Child carrier system
Patent Information
- Authority / Receiving Office
- WO · WO
- Patent Type
- Applications
- Current Assignee / Owner
- Filing Date
- 2026-02-05
- Publication Date
- 2026-08-13
Smart Images
Figure CN2026077150_13082026_PF_FP_ABST
Abstract
Description
CHILD CARRIER SYSTEMCROSS REFERENCE TO RELATED APPLICATIONSTHIS APPLICATION CLAIMS PRIORITY TO CHINESE PATENT APPLICATION NO. 202510147065.7, FILED ON FEBRUARY 10, 2025, THE ENTIRE CONTENT OF WHICH IS INCORPORATED HEREIN BY REFERENCE IN ITS ENTIRETY.FIELD OF TECHNOLOGY
[0001] The present disclosure relates to child carrier systems, and more specifically to child carrier base with adjustable configurations for seat and stroller integration.BACKGROUND
[0002] Child carrier systems, including car seats and strollers, are essential for transporting children. These systems may leverage a base secured to a motor vehicle for securing the car seat or stroller within the vehicle. Each of a car seat and a stroller may require separate bases for securement within a motor vehicle, leading to various configurations for different uses.SUMMARY
[0003] The described implementations relate to improved child carrier systems and associated methods for child carrier base with adjustable configurations for seat and stroller integration. For example, in a first configuration a child seat is releasably coupled with a stroller chassis and the combination of the child seat and the stroller chassis is releasably coupled with a base. In another example, the same child seat is releasably coupled with the same base without the stroller chassis therebetween. This multi-configurable base allows for flexibility in the securement of portions of the child carrier system, such as in an automobile. Stated differently, the base is capable of coupling with the stroller chassis and in another configuration, the base is capable of coupling with the child seat. Because the child seat is also capable of coupling with the stroller chassis, the second configuration of the base leverages connections mechanisms within the child seat that are also used when coupling the child seat with the stroller chassis.
[0004] In some examples, some implementations may provide a child carrier system featuring a base with an actuator handle, a first moveable anchor assembly, and a moveable rod anchor assembly. This innovative design may allow the base to seamlessly transition between two configurations: one that may accommodate a child seat alone and another that may support a stroller chassis with an attached child seat. The actuator handle may enable users to easily modify the base’s configuration with a single push or pull, streamlining the process of switching between modes. This may eliminate the need for multiple bases, reducing clutter and installation errors while enhancing user convenience.
[0005] In the first configuration, the base may securely engage with a stroller chassis using static anchors, as well as base hooks. In the second configuration, the base may accommodate a child seat by engaging with the moveable rod anchor assembly and the moveable anchor assembly. This dual functionality may ensure that parents and caregivers can quickly and effortlessly adapt the system to their needs, whether for vehicle use or mobility outside the vehicle. By integrating these features into a single, multi-configurable base, some implementations may address the inefficiencies of existing systems, offering a more economical and user-friendly solution for transporting children.
[0006] A child carrier system is described. The system may include a child seat, a stroller chassis, and a base having a front portion and a rear portion. The base may include an actuator handle, a first moveable anchor assembly having a first post rotatable relative to the base in a first axis and a first anchor, wherein the first moveable anchor may be positioned within the front portion, a first static anchor, wherein the first static anchor may be positioned within the front portion, a moveable rod anchor assembly having a rod and a first arm rotatable relative to the base in a second axis, wherein the first axis may be parallel to the second axis, wherein the moveable rod anchor assembly may be positioned within the rear portion, and a first base hook, wherein the first base hook may be positioned within the rear portion. The actuator may be kinetically linked with the first moveable anchor assembly and the moveable rod anchor assembly such that in a first configuration of the base the actuator handle may be positioned in a first position, the first anchor may be rotatably positioned to a forward position and the rod may be positioned to a rearward position, and in a second configuration of the base the actuator handle may be positioned in a second position, the first anchor may be rotatably positioned to a rearward position and the rod may be positioned to a forward position engaged by the first base hook.
