초록 ▼

A walker standing aid accessory package consists of a lower attachment and an upper attachment. The lower foot bar piece allows the caregiver to utilize body weight to pin the walker's front legs to the floor or ground surface securely. The upper part incorporates multiple hand placement stabilizati

A walker standing aid accessory package consists of a lower attachment and an upper attachment. The lower foot bar piece allows the caregiver to utilize body weight to pin the walker's front legs to the floor or ground surface securely. The upper part incorporates multiple hand placement stabilization choices for both the patient and the caregiver. This invention increases patient's self help and reduces most of the caregiver's exertion. Once the patient is standing upright, the caregiver may step aside and monitor said patients immediate ambulation. The accessory package converts an existing walker into a device that not only helps the patient to stand but also reduces the strain on the caregiver. The walker with the accessories installed offers no interference or compromise to the existing walker's integrity, mobility or storage.

대표청구항 ▼

1. A walker comprising: a first lateral side having a front leg spaced from a rear leg, each of the first lateral side front and rear legs having a distal end configured to contact a support surface on which the walker is used, a first lateral side strut extending transversely between the first late

1. A walker comprising: a first lateral side having a front leg spaced from a rear leg, each of the first lateral side front and rear legs having a distal end configured to contact a support surface on which the walker is used, a first lateral side strut extending transversely between the first lateral side front and rear legs and spaced from the distal ends of the first lateral side front and rear legs;a second lateral side spaced from the first lateral side, the second lateral side having a front leg spaced from a rear leg, each of the second lateral side front and rear legs having a distal end configured to contact a support surface on which the walker is used, a second lateral side strut extending transversely between the second lateral side front and rear legs and spaced from the distal ends of the second lateral side front and rear legs;a hand grip extending from the first lateral side front leg adjacent to the first lateral side strut and a hand grip extending from the second lateral side front leg adjacent to the second lateral side strut;a crossbar extending from the first lateral side adjacent to the first lateral side strut to the second lateral side adjacent to the second lateral side strut; anda foot bar with opposite first and second ends and a bearing surface extending between the first and second ends, the foot bar first end being operatively pivotally connected to the first lateral side front leg, the foot bar second end being operatively pivotally connected to the second lateral side front leg, the foot bar being pivotal between a retracted position in which the foot bar bearing surface is spaced from the support surface on which the walker is placed, and a deployed position in which the foot bar bearing surface moves parallel and adjacent to the support surface on which the walker is used; andwherein the foot bar first and second ends are pivotally connected to the respective first and second lateral sides with an eyelet portion to define a pivot axis offset from the foot bar bearing surface and extending in a direction from one lateral side of the walker to the opposite lateral side of the walker, the eyelet portion permitting relative rotary and linear movement between the eyelet portion and the respective first and second lateral sides of the frame, and wherein at least one collar slidingly fixes linear movement of the eyelet portion relative to a respective first and second lateral sides of the frame and permits rotary movement between the eyelet portion and the respective first and second lateral sides of the frame. 2. The walker of claim 1 wherein the crossbar is operatively pivotally connected to the respective first and second lateral sides thereby allowing the first and second lateral sides to pivot toward and away from each other. 3. The walker of claim 2 wherein the crossbar is operatively pivotally connected to the first and second lateral sides in a manner such that the pivotal connection is movable toward and away from the struts of the first and second lateral sides in a vertical direction relative to the support surface on which the walker is used. 4. The walker of claim 1 wherein the foot bar is operatively pivotally connected to the front legs of the first and second lateral sides with a biasing member that urges the foot bar to the retracted position. 5. The walker of claim 1 wherein the foot bar has reinforcement gussets at the first and second ends of the foot bar. 6. The walker of claim 1 wherein the foot bar is operatively pivotally connected to the first and second lateral sides in a manner such that the pivotal connection is pivotal about the front legs of the first and second lateral sides thereby allowing the first and second lateral sides to pivot toward and away from each other. 