Abstract A security type holding device for a key ring includes a metal holder having its outer end portions bent back on the front central portion thereof to form a clip which can be inserted on a belt worn on a person. The front central portion of the holder is formed with a first opening, a second opening spaced below the first opening, and an elongated slot extending down from the second opening. A leaf spring attached to the back surface of the front central portion is provided with a button which projects through the first opening on the holder and extends down to cover the second opening. A disconnect element is adapted to receive a key ring on the lower end thereof and has a head on the upper end thereof which can be inserted through the second opening on the holder to depress the leaf spring and permit the neck of the head to be engaged in the elongated slot. The disconnect element can be released from the holder by depressing the button to enable its head to be moved up into and out of the second opening.
A security type holding device for keys comprising: a holder formed of a sheet of metal having its upper and lower end portions bent back to form a substantially flat back wall and having its central portion rounded to form an outwardly curved front wall spaced from said back wall so as to form a lateral opening through which a belt being worn by a person can be passed and held flat against the back wall, said outwardly curved front wall having a centrally disposed first opening and a second opening with a slot extending downwardly from said second opening and partly across the lower end portion of the holder, said second opening having a width larger than the width of said slot, a leaf spring having a button attached to the surface thereof, said leaf spring fixed at its upper end to the underside of the outwardly curved front wall with the button thereof projecting through the first opening on said front wall and with the surface of the leaf spring resiliently urged to bear closely against the underside of the outwardly curved front wall so as to cover the second opening on the upper end of the slot, a disconnect element having a cylindrical body and having a head formed on the upper end thereof by a recessed neck, said neck Having a diameter smaller than the width of said slot and said head and cylindrical body both having a diameter larger than the width of said slot, said head being of such a size that it can be inserted through the second opening to depress said leaf spring and then moved down such that said element is engaged by its recessed neck in said slot to thereby retain it on said holder, said neck when engaged in said slot having such a fit therein as to prevent said element from moving into the lateral opening of said holder, and means for securely coupling one or more keys to the lower end of said disconnect element, whereby the disconnect element has its head securely engaged by its recessed neck on the slot of said holder and can be removed therefrom by manually depressing said button to push the lower portion of the leaf spring inwardly into the spacing provided between the underside of the outwardly curved front wall and said belt to uncover said second opening and thereby enable the head of the disconnect element to be guided by its recessed neck along the slot up into and out of said second opening.
Claim 2
Dependent Claim
425 words
A security type holding device for keys comprising: a holder formed of a sheet of metal having its upper and lower end portions bent back to form a substantially flat back wall and having its central portion rounded to form an outwardly curved front wall spaced from said back wall so as to form a lateral opening through which a belt being worn by a person can be passed and held flat against the back wall, said outwardly curved front wall having a centrally disposed first opening and a second opening with a slot extending downwardly from said second opening and partly across the lower end portion of the holder, said second opening having a width larger than the width of said slot, a leaf spring having a button attached to the surface thereof, said leaf spring fixed at its upper end to the underside of the outwardly curved front wall with the button thereof projecting through the first opening on said front wall and with the surface of the leaf spring resiliently urged to bear closely against the underside of the outwardly curved front wall so as to cover the second opening on the upper end of the slot, a disconnect element having a cylindrical body and having a head formed on the upper end thereof by a recessed neck, said neck Having a diameter smaller than the width of said slot and said head and cylindrical body both having a diameter larger than the width of said slot, said head being of such a size that it can be inserted through the second opening to depress said leaf spring and then moved down such that said element is engaged by its recessed neck in said slot to thereby retain it on said holder, said neck when engaged in said slot having such a fit therein as to prevent said element from moving into the lateral opening of said holder, and means for securely coupling one or more keys to the lower end of said disconnect element, whereby the disconnect element has its head securely engaged by its recessed neck on the slot of said holder and can be removed therefrom by manually depressing said button to push the lower portion of the leaf spring inwardly into the spacing provided between the underside of the outwardly curved front wall and said belt to uncover said second opening and thereby enable the head of the disconnect element to be guided by its recessed neck along the slot up into and out of said second opening.
Claim 3
Dependent Claim
38 words
The invention in accordance with claim 1 wherein said head is formed with a flat top, and the recessed neck of said disconnect element is formed with its upper edge tapering outwardly to the tip of said head.