[0007] A method of using a child carrier system is described. The method may include joining a child seat, a stroller chassis, and a base having a front portion and a rear portion. The joining may include moving an actuator handle, positioning a first moveable anchor assembly having a first post rotatable relative to the base in a first axis and a first anchor such that it is projecting forward, wherein the first moveable anchor may be positioned within the front portion, and exposing, with the movement of the first moveable anchor, a first static anchor within the front portion. The joining may also include positioning, via movement of the actuator handle, a moveable rod anchor assembly having a rod and a first arm rotatable relative to the base in a second axis, wherein the first axis may be parallel to the second axis, and positioning the moveable rod anchor assembly within the rear portion, and exposing, by positioning the moveable rod anchor, a first base hook within the rear portion. The actuator may be kinetically linked with the first moveable anchor assembly and the moveable rod anchor assembly such that in a first configuration of the base the actuator handle may be positioned in a first position, the first anchor may be rotatably positioned to a forward position and the rod may be positioned to a rearward position, and in a second configuration of the base the actuator handle may be positioned in a second position, the first anchor may be rotatably positioned to a more rearward position (e.g., substantially vertically oriented relative to the base) and the rod may be positioned to a forward position engaged by the first base hook.
[0008] In some examples of the technologies and related methods described herein, the stroller chassis may couple with the first base hook in the first configuration.
[0009] In some examples of the technologies and related methods described herein, the stroller chassis may couple with the first static anchor in the first configuration.
[0010] In some examples of the technologies and related methods described herein, the stroller chassis may be coupled with the child seat in the first configuration with the stroller chassis positioned between the base and the child seat.
[0011] In some examples of the technologies and related methods described herein, the child seat may couple with the first anchor in the second configuration.
[0012] In some examples of the technologies and related methods described herein, the child seat may couple with the rod in the second configuration.
[0013] In some examples of the technologies and related methods described herein, the first static anchor may be superior on the base to the first anchor in the first configuration.
[0014] In some examples of the technologies and related methods described herein, the first anchor may be superior on the base to the first static anchor in the second configuration.
[0015] In some examples of the technologies and related methods described herein, the rod may be more superior on the base in the first configuration than relative to the second configuration.
[0016] Some examples of the technologies and related methods described herein may further include a second moveable anchor assembly having a second post rotatable relative to the base in the first axis and a second anchor. The second moveable anchor may be positioned within the front portion. The technologies and methods may further include a second static anchor, wherein the first static anchor may be positioned within the front portion, and a second base hook positioned within the rear portion. The moveable rod anchor assembly may have a second arm rotatable to the base in the second axis.
[0017] In some examples of the technologies and related methods described herein, the stroller chassis may couple with the first base hook and the second base hook in the first configuration.
[0018] In some examples of the technologies and related methods described herein, the stroller chassis may couple with the first static anchor and the second static anchor in the first configuration.
[0019] In some examples of the technologies and related methods described herein, the child seat may couple with the first anchor and the second anchor in the second configuration.
[0020] In some examples of the technologies and related methods described herein, the first static anchor and the second static anchor may be superior on the base to the first anchor and the second anchor in the first configuration.
[0021] In some examples of the technologies and related methods described herein, the first anchor and the second anchor may be superior on the base to the first static anchor and the second static anchor in the second configuration.
[0022] In some examples of the technologies and related methods described herein, the actuator handle may be configured to rotate the first post in response to a user input.
[0023] In some examples of the technologies and related methods described herein, the base may further comprise a wheel guard positioned adjacent to the rear portion.
[0024] In some examples of the technologies and related methods described herein, the first moveable anchor assembly may include a projection that engages with the child seat in the second configuration.
[0025] In some examples of the technologies and related methods described herein, the rod may be configured to engage with a fixed hook on the child seat.
[0026] In some examples of the technologies and related methods described herein, the actuator handle may be linked to the first arm via a linkage.
[0027] In some examples of the technologies and related methods described herein, the base front portion may include a plate that supports the first static anchor.
[0028] In some examples of the technologies and related methods described herein, the stroller chassis may include a rod, such as an axel, which engages with the first base hook.
[0029] In some examples of the technologies and related methods described herein, the actuator handle may be positioned on the base front portion.
[0030] In some examples of the technologies and related methods described herein, the first moveable anchor assembly may be configured to rotate the first post to a forward position in the first configuration.
[0031] In some examples of the technologies and related methods described herein, the first static anchor may be positioned superior to the first moveable anchor assembly in the first configuration.BRIEF DESCRIPTION OF THE DRAWINGS
[0032] FIG. 1 shows a child carrier design illustration in a first configuration which supports techniques for child carrier base with adjustable configurations for seat and stroller integration in accordance with various aspects of the present disclosure.
