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A collapsible bicycle carrier has a base that is configured to fit a trailer hitch receiver on a motor vehicle. An upright frame is operatively connected to the base. A T-shaped member having a vertical upright body and a horizontal crossbar is connected to the frame. A substantially U-shaped carryi

A collapsible bicycle carrier has a base that is configured to fit a trailer hitch receiver on a motor vehicle. An upright frame is operatively connected to the base. A T-shaped member having a vertical upright body and a horizontal crossbar is connected to the frame. A substantially U-shaped carrying assembly having a pair of carrying arms at an open end thereof is pivotally mounted to the crossbar. A slide having a tab is slidably received on the upright body. A bracket is rotatably mounted at its ends to the tab and a closed end of the carrying assembly. A lock is provided on the slide for locking the slide in first and second positions. The carrying arms are in an extended carrying position when the slide is locked in the first position and in a collapsed position when the slide is locked in the second position.

대표청구항 ▼

A collapsible bicycle carrier has a base that is configured to fit a trailer hitch receiver on a motor vehicle. An upright frame is operatively connected to the base. A T-shaped member having a vertical upright body and a horizontal crossbar is connected to the frame. A substantially U-shaped carryi

A collapsible bicycle carrier has a base that is configured to fit a trailer hitch receiver on a motor vehicle. An upright frame is operatively connected to the base. A T-shaped member having a vertical upright body and a horizontal crossbar is connected to the frame. A substantially U-shaped carrying assembly having a pair of carrying arms at an open end thereof is pivotally mounted to the crossbar. A slide having a tab is slidably received on the upright body. A bracket is rotatably mounted at its ends to the tab and a closed end of the carrying assembly. A lock is provided on the slide for locking the slide in first and second positions. The carrying arms are in an extended carrying position when the slide is locked in the first position and in a collapsed position when the slide is locked in the second position. otate and cut the web material, and said cutting mechanism is stationary and disengaged from said rotatable drum along a remaining portion of the complete rotational arc of said rotatable drum wherein said cutting mechanism rotates less than a full revolution per complete rotational arc of said rotatable drum. 2. The apparatus as in claim 1, wherein said rotatable drum comprises a radially extending lever arm, said lever arm engaging and moving said cutting mechanism along the portion of the rotational arc of said rotatable drum. 3. The apparatus as in claim 1, wherein said cutting mechanism comprises a roll generally parallel to said rotatable drum, said at least one cutting blade extending radially from said cutting mechanism roll. 4. The apparatus as in claim 3, wherein said rotatable drum comprises a longitudinally extending groove defined in a circumference thereof over which the web material passes, said cutting blade moving into said groove at a rotational cutting position of said cutting mechanism to cut the web material overlying said groove. 5. The apparatus as in claim 3, wherein said rotatable drum comprises a lever arm extending radially therefrom, said lever arm engaging and moving said cutting mechanism along the rotational arc portion of said rotatable drum. 6. The apparatus as in claim 3, further comprising a plurality of said cutting blades equally circumferentially spaced around said roll. 7. The apparatus as in claim 6, wherein said roll further comprises a plurality of circumferentially spaced cam members extending radially therefrom with at least one said cam member disposed between adjacent said cutting blades. 8. The apparatus as in claim 7, wherein said rotatable drum comprises a lever arm extending radially therefrom, said lever arm engaging one of said cam members for each rotation of said rotatable drum such that each of said cam members is engaged in successive operations of said apparatus. 9. The apparatus as in claim 8, wherein said cam members are circumferentially spaced such that each of said cam members is engaged and disengaged by said lever arm at generally a same rotational position of said rotatable drum. 10. The apparatus as in claim 1, wherein said rotatable drum is spring biased with a spring to a neutral position, said spring causing said rotatable drum to continue to rotate to said neutral position subsequent to cutting of the web material. 11. An apparatus for dispensing and cutting measured amounts from a roll of web material, said apparatus comprising: a housing; a roll carrier disposed within said housing to rotationally carry a roll of web material to be dispensed; a rotatable drum disposed within said housing proximate to said roll carrier such that the web material runs around at least a portion of a circumference of said rotatable drum along a conveying path of the web material causing said rotatable drum to rotate upon a free end of the web material being pulled from said housing; a cutting mechanism including at least one cutting blade movably mounted within said housing external of said rotatable drum, for each dispensing operation of said apparatus said cutting mechanism is engaged and moved by said rotatable drum along a portion of a complete rotational arc of said rotatable drum such that said cutting blade crosses the conveying path of the web material and cuts the web material, said cutting mechanism stationary and disengaged from said rotatable drum along a remaining portion of the complete rotational arc of said rotatable drum such that said cutting mechanism makes less than a full revolution per complete rotational arc of said rotatable drum. 12. The apparatus as in claim 11, wherein said cutting mechanism comprises a roll that rotates about a fixed axis, said cutting blade extending radially from said cutting mechanism roll. 13. The apparatus as in claim 12, wherein said cutting mechanism roll is engaged and moved by a radially extending member rotationa lly fixed to said rotatable drum. 14. The apparatus as in claim 13, further comprising a plurality of said cutting blades circumferentially spaced around said cutting mechanism roll and a plurality of radially extending cam members alternately spaced between said cutting blades. 15. The apparatus as in claim 14, wherein said cam members and said blades are circumferentially spaced such that said radially extending member engages and moves one said cam member and associated said blade for each rotation of said rotatable drum. 16. The apparatus as in claim 12, wherein said blade cuts the web material at a location on the circumference of said rotatable drum. 17. The apparatus as in claim 16, wherein said rotatable drum comprises a longitudinally extending groove defined in the circumference thereof, said blade moving into said groove to cut the web material. 18. The apparatus as in claim 11, wherein said rotatable drum is biased with a spring to a neutral position, said spring causing said rotatable drum to continue to rotate to said neutral position subsequent to cutting of the web material.