Ring binder mechanism
View Patent ↗A binder mechanism includes a rotatable support having ring segments that can be locked in a closed configuration. The binder mechanism includes a horizontal and/or a flush mounted push button that opens and/or unlocks the rotatable support. The push button acts on a ramped slider that causes the rotatable support to rotate open. An over-center arrangement aids in maintaining the binder mechanism closed or opened.
1. A binder mechanism for binding articles, the binder mechanism comprising:
a base having a mounting surface;
an elongate ring support rotatably mounted to the base, the elongate ring support comprising a plurality of ring members adapted to receive the article, the elongate ring support having an open configuration and a closed configuration;
an opening mechanism mounted to the base and cooperating with the elongate ring support and constructed and arranged to move the elongate ring support to the open configuration, the opening mechanism comprising a button having a generally horizontal surface that, when the opening mechanism is in a rest position, the horizontal surface is generally parallel to the mounting surface of the base;
wherein the base comprises a plurality of fixed ring members corresponding to and cooperating with the plurality of ring members of the elongate ring support; and
an over-center spring and lever arrangement cooperating between the base and the elongate ring support and constructed and arranged to bias the elongate ring support toward a closed direction when the elongate ring support is at least partially in the closed configuration and to bias the elongate ring support toward an open direction when the elongate ring support is at least partially in the opened configuration.
2. The binder mechanism according to claim 1 , wherein the button comprises a material adapted to increase at least one of gripping and cushioning of the button for a user.
3. The binder mechanism according to claim 1 , wherein the generally horizontal surface of the button is contoured.
4. The binder mechanism according to claim 1 , wherein the base is an elongate base and wherein the button is disposed at one end of the base.
5. The binder mechanism according to claim 1 , further comprising a cover constructed and arranged to cover at least a substantial portion of the base and the elongate ring support, wherein the cover is one of transparent and translucent.
6. The binder mechanism according to claim 1 , in combination with a binder.
7. A binder mechanism for binding articles, the binder mechanism comprising:
a base having a mounting surface;
an elongate ring support rotatably mounted to the base, the elongate ring support comprising a plurality of ring members adapted to receive the article, the elongate ring support having an open configuration and a closed configuration;
an opening mechanism mounted to the base and cooperating with the elongate ring support and constructed and arranged to move the elongate ring support to the open configuration, the opening mechanism comprising a button having a generally horizontal surface that, when the opening mechanism is in a rest position, the horizontal surface is generally parallel to the mounting surface of the base;
a locking arrangement comprising:
a locking tab disposed on the elongate ring support;
an elongate slide lock slidably mounted relative to the base, the slide lock having a lock structure comprising: a lock detent defining a cavity thereunder constructed and arranged to receive the locking tab when the slide lock is in a first position so that the locking tab is held in the cavity by the lock detent and the elongate ring support is held in the closed configuration; and an opening disposed adjacent the cavity constructed and arranged to cooperate with the locking tab such that, when the slide lock is moved to a second position and the locking tab is freed from the cavity, the locking tab can move into the opening to allow the elongate ring support to rotate toward the open configuration; and
a spring disposed between the slide lock and the base, the spring biasing the slide lock toward the first position.
8. The binder mechanism according to claim 7 , further comprising a cam rotatably mounted to the base and a lever arm operatively coupled to the button, the cam cooperating between the lever arm and The slide lock such that upward movement of the lever arm causes the cam to rotate and push on the slider lock toward the second position.
9. The binder mechanism according to claim 7 , wherein the lock structure further comprises: a ramp disposed adjacent the cavity constructed and arranged to cooperate with the locking tab such that, when the slide lock is moved to a second position and the locking tab is freed from the cavity, the locking tab is urged by the ramp to rotate the elongate ring support toward the open configuration.
10. The binder mechanism according to claim 7 , further comprising an over-center spring and lever arrangement cooperating between the base and the elongate ring support and constructed and arranged to bias the elongate ring support toward a closed direction when the elongate ring support is at least partially in the closed configuration and to bias the elongate ring support toward an open direction when the elongate ring support is at least partially in the opened configuration.
