in the active exercise treatment; and recording means, coupled to said processing means, for recording said determined success indicator value of the active exercise treatment.

Claim 8

A device for providing active exercise treatment for increasing the amount, strength and proper anatomical distribution of skeletal tissue in a patient suffering from a bone disorder by causing a desired impact load value to be imparted to the patient at a desired impact rate value such that the impact at the desired load value and rate value causes said patient's skeletal tissue to generate an electrical signal having the majority of its energy between 0.1 Hz and 100 KHz, with notable energy distribution in the range of 6 to 16 Hz, the device comprising: impact generating means for producing an impact load to the patient along the axis of a bone experiencing the bone disorder when struck by the patient; sensing means, operatively connected to said impact generating means, for forming an impact signal indicating the impact load generated when the impact generating means is struck by the patient; measuring means including impact load measuring means, coupled to said sensing means, for receiving the impact signal from the sensing means and measuring the impact load generated from said striking of said impact generating means; and impact rate measuring means, coupled to said sensing means, for receiving the impact signal from the sensing means and measuring the rate of striking said impact generating means by said patient; processing means, coupled to said impact load measuring means and to said impact rate measuring means, for comparing the measured impact load with said desired impact load values and for comparing the measured impact rate with the desired impact rate values to determined a success indicator value indicating the difference between said desired impact load and impact rate values and the measured impact load and impact rate values; feedback means, coupled to said processing means, for converting said success indicator value to feedback perceivable by said patient in the active exercise treatment; and recording means, coupled to said processing means, for recording said determined success indicator value of the active exercise treatment.