[0033] FIG. 2 shows a perspective view of the base in the first configuration capable of securing a stroller chassis, which supports techniques for child carrier base with adjustable configurations for seat and stroller integration in accordance with various aspects of the present disclosure.
[0034] FIG. 3 shows a top plan view of the base from FIG. 2, in accordance with various aspects of the present disclosure.
[0035] FIG. 4 shows a top-down perspective view of a mechanical assembly of internal structures of the base from FIG. 2 in the first configuration in accordance with various aspects of the present disclosure.
[0036] FIG. 5 shows a bottom-up perspective view of a mechanical assembly of internal structures of the base from FIG. 2 in the first configuration in accordance with various aspects of the present disclosure.
[0037] FIG. 6 shows a lateral cross section view of the base from FIG. 2 along cutline 6-6 of FIG. 3 in the first configuration in accordance with various aspects of the present disclosure.
[0038] FIG. 7 shows a cross-section view of the child carrier system of FIG. 1 in accordance with various aspects of the present disclosure.
[0039] FIG. 8 shows the child carrier design illustration in the second configuration which supports techniques for child carrier base with adjustable configurations for seat integration in accordance with various aspects of the present disclosure.
[0040] FIG. 9 shows a perspective view of the base in the second configuration capable of securing a child seat, which supports techniques for child carrier base with adjustable configurations for seat integration in accordance with various aspects of the present disclosure.
[0041] FIG. 10 shows a top plan view of the base from FIG. 9, in accordance with various aspects of the present disclosure.
[0042] FIG. 11 shows a top-down perspective view of the internal structure mechanical assembly the base from FIG. 9 in the second configuration in accordance with various aspects of the present disclosure.
[0043] FIG. 12 shows a bottom-up perspective view of the internal structure mechanical assembly the base from FIG. 9 in the second configuration in accordance with various aspects of the present disclosure.
[0044] FIG. 13 shows a lateral cross section view of the base from FIG. 9 along cutline 13-13 of FIG. 10 in the second configuration.
[0045] FIG. 14 shows a cross section of the child carrier system of FIG. 8, which supports techniques for child carrier base with adjustable configurations for seat and stroller integration in accordance with various aspects of the present disclosure.DETAILED DESCRIPTION
[0046] The described implementations relate to improved child carrier systems and associated methods for child carrier base with adjustable configurations for seat and stroller integration. In some examples, existing child carrier systems present significant challenges for parents and caregivers. The requirement for separate bases for car seats and stroller attachments creates inefficiencies in terms of cost, storage, and installation. Switching between configurations often involves uninstalling and reinstalling different bases, which may be time-consuming and increase the risk of improper installation. This complexity may be particularly burdensome for busy parents who need to make quick adjustments. Additionally, the use of multiple bases may lead to clutter in vehicles, reducing available seating space. Current solutions may fail to provide a single, adaptable base that can securely accommodate both a child seat alone and a stroller-child seat combination. The lack of such a solution may compromise convenience, safety, and cost-effectiveness, leaving a gap in the market for a more efficient and user-friendly system.
[0047] Concept contemplated include a base of the child carrier system that is adjustable between a first configuration able to secure a stroller chassis directly thereto and a second configuration able to secure a child seat directly thereto. For example, in a first configuration a child seat is releasably coupled with a stroller chassis and the combination of the child seat and the stroller chassis is releasably coupled with a base. In another example, the same child seat is releasably coupled with the same base without the stroller chassis therebetween. This multi-configurable base allows for flexibility in the securement of portions of the child carrier system, such as in an automobile. Stated differently, the base is capable of coupling with the stroller chassis and in another configuration, the base is capable of coupling with the child seat. Because the child seat is also capable of coupling with the stroller chassis, the second configuration of the base leverages connections mechanisms within the child seat that are also used when coupling the child seat with the stroller chassis.
[0048] In the first configuration an actuator handle is positioned rearwardly in a front portion of the base causing a linkage to position a first and second moveable anchor assembly in a forward position that allows a first and second static anchor to be exposed for engagement to the stroller chassis. In the first configuration the actuator handle and the linkage also positions a moveable rod anchor assembly in a rearward position of a rear portion of the base. When in this first configuration, the moveable rod assembly is positioned proximate an upright portion of the base to be free from interference with an engagement between the stroller chassis and hooks of the base. In the second configuration the handle actuator may be pulled to a forward position that causes the linkage to rotate the first and second moveable anchor assemblies to a more rearward position that results in each moveable anchor assembly standing proud on the base and able to engage a child car seat for securing the child car seat with the base. Also, in the second configuration the moveable rod anchor assembly rotates forwardly to be engaged with the base hooks. A rod of the moveable rod anchor assembly is positioned for engagement by a child car seat for securement to the base.
