Input device for digital processor based apparatus

Claim 2

A data input device comprising: a controller assembly including a manually accessible movable member having a manually accessible section and a slider section integrally formed with said manually accessible section and slidably supported on a supporting base, said slider section being in a form of a disk, said manually accessible section being formed on said slider section and having a finger-receiving portion for receiving at least a portion of a finger of a user, said supporting base having a plane surface at an upper side thereof for contacting a plane surface of a lower side of said slider section, said supporting base permitting manual movement of said movable member in a direction generally perpendicular to the direction of the slide on said supporting base in response to a manual depression force for inputting data, said controller assembly also including a guide means defining an area of unbiased sliding motion of said movable member on said supporting base; a resilient means for resiliently supporting said controller assembly at a plurality of supporting points, said resilient means being deformable in response to the depression force; and electric means, responsive to deformation of said resilient means, for generation an output signal indicative of input data corresponding to the position of said movable member, at which position said inputting force is exerted.

Claim 3

A data input device as set forth in claim 1, wherein said manually accessible section of said movable member comprises a projection and said slider section is in a form of disk.

Claim 4

A data input device as set forth in claim 2, wherein said guide means comprises a cover which has a center hole opening at upper surface, and said projection of said movable member extends through said hole and is loosely guided by said hole.

Claim 5

A data input device as set forth in claim 3, wherein said projection is of cylindrical configuration with a circular-cross section concentric with said center hole.

Claim 6

A data input device comprising: a controller assembly including a manually accessible movable member having a manually accessible section comprising a projection and a slider section in the form of a disk integrally formed with said manually accessible section and slidably supported on a supporting base, said manually accessible section having a finger-receiving portion for receiving at least a finger of a user and formed on said slider section said supporting base having a plane surface at an upper side thereof for contacting a plate surface of a lower side of said slider section, said supporting base permitting movement of said movable member in a direction generally perpendicular to the direction of the slide on said supporting base in response to a depression force for inputting data, said controller assembly also including a guide means defining an area of sliding motion of said movable member on said supporting base, said guide means comprising a cover which has a center hole opening at an upper surface wherein said projection of said movable member extends through said hole and is loosely guided by said hole, said projection having a cylindrical configuration with a circular cross section concentric with said center hole, said guide means further having a plurality of legs around said hole, said supporting base further having a plurality of slots which receive said legs of said guide means; a resilient means for resiliently supporting said controller assembly at a plurality of supporting points, said resilient means being deformable in response to the depression force; and electric means, responsive to deformation of said resilient means, for generating an output signal indicative of an input data corresponding to the position of said movable member, at which said inputting force is exerted.

Claim 7

A data input device comprising: a controller assembly including a manually accessible movable member having a manually accessible section comprising a projection and a slider section in the form of a disk integrally formed with said manually accessible section and slidably supported on a supporting base, said manually accessible section having a finger-receiving portion for receiving at least a finger of a user and formed on said slider section said supporting base having a plane surface at an upper side thereof for contacting a plate surface of a lower side of said slider section, said supporting base permitting movement of said movable member in a direction generally perpendicular to the direction of the slide on said supporting base in response to a depression force for inputting data, said controller assembly also including a guide means defining an area of sliding motion of said movable member on said supporting base, said guide means comprising a cover which has a center hole opening at an upper surface wherein said projection of said movable member extends through said hole and is loosely guided by said hole, said projection having a cylindrical configuration with a circular cross section concentric with said center hole, said guide means further having a plurality of legs around said hole, said supporting base further having a plurality of slots which receive said legs of said guide means; a resilient means for resiliently supporting said controller assembly at a plurality of supporting points, said resilient means being deformable in response to the depression force; and electric means, responsive to deformation of said resilient means, for generating an output signal indicative of an input data corresponding to the position of said movable member, at which said inputting force is exerted.

Claim 8

A data input device as set forth in claim 5, wherein said legs actuate said electric means.

Claim 9

A data input device as set forth in claim 5, wherein said supporting base has substantially flat and smooth upper surface, said movable member has substantially flat and smooth bottom surface mating with said upper surface of said support base with low friction therebetween, which bottom surface of said movable member is smaller than said upper surface of said supporting base.

Claim 10

A data input device as set forth in claim 5, wherein said supporting base and said movable member are made of a synthetic resin.

Claim 11

A data input device as set forth in claim 5, wherein said device controls a position of a cursor of a computer system.

Claim 12

A data input device for a digital processor and the line, comprising: a plurality of normally open switches respectively connected to corresponding output ports connected to said digital processor for inputting data, wherein each of said normally open switches comprises a pair of mutually separated stationary terminals on a stationary base and a movable contact movable between a first position in which it is positioned away from said stationary terminals, and a second position in which it contacts with said stationary terminals for establishing electrical communication therebetween, thereby permitting output of data through said output port; an elastically deformable contact carrier means which carries said movable contacts, said carrier means normally positioning said movable contact at said first position and allowing movement of said movable contact to said second position in response to an external depression force for inputting data; a slider base means having a flat and smooth surface section extending over at least a part of said contact carrier, said sliding base means having an actuation means associated with said contact carrier for selectively exerting said external depression force for causing shifting of at least one of said movable contact from said first position to second position; and a manually operable member having a surface mating with said flat and smooth surface of said supporting base means, said manually operable member being sliding movable on said slider base means for allowing manual actuation of at least one of said normally open switches and transmitting a depression force manually exerted thereonto for actuating said supporting base means.

