# US 5,341,700 A · X-Y movement mechanism

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- Number: US 5,341,700 A
- Document ID: US5341700A
- Status: Granted
- Kind: A
- Application number: 07/992,170
- Filed: 1992-12-17
- Granted: 1994-08-30
- Earliest claimed: 1992-12-17
- Assignees: Speranza Specialty Machining
- Inventors: Richard J. Speranza; Richard A. Speranza
- Web page: https://patentgrep.com/patent/US5341700A

## CPC

- B23Q 1/621: {a single sliding pair followed perpendicularly by a single sliding pair}
- Y10T 74/20378: Planar surface with orthogonal movement or rotation
- B23Q: DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING (tools of the kind used in lathes or boring machines B23B27/00); MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- Y10T: TECHNICAL SUBJECTS COVERED BY FORMER US CLASSIFICATION

## Abstract

An X-Y movement mechanism includes a fixed base having a first surface and a movable member having a second surface. The movable member is disposed for movement relative to the fixed base with the second surface being parallel with and facing toward the first surface. At least a first groove in the first surface extends in an X direction and a second groove in the second surface extends in a Y direction. The X direction is different from and at an angle with respect to the Y direction and both are parallel to the first surface and to the second surface. The first and second grooves respectively have overlying regions when the movable member is disposed for movement relative to the fixed base. An X-Y guide element has a first half and a second half. The first half is disposed in the first groove for sliding, non-rotating relative movement therebetween in the X direction. The second half is disposed in the second groove for sliding, non-rotating relative movement therebetween in the Y direction. The first and second halves include portions thereof disposed within the overlying regions of the first and second grooves. The movable member is capable of movement in the X direction as the first half of the X-Y guide element moves in the X direction along the first groove and in the Y direction as the second groove moves in the Y direction on the second half of the X-Y guide element.

## Claims

### Claim 1

An X-Y movement mechanism comprising:
a fixed base having first surface means;
a movable member having second surface means;
said movable member being disposed for movement relative to said fixed base with said second surface means being parallel with and facing toward said first surface means;
said fixed base having first groove means in said first surface means extending in an X direction;
said movable member having second groove means in said second surface means extending in a Y direction;
said X direction being different from and at an angle with respect to said Y direction;
said X direction and said Y direction being parallel to said first surface means and to said second surface means;
said first groove means and said second groove means respectively having overlying regions when said movable member is disposed for said movement relative to said fixed base;
X-Y guide means having a first half and a second half;
said first half being disposed in said first groove means for sliding, non-rotating relative movement therebetween in said X direction;
said second half being disposed in said second groove means for sliding, non-rotating relative movement therebetween in said Y direction;
said first half and said second half including portions thereof disposed within said overlying regions of said first and said second groove means;
said first surface means including a first planar surface;
said second surface means including a second planar surface;
said first planar surface and said second planar surface being in sliding contact throughout said movement of said movable member relative to said fixed base;
said first groove means, said second groove means, and said X-Y guide means being substantially confined between said fixed base and said movable member;
said first planar surface and said second planar surface including regions of said sliding contact surrounding said first groove means, said second groove means and said X-Y guide means; and
whereby said movable member is capable of movement in said X direction as said first half of said X-Y guide means moves in said X direction along said first groove means and in said Y direction as said second groove means moves in said Y direction on said second half of said X-Y guide means.

### Claim 2 (depends on 1)

The X-Y movement mechanism according to claim 1, wherein said X direction is perpendicular to said Y direction.

### Claim 3 (depends on 1)

The X-Y movement mechanism according to claim 1, wherein
each of said first groove means and said second groove means has a groove cross section with a top adjacent said first and said second planar surfaces and a bottom remote therefrom,
said groove cross section has a top width at said top and a bottom width at said bottom,
said bottom width is greater than said top width, and
each of said first half and said second half of said X-Y guide means has a guide cross section generally corresponding to said groove cross section,
whereby said X-Y guide means being disposed within said first groove means and said second groove means tends to maintain said second planar surface in sliding contact with said first planar surface.

### Claim 4 (depends on 3)

The X-Y movement mechanism according to claim 3, wherein said groove cross section and said guide cross section are trapezoidal.

### Claim 5 (depends on 1)

The X-Y movement mechanism according to claim 1, wherein
said first groove means includes at least one first groove,
said second groove means includes at least one second groove,
said X-Y guide means includes at least one X-Y guide element,
said at least one X-Y guide element includes said first half which is elongated in said X direction to extend along said first groove and said second half which is elongated in said Y direction to extend along said second groove, and
said first half and said second half are joined at said respective portions thereof which remain in alignment with said overlying regions of said first groove and said second groove throughout said movement of said movable member relative to said fixed base.

### Claim 6 (depends on 1)

The X-Y movement mechanism according to claim 1, wherein
said first groove means includes a plurality of first grooves;
said second groove means includes a plurality of second grooves;
said X-Y guide means includes a plurality of X-Y guide elements;
each of said first grooves is generally aligned with a corresponding said second groove to define said overlying regions; and
each of said X-Y guide elements extends into said each first groove and said corresponding second groove at said overlying regions.

