TH68488A - Casing device for mechanical joints - Google Patents

Abstract

DC60 (15/09/47) A casing device that is axially mounted to a component to protect it from harsh environments. Want as well as dust to be form At such a casing there is a pair of ring grooves and a ring edge between the pair of ring grooves on the inner surface of the casing. The ring will be created so that the top edge of the ring. The ring does not protrude from the skin. Inside to the center line of the casing and Ring-shaped overhang between Casing and gripping parts, which The pinch from the gripping section is clamped against the ring edge so that the ring pin is deformed, elastic and pushed outward. Of axial elements As a result, the axial elements can be inserted into the casing without any interruption. On rings and axial elements And the ring edge is not damaged by interlacing between the ring edge and the axial element. A casing device that is axially mounted to the elements for protection from harsh environments Want as well as people will be like At such a casing there is a pair of ring grooves and a ring edge between the pair of ring grooves on the inner surface of the casing. The ring will be created so that the top edge of the ring. The ring does not protrude from the skin. Inside to the center line of the casing and The ring-shaped overhang between Casing and gripping parts, which The pinch from the gripping section is clamped against the ring edge so that the ring pin is deformed, elastic and pushed outward. Of axial elements As a result, the axial elements can be inserted into the casing. Without any interruption between requests On rings and axial elements And the ring edge is not damaged by interlacing between the ring edge and the axial element.

Claims (21)

1. The mechanical joint housing consists of a housing with cylindrical openings at both ends, tightly fitted to at least one end of the axial element of the mechanical joint; the housing is made of a flexible material; and a gripping mechanism that holds the housing to the axial element from the outside of the housing. The mechanical joint housing further comprises a pair of grooves created on the inner surface of the housing, an annular edge created between the pair of annular grooves with an inner diameter such that the upper end of the annular edge does not protrude from the inner surface to the diameter of the housing, and an annular projection between the housing and the gripping mechanism, from which the gripping force is greatly applied to the annular edge, causing it to be flexibly deformed and tightly fitted to the outside of the axial element. 2. The housing device under Complaint 1 is of the type in which an annular projection is formed on the outer surface of the housing and positioned on the opposite side of the annular edge. The annular edge is elastically deformed and axially closed outwards from the element by a gripping force exerted by the gripping force on the annular edge. 3. The housing device according to claim 1 is of the type in which an annular projection is provided on the inner surface of the grip. 4. The enclosure device under claim 1 is of the type where the ring edge has a top with a small radius. 5. The sheathing device according to claim 1 is of the type in which a groove from the ring is prepared on the outer side of the axial element and the ring edge is deformed flexibly and falls into the ring groove, where the gripping force from the gripping part is applied to the ring edge. 6. The housing for a mechanical joint consists of a sleeve with cylindrical openings at both ends, tightly fitted to the outer body of the constant velocity joint and/or connecting rod at at least one end. The sleeve is made of a flexible material, and a clamping mechanism grips the sleeve to the outer body and/or connecting rod from the outside of the sleeve. The constant velocity joint housing is further comprised of a pair of grooves created on the inner surface of the sleeve, an annular edge created between the pair of annular grooves with an inner diameter such that the ends of the annular edges do not protrude from the inner surface to the center of the sleeve, and annular projections created on the outer surface of the sleeve. The clamping force from the clamping mechanism is applied to the annular edges, causing them to be deformed, flexibly compressed, and pushed to the outside of the outer body and/or connecting rod. 7. The housing for the mechanical joint consists of a housing with cylindrical openings at both ends, tightly fitted to the outer body of the constant velocity joint and/or connecting rod at at least one end. The housing is made of a flexible material, and a gripping mechanism holds the housing to the outer body and/or connecting rod from the outside of the housing. The housing for the constant velocity joint is further comprised of a pair of grooves created on the inner surface of the housing, an annular edge created between the pair of annular grooves with an inner diameter such that the upper end of the annular edge does not protrude from the inner surface to the diameter of the housing, and an annular projection created on the inner surface of the gripping mechanism. The gripping force from the gripping mechanism is applied to the annular edge, causing it to be deformed, flexibly compressed, and pushed to the outside of the outer body and/or connecting rod. 8. The housing for the mechanical joints under claim 6 is of the type in which the axial elements are for constant velocity joints and the ring edge has a top with a small radius. 9. The housing for the mechanical joints under claim 7 is of the type in which the axial element is for constant velocity joints and the ring edge has a top with a small radius. 10. The housing for the mechanical joints under claim 6 is of the type in which the axial element is for constant velocity joints and an outer annular groove is prepared on the outer surface of the outer body. 11. The housing device for the mechanical joints under claim 7 is of the type in which the axial element is for constant velocity joints and an outer annular groove is prepared on the outer surface of the outer body. 12. The housing device for the mechanical joint under claim 8 is of the type in which the axial element shall be for constant velocity joints and an outer annular groove shall be prepared on the outer surface of the outer body. 13. The housing device for mechanical joints according to Protection No. 9 is of the type in which the axial elements are constant velocity joints and an outer annular groove is prepared on the outer surface of the outer body. 14. The housing for a mechanical coupling consists of a housing with cylindrical openings at both ends, tightly fitted to the gear body for the power steering system and/or coupling rod at at least one end. The housing is made of a flexible material, and the gripping mechanism holds the housing to the gear body and/or coupling rod from the outside of the housing. The power steering housing is further comprised of a pair of grooves created on the inner surface of the housing, an annular edge created between the pair of annular grooves with an inner diameter such that the upper end of the annular edge does not extend from the inner surface to the center of the housing, and annular projections created on the outer surface of the housing where the gripping force from the gripping mechanism is applied to the annular edge, causing it to be deformed, flexible, and pushed to the outside of the gear body and/or coupling rod. 15. The housing for a mechanical coupling consists of a housing with cylindrical openings at both ends, tightly fitted to the gear body for the power steering system and/or coupling rod at at least one end; the housing is made of a flexible material; and a gripping mechanism that holds the housing to the gear body and/or coupling rod from the outside of the housing. The power steering housing is further composed of a pair of grooves created on the inner surface of the housing, an annular edge created between the pair of annular grooves with an inner diameter such that the upper end of the annular edge does not extend from the inner surface to the center of the housing, and an annular projection created on the inner surface of the gripping mechanism where the gripping force from the gripping mechanism is applied to the annular edge, causing the annular edge to be deformed, flexible, and pushed to the outside of the gear body and/or coupling rod. 16. The housing device for the mechanical joints under claim 14 is of the type in which the axial element is for the power steering device and the ring edge has a top with a small radius. 17. The housing for the mechanical joints under claim 15 is of the type in which the axial element is for the power steering device and the ring edge has a top with a small radius. 18. The housing for the mechanical couplings under claim 14 is of the type in which the axial elements are for the power steering device and the outer grooves are prepared on the outer surface of the gears, spurs and/or connecting rods. 19. The housing for the mechanical couplings under claim 15 is of the type in which the axial element is for the power steering device and the outer groove is prepared on the outer surface of the gear, spur/or connecting rod. 20. The housing for the mechanical couplings under claim 16 is of the type in which the axial elements are for the power steering device and the outer grooves are prepared on the outer surface of the gears, spurs and/or connecting rods. 21. The housing for the mechanical couplings under claim 17 is of the type in which the axial element is for the power steering device and the outer groove is prepared on the outer surface of the gear, spur and/or connecting rod.