[0049] According to some implementations, child carrier systems may include a base designed to accommodate either a child seat alone or a combination of a child seat with a stroller chassis. The base may have a front portion and a rear portion, and it may be configured to allow for easy modification between these two configurations.
[0050] The base may include an actuator handle that may be pushed or pulled. This actuator handle may be kinetically linked to a first moveable anchor assembly and a moveable rod anchor assembly. By operating the actuator handle, the user may modify the configuration of the base by rotating the moveable anchor assemblies.
[0051] The first moveable anchor assembly may include a first post that may rotate relative to the base along a first axis. This assembly may also include a first anchor and may be positioned within the front portion of the base. The moveable rod anchor assembly may include a rod and a first arm that may rotate relative to the base along a second axis. The first axis and the second axis may be parallel to each other. The moveable rod anchor assembly may be positioned within the rear portion of the base.
[0052] The base may include a first base hook, which may be positioned within the rear portion. This first base hook may engage with the rod when the base is in a specific configuration. The base may include a first static anchor, which may be positioned within the front portion. In one configuration, the first static anchor may be located higher on the base than the first anchor.
[0053] Some implementations may include a second moveable anchor assembly. This second moveable anchor assembly may include a second post that may rotate relative to the base along the first axis. It may also include a second anchor and may be positioned within the front portion of the base. The base may include a second static anchor, which may also be positioned within the front portion. In one configuration, the second static anchor may be located higher on the base than the first anchor and the second anchor. The base may include a second base hook, which may be positioned within the rear portion and may engage with the rod in a specific configuration.
[0054] The base may operate in two configurations. In the first configuration, the actuator handle may be positioned in a first position (e.g., positioned more rearwardly than in a second position) , the first anchor may be rotated to a forward position, and the rod may be positioned to a rearward position. In the second configuration, the actuator handle may be positioned in a second position, the first anchor may be rotated to a rearward position, and the rod may be positioned to a forward position, where it may engage with the first base hook. The forward position of the first anchor, in some cases, is a substantially horizontal configuration that allows for the first anchor to avoid mechanical interference with a stroller chassis secured to the base. Similarly, the rearward position of the first anchor, in some cases, has the first anchor in a proud position extending substantially vertically from the base that allows for the first anchor to engage with a car seat.
[0055] The base may include mechanisms for coupling with other components. In the first configuration, the stroller chassis may couple with the first base hook and the second base hook. The stroller chassis may couple with the first static anchor and the second static anchor. In the second configuration, the child seat may couple with the rod, the first anchor, and the second anchor of the moveable anchor assembly.
[0056] The operation of the base may involve the actuator handle being pushed or pulled to rotate the moveable anchor assemblies, thus modifying the configuration of the base. When the base is in the first configuration, the stroller chassis may couple with the base hooks and static anchors. When the base is in the second configuration, the child seat may couple with the rod and the anchors of the moveable anchor assembly.
[0057] The base may include additional components to facilitate its operation. It may include a plate fixed to the shell of the base, a first moveable plate, and a second moveable plate. The first moveable plate may be connected to the handle shell and two first linkages, which may be connected to the rod. The second moveable plate may be connected to the actuator and may move relative to the first moveable plate. The base may include sliders, stoppers, and pulling units that may interact with the actuator to modify the configuration. Projections, portions, and gains may be included to drive the movement and rotation of the anchor assemblies and the rod.
[0058] Aspects of the subject matter described in this disclosure can be implemented to realize one or more of the following potential advantages. The described techniques may be implemented to support a more streamlined and efficient child carrier system. The base may be designed to accommodate both a child seat and a stroller chassis, which may reduce the need for multiple bases and save valuable space in a vehicle. The actuator handle may allow for quick and effortless switching between configurations, which may enhance user convenience and reduce the time required for installation. The consistent use of a single base may improve safety by minimizing the risk of incorrect installation. The design may be more economical for families, as it may eliminate the need to purchase multiple bases for different configurations. The base may include various components such as moveable plates, sliders, and pulling units that may facilitate its operation and enhance its functionality. The ability to modify the base configuration with a single push or pull of the handle may provide a user-friendly solution for parents and caregivers.
