Oral machine controller

Claim 2

An oral control device for electrical control of the operations of a machine by a human operator, comprising: (a) a housing; (b) a variable electrical resistive means carried by said housing and constructed and arranged to be connected to such a machine in voltage-potential controlling relation; (c) said means including a movable control member movable relative to the remainder of said means and constructed and arranged to vary the voltage-potential of said means as said member is so moved; (d) a first dentition grip constructed and arranged to be removably attached to the teeth of one jaw of such an operator and connected to said housing in supporting relation; and (e) a second dentition grip constructed and arranged to be romovably attached to the teeth of the other jaw of such operator, and connected to said control member in movement controlling relation relative to the remainder of said means, whereby opening and closing jaw movements of such operator will move said control member relative to the remainder of said means and thereby controllably vary the voltage-potential of said means.

Claim 3

The structure defined in claim 1, and (f) switch means carried by said housing and constructed and arranged to be electrically connected to such a machine in controlling relation; and (g) a plurality of tongue-actuated detent members connected to said switch means in switch-actuating relation.

Claim 4

The structure defined in claim 2, and (h) second switch means carried by one and actuated by the other of said dentition grips by movement of one of said grips relative to the other with the jaws of the operator; (i) said second switch means being constructed and arranged to be connected in electrically controlling relation with such a machine whereby operation of the machine may be controlled by the operator by movement of one of his jaws.

Claim 5

The oral control device according to claim 1, wherein; said first dentition grip is constructed and arranged for attachment to the teeth of the upper jaw of said operator, and said second dentition grip is constructed and arranged for attachment to the teeth of the lower jaw of said operator.

Claim 6

The oral control device according to claim 1 and: means for adjustable attachment of said first dentition grip to said control member.

Claim 7

The oral control device according to claim 1 and: tongue actuated switch means mounted in said housing and one or more electrical circuits controlled by said switch means for switching operations of said machine.

Claim 8

The oral control device according to claim 6, wherein: said switch means includes a detent member extending outwardly therefrom.

Claim 9

The oral control device according to claim 1, and: jaw-actuated switch means constructed and arranged to be actuated by movement of said second dentition grip.

Claim 10

The oral control device according to claim 1, wherein: said resistive means comprises a resistive potentiometer.

Claim 11

An oral control device for electronically controlling the speed and switching functions of a programmable sewing machine by a human operator, comprising: a control unit comprising: a housing; a potentiometer mounted in said housing and having an electrical resistance member with electrical conductor terminals attached at opposite ends thereof and a movable contract member in contact with said resistance member and movable relative thereto to establish a first electrical circuit therethrough with controllably variable voltage for controlling the speed of said sewing machine; a START microswitch mounted in said housing for turning said sewing machine ON and OFF, and actuated in concert with said potentiometer; a TRIM microswitch mounted in said housing and having terminals connected in a TRIM circuit for initializing the trimming operation of said sewing machine, said TRIM microswitch being provided with a detent member projecting into the proximity of the tongue of said operator for actuation thereby; a first dentition grip for removable attachment to the teeth of one jaw of said operator, said first dentition grip being attached to said control unit in supporting relation; a second dentition grip for removable attachment to the teeth of the other jaw of said operator, and attached to said movable contact member in moving relation relative to said resistance member, whereby closing said jaws from an open position actuates said START microswitch to turn on said sewing machine and increases said variable voltage in said first circuit to increase said sewing speed, and whereby opening said jaws from a closed position reduces said variable voltage in said first circuit to reduce said sewing speed and finally deactivate said START microswitch to turn off said sewing machine; and conductor means for transferring electrical signals from said potentiometer and said microswitches to said programmable sewing machine for control thereof.

