The present invention is in the field of hip carriers.
A variety of different hip carriers have been implemented in the industry for providing hip carry of infants and toddlers. Some of these hip carriers have been described in the prior art. For example, U.S. Pat. No. 9,700,152, by inventor Telford issued Jul. 11, 2017 entitled Hip Seat Device And System, the inventor discloses a hip seat for carrying a child, the disclosure of which is incorporated herein by reference.
A hip carrier has a belt strap supporting a seat. The seat holds a seat insert which can be made of foam. The seat can be further supported by a shoulder retainer. The seat is mounted to the belt strap. The seat has a right strap connection and a left strap connection. A seat insert fits into a seat pad compartment. The shoulder retainer includes a left shoulder strap and a right shoulder strap connected together at a shoulder strap junction. A shoulder strap junction is formed as a shoulder retainer front panel. The right shoulder strap extends to a left rear shoulder strap, and the left shoulder strap extends to a right rear shoulder strap. The right rear shoulder strap crosses the left rear shoulder strap. The left rear shoulder strap extends to a left seat strap that connects to the left strap connection. The right rear shoulder strap extends to a right seat strap that connects to the right strap connection.
The hip carrier optionally includes a belt bag mounted to the belt strap. The hip carrier may also include a front seat compartment formed on the seat.
The seat further includes a right front seat sleeve pocket. The right front seat sleeve pocket covers the right strap connection and the seat further includes a left front seat sleeve pocket. The left front seat sleeve pocket covers the left strap connection. The seat further includes a seat pad flap. The shoulder retainer front panel extends downwardly to a shoulder retainer flap. The shoulder retainer flap connects to the seat pad flap. A right upper buckle and a left upper buckle are connected to the shoulder retainer flap. A right lower buckle and a left lower buckle are connected to the seat pad flap. The right upper buckle engages the right lower buckle and the left upper buckle engages the left lower buckle.
The left seat strap terminates at a left outer connector, and the right seat strap terminates at a right outer connector. The left strap connection is formed as a left inner connector. The right strap connection is formed as a right inner connector, and the left outer connector attaches to the left inner connector. The right outer connector attaches to the right inner connector.
The right outer connector and the left outer connector have a locking head channel. The right inner connector and the left inner connector have a protrusion head. The protrusion head engages the locking head channel.
The protrusion head has a protrusion head mesa. The locking head channel is formed as a leaf spring biasing towards the protrusion head mesa and the locking head channel also has a mesa locking indent. The outer connector is formed as a locking head and the locking head has a locking head base surface. The inner connector includes a protrusion base, and the locking head base surface engages a protrusion base retaining surface. The connection protrusion head is mounted to the protrusion base at an inner connector stem.
The following call out list of elements can be a useful guide in referencing the element numbers of the drawings.
The following call out list of elements can be a useful guide in referencing the element numbers of the drawings.
As shown in
During light usage, such as for a new infant, the belt strap 40 is sufficient to support the seat 30 without a shoulder retainer 20. The belt strap 40 has a belt bag 41 that can have a zippered compartment at a belt bag zipper 142. The belt bag zipper 142 can have a belt bag zipper pull 143 so that a user can grasp the zipper beginning toward the front and pull it toward the back.
During heavier usage, the user can supplement the optional shoulder retainer 20. The shoulder retainer 20 has a left shoulder strap 21 and a right shoulder strap 23 joining at a shoulder strap junction 29. The shoulder strap junction 29 forms a shoulder retainer front panel 24 at an area lower than the shoulder strap junction 29. The shoulder retainer front panel 24 extends to a shoulder retainer flap 28 which connects to the seat 30 at buckles. The right shoulder strap 23 extends rearwardly to a left rear shoulder strap 25 while the left shoulder strap 21 extends rearwardly to a right rear shoulder strap 22. The right rear shoulder strap 22 connects to a right seat strap 27 which attaches at a right strap connection 35 on the seat 30. Similarly, the left rear shoulder strap 25 connects to a left seat strap 26 which connects to the seat 30 at the left strap connection 36. The left strap connection 36 and the right strap connection 35 can be mounted inside front seat sleeve pockets 34 such that extra slack line of the right seat strap 27 and the left seat strap 26 can be rolled up and stuffed into the front seat sleeve pockets. The front seat sleeve pocket can communicate from one side of the seat 32 the other side of the seat 30 for additional item storage.
As shown in
The left seat strap 26 connects to the left strap connection 36 on the seat sidewall 39. The left strap connection 36 is preferably in the front seat sleeve pocket 34 when the pocket fabric is covering the left strap connection 36. During use, a user can pull back the pocket to expose the left strap connection 36 as seen in
As shown in
As shown in
As shown in
As shown in
As shown in
The connection protrusion 51 further includes a circular or disk shaped connection protrusion head 83 having a circular or disk shaped protrusion head mesa 84 extending from the connection protrusion head 83. The connection protrusion head 83 extends from the protrusion base 52 at an inner connector stem 81. The inner connector stem 81 passes between the first channel sidewall 77 and the second channel sidewall 78 when the connection protrusion 51 engages the locking head 53 in an engaged position from a disengaged position.
The outer connector 70 is preferably formed as the locking head 53. The outer connector 70 preferably further includes a forward indent 73. The forward indent 73 is preferably a beveled surface. The locking head base surface 76 is preferably U-shaped for receiving the connection protrusion 51. The protrusion head mesa 84 lodges in the mesa locking indent 72. The locking head channel 71 is formed as a leaf spring that biases the mesa locking indent 72 against the protrusion head mesa 84. When the user presses the latch release 54, the locking head channel 71 is pulled away from the protrusion head mesa 84 to allow release of the outer connector 70 from the inner connector 80. The connection protrusion head 83 has a protrusion head edge 87 that engages an engaging groove 75 of the locking head 53. The protrusion head mesa 84 has a mesa edge 86 that engages a mesa locking indent 72 of the outer connector 70, when in the engaged position. The base edge 89 does not catch on the locking head 53 due to the forward indent 73. A user can slide the forward indent 73 over the base edge 89 until the protrusion head edge 87 rides over a channel bevel 74. The channel bevel 74 is U-shaped and guides the connection protrusion head 83 into the locking head channel 71. The second channel sidewall 78 and the first channel sidewall 77 bound the left and right sides of the locking head channel 71.