Multipanoramic ultrasonic probe

Claim 2

An ultrasonic probe, comprising: an ultrasonic transducer array having a gear; control means for generating a first and a second open loop electrical control signal: first rotating means having an output shaft with a bevel gear engaging said gear of said ultrasonic transducer array for rotating said ultrasonic transducer array about a first axis through a predetermined angle, said first rotating means coupled to said control means to rotate said transducer array in response to said first open loop electrical control signal; and second rotating means connected to said ultrasonic transducer array for rotating said transducer array about a second axis through a predetermined angle, said second rotating means coupled to said control means to rotate said transducer array in response to said second open loop electrical control signal, said second axis perpendicular to said first axis.

Claim 3

The ultrasonic probe in accordance with claim 1, further comprising a probe housing, said transducer array and said first rotating means disposed within said probe housing.

Claim 4

The ultrasonic probe in accordance with claim 1, wherein said first rotating means comprises a first stepper motor.

Claim 5

The ultrasonic probe in accordance with claim 3, wherein said first stepper motor is operatively connected to said bevel gear, whereby the rotation of said first stepper motor through a predetermined angle causes said bevel gear and said transducer array to rotate about said first axis by a predetermined proportional amount.

Claim 6

The ultrasonic probe in accordance with claim 1, wherein said second rotating means comprises a second stepper motor.

Claim 7

The ultrasonic probe in accordance with claim 1, wherein said second stepper motor further comprises a pulley connected to said transducer array, said pulley operatively connected to said second stepper motor by a cable, said pulley having a depression on the rim and said cable having a bulb engaging said depression, whereby the rotation of said second stepper motor through a predetermined angle causes said pulley and said transducer array to rotate about said second axis by a predetermined proportional amount.

Claim 8

The ultrasonic probe in accordance with claim 1, wherein said bevel gear and said transducer gear are disposed within said probe housing.

Claim 9

The ultrasonic probe in accordance with claim 1, wherein said control means includes pulse generating means for generating said first and second open loop electrical control signals as respective first and second pulse trains.

Claim 10

The ultrasonic probe in accordance with claim 8, wherein said pulse generating means includes microstepping pulse means for generating analog signals in combination with said first and second pulse trains.

Claim 11

The ultrasonic probe in accordance with claim 9, wherein said pulse generating means generates sinusoidal signals.

Claim 12

An ultrasonic probe assembly, comprising: a probe housing; an ultrasonic transducer array disposed in said probe housing, said transducer array including a gear; control means for generating a first and a second open loop electrical control signal; first rotating means having an output shaft with a bevel gear engaging said gear of said ultrasonic transducer array for rotating said ultrasonic transducer array about a first axis through a predetermined angle, said first rotating means coupled to said control means to rotate said transducer array in response to said first open loop electrical control signal; second rotating means connected to said ultrasonic transducer array for rotating said transducer array about a second axis through a predetermined angle, said second rotating means coupled to said control means to rotate said transducer array in response to said second open loop electrical signal, said second axis to perpendicular said first axis; said first motor means disposed within said probe housing; said bevel gear and said transducer gear disposed within said probe housing; and a second housing connected to said probe housing by a flexible tubular connector.

Claim 13

An ultrasonic probe assembly, comprising: a probe housing; an ultrasonic transducer array disposed in said probe housing, said transducer array including a gear; control means for generating a first and a second open loop electrical control signal; first rotating means having an output shaft with a bevel gear engaging said gear of said ultrasonic transducer array for rotating said ultrasonic transducer array about a first axis through a predetermined angle, said first rotating means coupled to said control means to rotate said transducer array in response to said first open loop electrical control signal; second rotating means connected to said ultrasonic transducer array for rotating said transducer array about a second axis through a predetermined angle, said second rotating means coupled to said control means to rotate said transducer array in response to said second open loop electrical signal, said second axis to perpendicular said first axis; said first motor means disposed within said probe housing; said bevel gear and said transducer gear disposed within said probe housing; and a second housing connected to said probe housing by a flexible tubular connector.

Claim 14

An ultrasonic probe assembly in accordance with claim 11, wherein said first rotating means comprises a first stepper motor.

Claim 15

An ultrasonic probe assembly in accordance with claim 12, wherein said second rotating means comprises a second stepper motor.

Claim 16

The ultrasonic probe assembly in accordance with claim 11, further comprising a second flexible tubular connection means connected to said second housing on one end and having connector means disposed on the other end for connecting said second housing to said control means.

Claim 17

The ultrasonic probe in accordance with claim 11, wherein said control means includes pulse generating means for generating said first and second open loop electrical control signals as respective first and second pulse trains.

Claim 18

The ultrasonic probe in accordance with claim 15, wherein said pulse generating means includes microstepping pulse means for generating analog signals in combination with said first and second pulse trains.