### Claim 7 (depends on 6)

The X-Y movement mechanism according to claim 6, wherein at least two of said plurality of said first grooves are aligned in said X direction.

### Claim 8 (depends on 7)

The X-Y movement mechanism according to claim 7, wherein at least two of said plurality of said corresponding second grooves are displaced one from the other in said X direction.

### Claim 9 (depends on 6)

The X-Y movement mechanism according to claim 6, wherein at least two of said plurality of said first grooves are displaced one from the other in said Y direction.

### Claim 10 (depends on 9)

The X-Y movement mechanism according to claim 9, wherein at least two of said plurality of said corresponding second grooves are displaced one from the other in said X direction.

### Claim 11 (depends on 9)

The X-Y movement mechanism according to claim 9, wherein at least two of said plurality of said corresponding second grooves are aligned in said Y direction.

### Claim 12

An X-Y movement mechanism comprising:
a fixed base having first surface means;
a movable member having second surface means;
said movable member being disposed for movement relative to said fixed base with said second surface means being parallel with and facing toward said first surface means;
said fixed base having first groove means in said first surface means extending in an X direction;
said movable member having second groove means in said second surface means extending in a Y direction;
said X direction being different from and at an angle with respect to said Y direction;
said X direction and said Y direction being parallel to said first surface means and to said second surface means;
said first groove means and said second groove means respectively having overlying regions when said movable member is disposed for said movement relative to said fixed base;
X-Y guide means having a first half and a second half;
said first half being disposed in said first groove means for sliding, non-rotating relative movement therebetween in said X direction;
said second half being disposed in said second groove means for sliding, non-rotating relative movement therebetween in said Y direction;
said first half and said second half including portions thereof disposed within said overlying regions of said first and said second groove means;
said first groove means including at least one first groove;
said second groove means including at least one second groove;
said X-Y guide means including at least one X-Y guide element;
said at least one second groove having a second groove cross section which has a first width at said second surface means and a second width remote from said second surface;
said second width being greater than said first width;
said second half of said X-Y guide element having a guide cross section corresponding to said second groove cross section for retaining said second half within said second groove; and
force applying means for selectively applying a force to said X-Y guide element in a direction toward said fixed base to cause said second surface means to be forced toward said first surface means to maintain said movable member at a fixed position relative to said fixed base;
whereby, prior to said force applying means selectively applying said force to said X-Y guide element, said movable member is capable of movement in said X direction as said first half of said X-Y guide means moves in said X direction along said first groove means and in said Y direction as said second groove means moves in said Y direction on said second half of said X-Y guide means to allow movement of said movable member relative to said fixed base.

### Claim 13 (depends on 12)

The X-Y movement mechanism according to claim 12, wherein said second groove cross section and said guide cross section are T-shaped.

### Claim 14 (depends on 12)

The X-Y movement mechanism according to claim 12, wherein
said first surface means includes a first planar surface;
said second surface means includes a second planar surface;
said first planar surface and said second planar surface are in sliding contact throughout said movement of said movable member relative to said fixed base;
said first groove means, said second groove means, and said X-Y guide means are substantially confined between said fixed base and said movable member; and
said first planar surface and said second planar surface include regions of said sliding contact surrounding said first groove means, said second groove means and said X-Y guide means.

### Claim 15

An X-Y movement mechanism comprising:
a fixed base having first surface means;
a movable member having second surface means;
said movable member being disposed for movement relative to said fixed base with said second surface means being parallel with and facing toward said first surface means;
said fixed base having a first groove in said first surface means extending in an X direction;
said movable member having a second groove in said second surface means extending in a Y direction;
said X direction being different from and at an angle with respect to said Y direction;
said X direction and said Y direction being parallel to said first surface means and to said second surface means;
said first groove and said second groove respectively having overlying regions when said movable member is disposed for said movement relative to said fixed base;
an X-Y guide element having a first half and a second half;
said first half being disposed in said first groove for sliding, non-rotating relative movement therebetween in said X direction;
said second half being disposed in said second groove for sliding, non-rotating relative movement therebetween in said Y direction;
said first half and said second half including portions thereof disposed within said overlying regions of said first and said second groove;
said movable member being capable of movement in said X direction as said first half of said X-Y guide moves in said X direction along said first groove;
said movable member being capable of movement in said Y direction as said second groove in said Y direction on said second half of said X-Y guide;
first adjusting means mounted on said fixed base and operably connected to said X-Y guide element for selectively moving said X-Y guide element in said X direction within said first groove; and
second adjusting means mounted on said movable member and operably connected to said X-Y guide element for selectively moving said second groove in said Y direction relative to said X-Y guide element.

### Claim 16 (depends on 15)

The X-Y movement mechanism according to claim 15, wherein said first adjusting means extends along said first groove and said second adjusting means extends along said second groove.