[0059] Aspects of the disclosure are initially described in the context of child carrier systems. Aspects of the disclosure are additionally illustrated by and described with reference to example implementations. Aspects of the disclosure are further illustrated by and described with reference to a flowchart that relates to methods of manufacturing child carrier systems.
[0060] FIG. 1 shows a child carrier system 100 which supports techniques for a base with adjustable configurations for seat and stroller integration in accordance with various aspects of the present disclosure. As depicted in FIG. 1, the child carrier system 100 includes a stroller chassis 102, a base 200, a child seat 106, and / or other components.
[0061] The stroller chassis 102 may include a structural framework designed to support various configurations of the child carrier system 100. The stroller chassis 102 may be constructed from durable materials to ensure stability during use. The framework may be designed to accommodate different attachments, such as a child seat 106. In some implementations, the stroller chassis 102 may include adjustable components to fit various child seat models. The stroller chassis 102 may be equipped with connection points for secure attachment to the base 200 of the child carrier system 100. The stroller chassis 102 is configured to releasably couple with the child seat 106. The stroller chassis is configured to releasably couple with the base 200. The child seat 106 is configured to releasably couple with the base 200.
[0062] The child seat 106 may include a seating structure configured to accommodate a child securely during use. The child seat 106 may be designed with features such as harnesses and padding to protect the child. In some implementations, the child seat 106 may be adjustable to fit children of varied sizes and ages. The child seat 106 may be detachable from the stroller chassis 102, allowing it to be used independently or with other compatible bases. The child seat 106 may be constructed from materials that provide comfort and support for the child during travel.
[0063] In some implementations, the stroller chassis 102 may be positioned to align with the base 200, allowing wheels 104 to engage with the designated slots on the base 200. The child seat 106 may be attached to the stroller chassis 102, with the actuator handle 226 positioned to facilitate the transition between configurations where the child seat 106 is connected to the base 200 via the stroller chassis 102 with the base 200 in the first configuration and the child seat 106 connected directly to the base 200 with the base 200 in the second configuration.
[0064] The base 200 is typically installed in an automobile, such as a car. The base 200 is typically maintained in the automobile and the child seat 106 is removed from the automobile by detaching the child seat 106 from the base 200. In the present example, the stroller chassis 102 having the wheels 104 is joined with the child seat 106. The combination of the child seat 106 and the stroller chassis 102 forma convenient stroller for conveying a child. In some situations, a user may desire to maintain the stroller chassis 102 attached with the child seat 106 when securing the child seat 106 in the automobile. As such, the base 200 can be configured, as will be discussed herein, to attach with the stroller chassis 102 to secure the combination of the stroller chassis 102 and child seat 106 to the automobile.
[0065] FIG. 2 shows the base 200 which supports techniques for the base 200 with adjustable configurations for seat and stroller integration in accordance with various aspects of the present disclosure. As depicted in FIG. 2, the base 200 may include one or more of a first anchor 204, a second anchor 212, a first static anchor 234, a first post 206, a second post 214, an actuator handle 226, a first arm 222, a second arm 224, a first base hook 228, a second base hook 230, a rod 220, a second static anchor 236 and / or other components.
[0066] An actuator handle 226 may be kinetically linked to a first moveable anchor assembly 202, the base hooks, and the moveable rod anchor assembly 218, enabling the stroller chassis 102 and / or the child seat 106 to be securely coupled to the base 200. The wheels 104 may be designed to rotate and lock into place, ensuring stability during operation. The child seat 106 may include a button mechanism that interacts with the projections and hooks on the base 200, allowing for easy attachment and detachment. The actuator handle 226 may control the movement of the hooks and stoppers, positioning them to accommodate either the stroller chassis 102 with the child seat 106 or the child seat 106 alone.
[0067] The first anchor 204 may be part of the base 200. The first anchor 204 is a component, such as a metallic shaped rod, which helps secure the child seat 106 to the base 200. The first anchor 204 may be designed to rotate relative to the base 200, allowing for different configurations of the base 200. The first anchor 204 connects with the base 200 via the first post 206 and is movable through actuation of the actuator handle 226 to achieve its functionality. In some implementations, the first anchor 204 may be made of metal or a durable plastic material.