7. The walker of claim 1 wherein the foot bar is operatively pivotally connected to the first and second lateral sides in a manner such that the pivotal connection is movable toward and away from the struts of the first and second lateral sides in a vertical direction relative to the support surface on which the walker is used. 8. A walker comprising: a frame with opposite lateral sides;a cross bar having opposite first and second ends, the cross bar first and second ends operatively connected to respective opposite lateral sides of the frame; anda foot bar having first and second ends each operatively pivotally connected to respective opposite lateral sides of the frame about a foot bar pivot axis with an eyelet portion, the foot bar having a bearing surface extending between the first and second ends, the foot bar being pivotal about the foot bar pivot axis between a retracted position in which the foot bar bearing surface is spaced from a support surface on which the walker is placed, and a deployed position in which the foot bar bearing surface moves parallel and adjacent to the support surface on which the walker is placed, the foot bar pivot axis being offset from the foot bar bearing surface and extending in a direction from one lateral side of the walker to the opposite lateral side of the walker, the eyelet portion permitting relative rotary and linear movement between the eyelet portion and the respective lateral opposite of the frame, and wherein at least one collar slidingly fixes linear movement of the eyelet portion relative to a respective lateral opposite side of the frame and permits rotary movement between the eyelet portion and the respective lateral opposite of the frame. 9. The walker of claim 8, further comprising: a first hand grip extending outward from the frame adjacent to the first end of the cross bar; anda second hand grip extending outward from the frame adjacent to the second end of the cross bar. 10. The walker of claim 8 wherein the first end of the foot bar has a first arm extending perpendicularly to the foot bar and the second end of the foot bar has a second arm extending perpendicularly to the foot bar. 11. The walker of claim 10 wherein the first and second arms of the foot bar have pivot connections with the respective lateral opposite sides of the frame at the foot bar pivot axis. 12. The walker of claim 8, wherein the first and second ends of the foot bar are operatively pivotally connected to the respective lateral opposite sides of the frame with a biasing member that urges the foot bar to the retracted position. 13. The walker of claim 8 wherein the foot bar is operatively pivotally connected to respective lateral opposite sides of the frame such that the pivotal connection is pivotal about an axis perpendicular to the foot bar pivot axis thereby allowing the lateral opposite sides of the frame to pivot toward and away from each other. 14. The walker of claim 8 wherein the foot bar is operatively pivotally connected to the respective lateral opposite sides of the frame such that the pivotal connection is movable along a vertical direction relative to the support surface on which the walker is used. 15. An accessory package for a walker, the accessory package comprising: a foot bar having first and second ends and a bearing surface extending between the first and second ends; andfirst and second pivot connections configured to connect to respective first and second ends of the foot bar and respective laterally opposite sides of a frame of the walker, each of the pivot connections having a foot bar pivot axis about which the foot bar pivots when connected to the frame of the walker between a retracted position in which the foot bar bearing surface is spaced from a support surface on which the walker is placed, and a deployed position in which the foot bar bearing surface moves parallel and adjacent to the support surface on which the walker is placed, each of the first and second pivot connections having a foot bar attachment portion being configured for attachment to respective first and second ends of the foot bar, each of the first and second pivot connections having a walker attachment portion, the walker attachment portion being configured for attachment to opposite lateral sides of the walker, at least one of the pivot connections having a biasing member configured to urge the foot bar in a rotary direction about the foot bar pivot axis;wherein the walker attachment portion of each of the pivot connections has an eyelet portion assembleable with a respective lateral opposite side of the frame, the eyelet portion permitting relative rotary and linear movement between the eyelet portion and the respective lateral opposite of the frame when assembled therewith, and at least one collar for fixing linear movement of the eyelet portion relative to a respective lateral opposite side of the frame and permitting rotary movement between the eyelet portion and the respective lateral opposite of the frame. 16. The accessory package of claim 15 wherein the foot bar has first and second arms extending perpendicularly from the respective first and second ends of the foot bar. 17. The accessory package of claim 15 wherein the walker attachment portion of each of the pivot connections is configured to be pivotally connected with a respective lateral opposite side of the frame about an axis perpendicular to the foot bar pivot axis. 18. The accessory package of claim 15 wherein the walker attachment portion of each of the pivot connections is configured to be slidingly connected with a respective lateral opposite side of the frame in a direction perpendicular to the foot bar pivot axis.