Skid device attachable to a bucket, bucket assembly for moving material, and method of forming the skid device
A bucket assembly and a skid device and a method of manufacturing thereof has a ski-shaped member and is configured to be attachable to a front end portion of a loading bucket. Two or more skid devices can be attached to the front edge portion of the bucket to enable the bucket to move materials on the ground. Each skid device has a mounting bracket configured to be attached to the front edge portion of the bucket and has a main fastening device for securing it to the bucket and a secondary securing device comprising a retaining member that maintains the skid device on the bucket when the main fastening device becomes loose or fails. The retaining member prevents the skid device from falling off the bucket and acts as an alarm by making rattling noise. Each skid device also allows mounting of an auxiliary member that enables the bucket to carrying items longer than the width of the bucket, such as logs or posts.
1. A skid device for a bucket having a stepped underside forming a lip portion extending across the width thereof at a rearward position from a front edge of the bucket, the skid device comprising:
a base member having an upper side and a lower side;
a mount bracket attached to the upper side;
a retainer member attached to the mount bracket; and
a fastener device configured to secure the mount bracket to the bucket and function as a primary securing device,
wherein the mount bracket is configured to be mounted to a front edge portion of the bucket, with the retainer member and part of the base member positioned underneath the front edge portion of the bucket,
wherein the base member is configured to prevent the front edge portion of the bucket from contacting a ground surface, and
wherein the retainer member is configured to:
engage the lip portion when the fastener becomes loose and function as a secondary securing device; and
rattle against the underside and the lip portion of the bucket when the fastener becomes loose and function as an audio alarm.
2. The skid device according to claim 1 , further comprising an auxiliary member.
3. The skid device according to claim 2 , further comprising:
a wear member attached to the lower side of the base member,
wherein the base member comprises a leading end section, a middle section, and a trailing end section,
wherein both the leading end section and the trailing end section are angled relative to the middle section, which is substantially parallel to the underside of the front edge portion of the bucket upon securing the skid device to the bucket, and
wherein the wear plate is configured complementary to a configuration of the base member to cover the leading end section, the middle section, and the trailing end section.
4. The skid device according to claim 3 , wherein the mount bracket comprises:
a base portion secured to the upper side of the middle section of the base member;
an angled portion extending rearwardly from a front side of the base portion at an angle; and
a leveled end portion extending rearwardly from a rear side of the angled portion and parallel to the base portion.
5. The skid device according to claim 4 , wherein the mount bracket has a J-shape or fish-hook configuration.
6. The skid device according to claim 4 , wherein the retainer member is removably attachable to a rear side of the base portion of the mount bracket.
7. The skid device according to claim 6 , wherein both the retainer member and the base portion of the mount bracket contact the underside of the bucket and serve as pressure points.
8. The skid device according to claim 4 , further comprising:
a reinforcement member attached to the angled portion of he mount bracket an the leading end section of the base member,
wherein the auxiliary member is removably attachable to a front portion of the reinforcement member.
9. The skid device according to claim 8 , wherein one end of the auxiliary member has a yoke configured to straddle the front portion of the reinforcement member, with a portion of the auxiliary member resting on an upper surface of the leading end portion of the base member.
10. A bucket assembly for moving material, the bucket assembly comprising:
a bucket having a stepped underside forming a lip portion extending across the width thereof at a rearward position from a front edge of the bucket; and
at least a pair of skid devices each comprising:
a base member having an upper side and a lower side;
a mount bracket attached to the upper side;
a retainer member attached to the mount bracket; and
a fastener device configured to secure the mount bracket to the bucket and function as a primary securing device,
wherein the mount bracket is configured to be mounted to a front edge portion of the bucket, with the retainer member and part of the base member positioned underneath the front edge portion of the bucket,
wherein the base member is configured to prevent the front edge portion of the bucket from contacting a ground surface, and
wherein the retainer member is configured to:
engage the lip portion when the fastener becomes loose and function as a secondary securing device; and
rattle against the underside and the lip portion of the bucket when the fastener becomes loose and function as an audio alarm.
11. The bucket assembly according to claim 10 , further comprising a pair of auxiliary members, each connectable to one of the skid devices.
12. The bucket assembly according to claim 11 , further comprising:
a wear member attached to the lower side of the base member,
wherein the base member comprises a leading end section, a middle section, and a trailing end section,
wherein both the leading end section and the trailing end section are angled relative to the middle section, which is substantially parallel to the underside of the front edge portion of the bucket upon securing the skid device to the bucket, and
wherein the wear plate is configured complementary to a configuration of the base member to cover the leading end section, the middle section, and the trailing end section.
13. The bucket assembly according to claim 12 , wherein the mount bracket comprises:
a base portion secured to the upper side of the middle section of the base member;
an angled portion extending rearwardly from a front side of the base portion at an angle; and
a leveled end portion extending rearwardly from a rear side of the angled portion and parallel to the base portion.
14. The bucket assembly according to claim 13 , wherein the mount bracket has a J-shape or fish-hook configuration.
15. The bucket assembly according to claim 13 , wherein the retainer member is removably attachable to a rear side of the base portion of the mount bracket.
16. The bucket assembly according to claim 15 , wherein both the retainer member and the base portion of the mount bracket contact the underside of the bucket and serve as pressure points.
17. The bucket assembly according to claim 13 , further comprising:
a reinforcement member attached to the angled portion of the mount bracket and the leading end section of the base member,
wherein the auxiliary member is removably attachable to a front portion of the reinforcement member.
18. The bucket assembly according to claim 17 , wherein one end of the auxiliary member has a yoke configured to straddle the front portion of the reinforcement member, with a portion of the auxiliary member resting on an upper surface of the leading end portion of the base member.
19. The bucket assembly according to claim 11 , wherein:
one of the skid devices is mounted to a right side of the bucket and the other of the skid devices is mounted to a left side of the bucket, and
the pair of auxiliary rods are configured to allow the bucket assembly to hold elongated objects that are wider than the bucket.
20. A method of forming a skid device for a bucket having a stepped underside forming a lip portion extending across the width thereof at a rearward position from a front edge of the bucket,
wherein the skid device comprises:
a base member having an upper side and a lower side;
a mount bracket attached to the upper side;
a retainer member attached to the mount bracket; and
a fastener device configured to secure the mount bracket to the bucket and function as a primary securing device,
wherein the mount bracket is configured to be mounted to a front edge portion of the bucket, with the retainer member and part of the base member positioned underneath the front edge portion of the bucket,
wherein the base member is configured to prevent the front edge portion of the bucket from contacting a ground surface, and
wherein the retainer member is configured to:
engage the lip portion when the fastener becomes loose and function as a secondary securing device; and
rattle against the underside and the lip portion of the bucket when the fastener becomes loose and function as an audio alarm, and
wherein the method comprises:
a first bending step of bending a single steel plate, at a predetermined distance from one end thereof, over onto itself by about a predetermined degree to form an angled portion that is angled relative to a base portion that extends from the one end to the angled portion;
a second bending step of bending the single steel plate, at a predetermined distance from the other end thereof, to form a leveled portion that is parallel to the base portion;
a securing step of securing the base portion to the upper side of the base member, wherein the mount bracket comprises the base portion, the angled portion, and the leveled portion.