[0068] The second anchor 212 may be positioned adjacent to the first anchor 204. The second anchor 212 may serve a similar function to the first anchor 204, providing additional points of attachment for the child seat 106. The second anchor 212 may also be rotatable and may work in conjunction with the first anchor 204 to secure the child seat 106. The second anchor 212 may be positioned in such a way that it aligns with the first anchor 204 when the base 200 is in a specific configuration. In some implementations, the second anchor 212 may be used to provide extra stability to the child seat 106.
[0069] The first static anchor 234 may include a fixed structure within the base 200. The first static anchor 234 may be designed to remain stationary and provide a stable point of attachment in the first configuration and to be unused in the second configuration. The first static anchor 234 may be positioned within the front portion of the base 200. The first static anchor 234 may interact with the stroller chassis 102 to secure it in place. In some implementations, the first static anchor 234 may be made of a high-strength material to ensure durability.
[0070] The second static anchor 236 may include a fixed structure within the base 200. The second static anchor 236 may be designed to remain stationary and provide a stable point of attachment in the first configuration and to be unused in the second configuration. The second static anchor 236 may be positioned within the front portion of the base 200. The second static anchor 236 may interact with the stroller chassis 102 to secure it in place. In some implementations, the second static anchor 236 may be made of a high-strength material to ensure durability.
[0071] The first post 206 may be rotatable relative to the base 200. The first post 206 and the first anchor 204 are part of the first moveable anchor assembly 202. The first post 206 may allow the first anchor 204 to rotate and change positions. The first post 206 may be aligned parallel to the second post 214, allowing for coordinated movement. In some implementations, the first post 206 may be connected to the actuator handle 226 to facilitate its rotation.
[0072] The second post 214 may be aligned parallel to the first post 206. The second post 214 and the second anchor 212 are part of the second moveable anchor assembly 210. The second post 214 may allow the second anchor 212 to rotate in a similar manner to the first anchor 204. The second post 214 may be positioned within the front portion of the base 200. In some implementations, the second post 214 may be made of the same material as the first post 206 to ensure consistency.
[0073] The actuator handle 226 may be kinetically linked to various components of the base 200 and effective to translate a push / pull force applied by a user to rotational movement of the first moveable anchor assembly 202, the second moveable anchor assembly 210, and the moveable rod anchor assembly 218 via a linkage.
[0074] In some implementations, the actuator handle 226 may be positioned near the front portion of the base 200 and may be kinetically linked to the first post 206 and the second post 214, which may be rotatable along the first axis. The first axis may be parallel to a Z-axis depicted in FIG. 2 where the front to rear of the base 200 spreads along an X-axis and the top to bottom of the base 200 extends along a Y-axis. The first anchor 204 and the second anchor 212 may be attached to the first post 206 and the second post 214, respectively, and may rotate between forward and rearward positions based on the movement of the actuator handle 226. The first static anchor 234 may remain fixed in the front portion of the base 200, while the first base hook 228 and the second base hook 230 may be positioned in the rear portion of the base 200 to engage with the rod 220 during specific configurations.
[0075] In some implementations, the rod 220 may be connected to the first arm 222 and the second arm 224, both of which may be rotatable along the second axis. The movement of the actuator handle 226 may cause the rod 220 to shift between forward (e.g., in the first configuration) and rearward positions (e.g., in the second configuration) , allowing it to interact with the first base hook 228 and the second base hook 230 when in the forward position. The first arm 222 and the second arm 224 may coordinate their rotation to maintain alignment with the rod 220, ensuring proper engagement with the hooks. The arrangement of these components may allow for synchronized movement between the front and rear positions. The rod 220, in an example terminates at each end with a structure, such as a ring having a greater diameter than the rod 220 body. This increased size termination assists in preventing lateral (i.e., side to side) movement of the child seat 106 when secured to the rod 220. In an example, it is contemplated that a child seat hook engages with the rod 220 between a respective arm and a termination structure, such as a ring. This limits the lateral movement of the child seat relative to the rod 220 with a lateral force applied. A mechanical interference is created by the arm and the terminal structure to limit lateral movement along the rod 220.
[0076] FIG. 3 shows a top plan view of the base 200 from FIG. 2, in accordance with various aspects of the present disclosure. As depicted in FIG. 3, the mechanical device diagram may include one or more of the base front portion 302, the first post 206, the first anchor 204, the second post 214, the second anchor 212, the base rear portion 304, the first base hook 228, the second base hook 230, a first wheel guard 318, a second wheel guard 320, the actuator handle 226, the rod 220, and / or other components.