11. A binder mechanism for binding articles, the binder mechanism comprising:
a base having a mounting surface;
an elongate ring support rotatably mounted to the base, the elongate ring support comprising a plurality of ring members adapted to receive the article, the elongate ring support having an open configuration and a closed configuration;
a cover constructed and arranged to cover at least a substantial portion of the base and the elongate ring support, wherein the cover comprises a cutout and wherein the cover and base define a profile;
an opening mechanism mounted to the base and cooperating with the elongate ring support and constructed and arranged to move the elongate ring support to the open configuration, the opening mechanism comprising a button having a rest position and being disposed at least partially within the cutout, the button being substantially flush with the base and cover so as to be substantially within the profile when the button is in the rest position;
a locking arrangement comprising:
a locking tab disposed on the elongate ring support;
an elongate slide lock slidably mounted relative to the base, the slide lock having a lock structure comprising: a lock detent defining a cavity thereunder constructed and arranged to receive the locking tab when the slide lock is in a first position so that the locking tab is held in the cavity by the lock detent and the elongate ring support is held in the closed configuration; and an opening disposed adjacent the cavity constructed and arranged to cooperate with the locking tab such that, when the slide lock is moved to a second position and the locking tab is freed from the cavity, the locking tab can move into the opening to allow the elongate ring support to rotate toward the open configuration; and
a spring disposed between the slide lock and the base, the spring biasing the slide lock toward the first position.
12. The binder mechanism according to claim 11 , further comprising a cam rotatably mounted to the base and a lever arm operatively coupled to the button, the cam cooperating between the lever arm and the slide lock such that upward movement of the lever arm causes the cam to rotate and push on the slider lock toward the second position.
13. The binder mechanism according to claim 11 , wherein the lock structure further comprises: a ramp disposed adjacent the cavity constructed and arranged to cooperate with the locking tab such that, when the slide lock is moved to a second position and the locking tab is freed from the cavity, the locking tab is urged by the ramp to rotate the elongate ring support toward the open configuration.
14. The binder mechanism according to claim 11 , further comprising an over-center spring and lever arrangement cooperating between the base and the elongate ring support and constructed and arranged to bias the elongate ring support toward a closed direction when the elongate ring support is at least partially in the closed configuration and to bias the elongate ring support toward an open direction when the elongate ring support is at least partially in the opened configuration.
15. A binder mechanism for binding articles, the binder mechanism comprising:
a base having a mounting surface;
an elongate ring support rotataby mounted to the base, the elongate ring support comprising a plurality of ring members adapted to receive the article, the elongate ring support having an open configuration and a closed configuration;
a cover constructed and arranged to cover at least a substantial portion of the base and the elongate ring support, wherein the cover comprises a cutout and wherein the cover and base define a profile;
an opening mechanism mounted to the base and cooperating with the elongate ring support and constructed and arranged to move the elongate ring support to the open configuration, the opening mechanism comprising a button having a rest position and being disposed at least partially within the cutout, the button being substantially flush with the base and cover so as to be substantially within the profile when the button is in the rest position;
wherein the base comprises a plurality of fixed ring members corresponding to and cooperating with the plurality of ring members of the elongate ring support; and
an over-center spring and lever arrangement cooperating between the base and the elongate ring support and constructed and arranged to bias the elongate ring support toward a closed direction when the elongate ring support is at least partially in the closed configuration and to bias the elongate ring support toward an open direction when the elongate ring support is at least partially in the opened configuration.
16. The binder mechanism according to claim 15 , wherein the button comprises a material adapted to increase at least one of gripping and cushioning of the button for a user.
17. The binder mechanism according to claim 15 , wherein the generally horizontal surface of the button is contoured.
18. The binder mechanism according to claim 15 , wherein the base is an elongate base and wherein the button is disposed at one end of the base.
19. The binder mechanism according to claim 15 , wherein the cover is one of transparent and translucent.
20. The binder mechanism according to claim 15 , in combination with a binder.