Claim 12

An oral control device for electronically controlling the speed and switching functions of a programmable sewing machine by a human operator, comprising: a control unit comprising: a housing; a potentiometer mounted in said housing and having an electrical resistance member with electrical conductor terminals attached at opposite ends thereof and a movable contract member in contact with said resistance member and movable relative thereto to establish a first electrical circuit therethrough with controllably variable voltage for controlling the speed of said sewing machine; a START microswitch mounted in said housing for turning said sewing machine ON and OFF, and actuated in concert with said potentiometer; a TRIM microswitch mounted in said housing and having terminals connected in a TRIM circuit for initializing the trimming operation of said sewing machine, said TRIM microswitch being provided with a detent member projecting into the proximity of the tongue of said operator for actuation thereby; a first dentition grip for removable attachment to the teeth of one jaw of said operator, said first dentition grip being attached to said control unit in supporting relation; a second dentition grip for removable attachment to the teeth of the other jaw of said operator, and attached to said movable contact member in moving relation relative to said resistance member, whereby closing said jaws from an open position actuates said START microswitch to turn on said sewing machine and increases said variable voltage in said first circuit to increase said sewing speed, and whereby opening said jaws from a closed position reduces said variable voltage in said first circuit to reduce said sewing speed and finally deactivate said START microswitch to turn off said sewing machine; and conductor means for transferring electrical signals from said potentiometer and said microswitches to said programmable sewing machine for control thereof.

Claim 13

The oral control device according to claim 10, wherein: said first and second dentition grips are comprised of thermoplastic members mounted on a backing plate, said thermoplastic members having a softening temperature greater than body temperature and adapted from conformation to said operator's teeth, to embrace and cling thereto.

Claim 14

The oral control device according to claim 11, wherein: said thermoplastic member is constructed and arranged for in vivo conformation to said teeth at a softening temperature between 115° F. and 220° F.

Claim 15

The oral control device according to claim 11, wherein: said thermoplastic member comprises a polymer containing acrylonitrile, butadiene and styrene.

Claim 16

The oral control device according to claim 10, wherein: said first dentition grip is constructed and arranged for attachment to the teeth of the upper jaw of said operator, and said second dention grip is constructed and arranged for attachment to the teeth of the lower jaw of said operator.

Claim 17

The oral control device according to claim 10, further comprising: means for detaching said dentition grips from said control unit and said moveable contact member.

Claim 18

The oral control device according to claim 10, wherein: said START microswitch signals said sewing machine a STOP signal when said first and second dentition grips are furthest apart, and an ON or RUN signal in accordance with a closing movement of said jaws from the openmost position.

Claim 19

The oral control device according to claim 10, further comprising: one or more additional tongue-actuated microswitches mounted in said housing for control of switching functions of said sewing machine, said additional microswitches having detent members projecting into the proximity of the tongue of said operator for actuation thereby and conductor means for initiating command signals from said additional microswitches to said sewing machine for control thereof.

Claim 20

The oral control device according to claim 10, wherein: said oral control device is constructed and arranged to be completely supported by said teeth of said operator, allowing freedom of movement of said operator's head without affecting the operation of said device by the operator.

Claim 21

An oral control device for electrical control of the operations of a machine by a human operator, comprising: (a) a first dentition grip member constructed and arranged to be removably attached to the teeth of one jaw of such an operator; (b) a second dentition grip member constructed and arranged to be removably attached to the teeth of the other jaw of such operator; (c) switch means carried solely by one of said dentition members and constructed and arranged to be actuated by movement of the other of said members relative thereto with the jaws of such an operator; (d) said switch means being constructed and arranged to be connected in electrically controlling relation to such a machine whereby operation of the machine may be controlled by the operator by movement of one of his jaws.

Claim 22

An oral control device for electrical control of the operations of a machine by a human operator, comprising: (a) a first dentition grip member constructed and arranged to be removably attached to the teeth of one jaw of such an operator; (b) a second dentition grip member constructed and arranged to be removably attached to the teeth of the other jaw of such operator; (c) switch means carried solely by one of said dentition members and constructed and arranged to be actuated by movement of the other of said members relative thereto with the jaws of such an operator; (d) said switch means being constructed and arranged to be connected in electrically controlling relation to such a machine whereby operation of the machine may be controlled by the operator by movement of one of his jaws.