### Claim 17 (depends on 15)

The X-Y movement mechanism according to claim 15, wherein
said first surface means includes a first planar surface;
said second surface means includes a second planar surface;
said first planar surface and said second planar surface are in sliding contact throughout said movement of said movable member relative to said fixed base;
said first groove, said second groove, and said X-Y guide element are substantially confined between said fixed base and said movable member; and
said first planar surface and said second planar surface include regions of said sliding contact surrounding said first groove, said second groove and said X-Y guide element.

### Claim 18 (depends on 15)

The X-Y movement mechanism according to claim 15, wherein
said first surface means includes a first planar surface;
said second surface means includes a second planar surface;
said first planar surface and said second planar surface are in sliding contact throughout said movement of said movable member relative to said fixed base;
each of said first groove and said second groove has a groove cross section with a top adjacent said first and said second planar surfaces and a bottom remote therefrom,
said groove cross section has a top width at said top and a bottom width at said bottom,
said bottom width is greater than said top width, and
each of said first half and said second half of said X-Y guide element has a guide cross section generally corresponding to said groove cross section,
whereby said X-Y guide element being disposed within said first groove and said second groove tends to maintain said second planar surface in sliding contact with said first planar surface.

### Claim 19 (depends on 18)

The X-Y movement mechanism according to claim 18, wherein said groove cross section and said guide cross section are trapezoidal.

### Claim 20 (depends on 15)

The X-Y movement mechanism according to claim 15, wherein
said X-Y guide element includes said first half which is elongated in said X direction to extend along said first groove and said second half which is elongated in said Y direction to extend along said second groove and said first half and said second half are joined at said respective portions thereof which remain in alignment with said overlying regions of said first groove and said second groove throughout said movement of said movable member relative to said fixed base.

### Claim 21

An X-Y movement mechanism comprising:
a fixed base having first surface means;
a movable member having second surface means;
said movable member being disposed for movement in an X direction and in a Y direction relative to said fixed base with said second surface means being parallel with and facing toward said first surface means;
said X direction and said Y direction being parallel to said first surface means and to said second surface means;
said X direction being different from and at an angle with respect to said Y direction;
said fixed base having a first X groove in said first surface means extending in said X direction;
said movable member having a first Y groove in said second surface means extending in said Y direction;
said first X groove and said first Y groove respectively having first overlying regions when said movable member is disposed for said movement relative to said fixed base;
a first X-Y guide element having a first X half and a first Y half;
said first X half of said first X-Y guide element being disposed in said first X groove for sliding relative movement therebetween in said X direction;
said first Y half of said first X-Y guide element being disposed in said first Y groove for sliding relative movement therebetween in said Y direction;
said first X half and said first Y half of said first X-Y guide element including portions thereof disposed within said first overlying regions of said first X groove and said first Y groove;
said fixed base having a second Y groove in said first surface means extending in said Y direction;
said movable member having a second X groove in said second surface means extending in said X direction;
said second Y groove and said second X groove respectively having second overlying regions when said movable member is disposed for said movement relative to said fixed base;
a second X-Y guide element having a second Y half and a second X half;
said second Y half of said second X-Y guide element being disposed in said second Y groove for sliding relative movement therebetween in said Y direction;
said second X half of said second X-Y guide element being disposed in said second X groove for sliding relative movement therebetween in said X direction; and
said second Y half and said second X half of said second X-Y guide element including portions thereof disposed within said second overlying regions of said second Y groove and said second X groove;
whereby said movable member is capable of movement in said X direction, as said first X half of said first X-Y guide element moves in said X direction along said first X groove and said second X groove moves in said X direction on said second X half of said second X-Y guide element, and in said Y direction, as said first Y groove moves in said Y direction on said first Y half of said first X-Y guide element and said second Y half of said second X-Y guide element moves in said Y direction along said second Y groove.

### Claim 22 (depends on 21)

The X-Y movement mechanism according to claim 21, further including first adjusting means mounted on said base plate for selectively moving said first X-Y guide element in said X direction and second adjusting means mounted on said fixed base for selectively moving said second X-Y guide element in said Y direction.

### Claim 23 (depends on 21)

The X-Y movement mechanism according to claim 21, further including first adjusting means mounted on said movable member for selectively moving said second X-Y guide element in said X direction and second adjusting means mounted on said movable member for selectively moving said first X-Y guide element in said Y direction.

### Claim 24 (depends on 21)

The X-Y movement mechanism according to claim 21, wherein
said first surface means includes a first planar surface;
said second surface means includes a second planar surface;
said first planar surface and said second planar surface are in sliding contact throughout said movement of said movable member relative to said fixed base;
said first groove means, said second groove means, and said X-Y guide means are substantially confined between said fixed base and said movable member; and
said first planar surface and said second planar surface include regions of said sliding contact surrounding said first groove means, said second groove means and said X-Y guide means.