Claim 19

The ultrasonic probe in accordance with claim 16, wherein said pulse generating means generates sinusoidal signals.

Claim 20

An ultrasonic probe apparatus, comprising: a probe housing; an ultrasonic transducer array disposed in said probe housing said transducer array including a gear; first rotating means having an output shaft with a bevel gear engaging said gear of said ultrasonic transducer array for rotating said ultrasonic transducer array about a first axis through a predetermined angle, said first rotating means coupled to said control means to rotate said transducer array in response to said first open loop electrical control signal; second rotating means connected to said ultrasonic transducer array for rotating said transducer array about a second axis through a predetermined angle, said second rotating means coupled to said control means to rotate said transducer array in response to said second open loop electrical signal, said second axis to perpendicular said first axis; said first rotating means disposed within said probe housing; said bevel gear and said transducer gear disposed within said probe housing; and control means operatively connected to said first and second rotating means for generating said first and second open loop electrical control signals.

Claim 21

An ultrasonic probe apparatus, comprising: a probe housing; an ultrasonic transducer array disposed in said probe housing said transducer array including a gear; first rotating means having an output shaft with a bevel gear engaging said gear of said ultrasonic transducer array for rotating said ultrasonic transducer array about a first axis through a predetermined angle, said first rotating means coupled to said control means to rotate said transducer array in response to said first open loop electrical control signal; second rotating means connected to said ultrasonic transducer array for rotating said transducer array about a second axis through a predetermined angle, said second rotating means coupled to said control means to rotate said transducer array in response to said second open loop electrical signal, said second axis to perpendicular said first axis; said first rotating means disposed within said probe housing; said bevel gear and said transducer gear disposed within said probe housing; and control means operatively connected to said first and second rotating means for generating said first and second open loop electrical control signals.

Claim 22

The ultrasonic probe apparatus in accordance with claim 18, wherein said first rotating means comprises a first stepper motor.

Claim 23

The ultrasonic probe apparatus in accordance with claim 19, wherein said second rotating means comprises a second stepper motor.

Claim 24

The ultrasonic probe in accordance with claim 18, wherein said control means includes pulse generating means for generating said first and second open loop electrical control signals as respective first and second pulse trains.

Claim 25

The ultrasonic probe in accordance with claim 21, wherein said pulse generating means includes microstepping pulse means for generating analog signals in combination with said first and second pulse trains.

Claim 26

The ultrasonic probe in accordance with claim 22, wherein said pulse generating means generates sinusoidal signals.

Claim 27

An ultrasonic probe, comprising: an ultrasonic transducer array; control means for generating a first and second open loop electrical control signal; first stepper motor connected to said ultrasonic transducer array for rotating said ultrasonic transducer array about a first axis through a predetermined angle in response to an open loop electrical control signal; and second stepper motor connected to said ultrasonic transducer array for rotating said transducer array about a second axis through a predetermined angle in response to a second electrical control signal, said second axis perpendicular to said first axis; said control means including microstepping pulse means for generating analog signals in combination with pulse trains to provide sinusoidal signals as said first and second open loop electrical control signals.

Claim 28

An ultrasonic probe, comprising: an ultrasonic transducer array; control means for generating a first and second open loop electrical control signal; first stepper motor connected to said ultrasonic transducer array for rotating said ultrasonic transducer array about a first axis through a predetermined angle in response to an open loop electrical control signal; and second stepper motor connected to said ultrasonic transducer array for rotating said transducer array about a second axis through a predetermined angle in response to a second electrical control signal, said second axis perpendicular to said first axis; said control means including microstepping pulse means for generating analog signals in combination with pulse trains to provide sinusoidal signals as said first and second open loop electrical control signals.

Claim 29

The ultrasonic probe in accordance with claim 24, further comprising a probe housing, said transducer array and said first stepper motor disposed within said probe housing.

Claim 30

The ultrasonic probe in accordance with claim 25, wherein said first stepper motor is disposed within said probe housing.

Claim 31

The ultrasonic probe in accordance with claim 24, wherein said first stepper motor further comprises a semi-circular bevel gear, said transducer array is connected to said bevel gear, and said bevel gear is operatively connected to said first stepper motor, whereby the rotation of said first stepper motor through a predetermined angle causes said bevel gear and said transducer array to rotate about said first axis by a predetermined proportional amount.

Claim 32

The ultrasonic probe in accordance with claim 24, wherein said second stepper motor further comprises a pulley connected to said transducer array, said pulley operatively connected to said second stepper motor by a cable, said pulley having a depression on the rim and said cable having a bulb engaging said depression, whereby the rotation of said second stepper motor through a predetermined angle causes said pulley and said transducer array to rotate about said second axis by a predetermined proportional amount.