Claim 13

A data input device for a digital processor and the line, comprising: a plurality of normally open switches respectively connected to corresponding output ports connected to said digital processor for inputting data, wherein each of said normally open switches comprises a pair of mutually separated stationary terminals on a stationary base and a movable contact movable between a first position in which it is positioned away from said stationary terminals, and a second position in which it contacts with said stationary terminals for establishing electrical communication therebetween, thereby permitting output of data through said output port; an elastically deformable contact carrier means which carries said movable contacts, said carrier means normally positioning said movable contact at said first position and allowing movement of said movable contact to said second position in response to an external depression force for inputting data; a slider base means having a flat and smooth surface section extending over at least a part of said contact carrier, said sliding base means having an actuation means associated with said contact carrier for selectively exerting said external depression force for causing shifting of at least one of said movable contact from said first position to second position; and a manually operable member having a surface mating with said flat and smooth surface of said supporting base means, said manually operable member being sliding movable on said slider base means for allowing manual actuation of at least one of said normally open switches and transmitting a depression force manually exerted thereonto for actuating said supporting base means.

Claim 14

A data input device as set forth in claim 10, wherein said normally open switches are arranged with a regular interval.

Claim 15

A data input device as set forth in claim 11, wherein said normally open switches are arranged with 90° of angular interval.

Claim 16

A data input device as set forth in claim 11, wherein said supporting base means comprises a flat plate member defining said flat and smooth surface and a guide member defining an area within which said manually operable member is movable.

Claim 17

A data input device as set forth in claim 13, wherein said guide member defines a circular area to allow free movement of said manually operable member therewithin.

Claim 18

A data input device as set forth in claim 13, wherein said contact carrier means is elastically supporting said flat plate member in a normally parallel relationship with said stationary base and is responsive to said external depression force to be elastically deformed for allowing a change of attitude of said flat plate member to slant to approach said stationary base at the portion where said depression force is exerted for shifting at least one of said movable contacts oriented at the corresponding position from said first position to second position.

Claim 19

A data input device as set forth in claim 15, wherein said manually operable member is shiftable at positions intermediate between positions where said normally open switches are arranged, for simultaneous depression of two movable contacts for simultaneous input for two data.

Claim 20

A data input device as set forth in claim 10, which inputs a command for shifting cursor on a display of said digital processor in a desired direction in a two-dimensional coordinate system on said display, and said normally open switches are provided for commanding left and right movement of said cursor.

Claim 21

A data input device as set forth in claim 10, which inputs command for shifting curser on a display of said digital processor in a desired direction in a two-dimensional coordinate system on said display, and said normally open switches are provided for commanding up and down movement of said curser on said display.

Claim 22

A data input device as set forth in claim 10, wherein said manually operable member has a finger accessible section to receive operator's finger for causing shifting of said manually operable member according to movement of the finger.

Claim 23

A data input device as set forth in claim 1, wherein said finger-receiving portion on said manually accessible portion is concave.

Claim 24

A data input device comprising: a controller assembly which includes a manually accessible movable member having a manually accessible portion for contact with a user and a slider section integrally formed with said manually accessible portion and slidably supported on a supporting base, said slider section having a substantially planar lower portion for contacting a substantially planar upper portion on said supporting base, said supporting base permitting movement of said movable member in a direction generally perpendicular to the direction of slide on said supporting base in response to a depression force for inputting data, said controller assembly also including a guide means defining an area of unbiased sliding motion of said movable member on said supporting base; a resilient means for resiliently supporting said controller assembly at a plurality of supporting points, said resilient means being deformable in response to a depression force by said user on said manually accessible portion; and electrical means, responsive to deformation of said resilient means, for generating an output signal indicative of input data corresponding to the position of said movable member at which said inputting force is exerted.

Claim 25

A data input device comprising: a controller assembly which includes a manually accessible movable member having a manually accessible portion for contact with a user and a slider section integrally formed with said manually accessible portion and slidably supported on a supporting base, said slider section having a substantially planar lower portion for contacting a substantially planar upper portion on said supporting base, said supporting base permitting movement of said movable member in a direction generally perpendicular to the direction of slide on said supporting base in response to a depression force for inputting data, said controller assembly also including a guide means defining an area of unbiased sliding motion of said movable member on said supporting base; a resilient means for resiliently supporting said controller assembly at a plurality of supporting points, said resilient means being deformable in response to a depression force by said user on said manually accessible portion; and electrical means, responsive to deformation of said resilient means, for generating an output signal indicative of input data corresponding to the position of said movable member at which said inputting force is exerted.