[0077] The base front portion 302 may include structural elements for supporting the child carrier system 100. The base front portion 302 may be designed to house components such as the first post 206 and the second post 214. The base front portion 302 may include recessed portions to accommodate the first anchor 204 and the second anchor 212. In some implementations, the base front portion 302 may be constructed from materials such as reinforced plastic or metal to ensure durability. The base front portion 302 and the base rear portion 304 form a cohesive structure with the division between the front portion and the rear portion at a midline in the front-to-rear direction of the base 200.
[0078] The base rear portion 304 may include components for securing the child carrier system 100. The base rear portion 304 may house elements such as the first base hook 228 and the second base hook 230. The base rear portion 304 may include attachment points for the first wheel guard 318 and the second wheel guard 320. In some implementations, the base rear portion 304 may be designed to accommodate the rod 220 as part of a moveable rod anchor assembly 218. The base rear portion 304 may be constructed to interface seamlessly with the base front portion 302.
[0079] The first wheel guard 318 may be attached to the base rear portion 304. The first wheel guard 318 may be designed to shield the wheels of the stroller chassis 102 from debris or damage. The first wheel guard 318 may be constructed from materials such as plastic or metal to ensure durability. The first wheel guard 318 may be positioned to align with the second wheel guard 320 to provide comprehensive coverage. In some implementations, the first wheel guard 318 may include decorative elements or branding.
[0080] The second wheel guard 320 may be attached to the base rear portion 304. The second wheel guard 320 may function similarly to the first wheel guard 318 in protecting the wheels of the stroller chassis 102. The second wheel guard 320 may be designed to complement the first wheel guard 318 in terms of size and shape. The second wheel guard 320 may be secured to the base rear portion 304 using fasteners or adhesive. In some implementations, the second wheel guard 320 may include features such as reflective surfaces for visibility.
[0081] In some implementations, the base front portion 302 may house the first post 206 and the second post 214, which are rotatable along the first axis. The first anchor 204 and the second anchor 212 may be connected to the first post 206 and the second post 214, respectively, allowing them to rotate between forward and rearward positions. The actuator handle 226 may be centrally located on the base and kinetically linked to these components to facilitate their movement.
[0082] In some implementations, the base rear portion 304 may include the first base hook 228 and the second base hook 230, which are designed to engage with the rod 220. The rod 220 may be connected to a moveable rod anchor assembly 218 that includes the first arm 222 and a second arm 224, both rotatable along a second axis parallel to the first axis. The first wheel guard 318 and the second wheel guard 320 may be positioned on either side of the base rear portion 304 to protect the vehicle from debris associated with the wheels and maintain stability during operation.
[0083] FIG. 4 shows a top-down perspective view of a mechanical assembly of internal structures of the base 200 from FIG. 2 in the first configuration in accordance with various aspects of the present disclosure. As depicted in FIG. 4, the mechanical assembly diagram may include one or more of a first plate 402, the first post 206, the first anchor 204, the first static anchor 234, the second post 214, the second anchor 212, the second static anchor 236, the actuator handle 226, the first arm 222, the first linkage 232, the first base hook 228, the second arm 224, a second linkage 426, the second base hook 230, the rod 220, and / or other components.
[0084] The first plate 402 may include structural features to support the assembly of other components in the child carrier base. The first plate 402 may be configured to be fixed to a shell of the base. The first plate 402 may have a side wall with a longitudinal inclined slot disposed on the side wall. The first plate 402 may interact with a pair of first shafts and a pair of second shafts that pass through two pairs of first gains disposed on opposite sides of the first movable plate and are movably disposed in the first gains. In some implementations, the first plate 402 may be the same as or similar to the plate fixed to a shell of the base, as described herein.
[0085] The second linkage 426 may include a connecting mechanism between the second arm 224 and other components. The second linkage 426 may be connected to the second arm 224 and the rod 220. The second linkage 426 may facilitate the movement of the rod 220 when the actuator handle 226 is operated.
[0086] In some implementations, the first plate 402 may be centrally positioned within the base, serving as a structural element to which other components are attached. The first post 206 and the second post 214 may be mounted on opposite sides of the first plate 402, allowing for rotational movement along the first axis. The first anchor 204 and the second anchor 212 may be connected to the first post 206 and the second post 214, respectively, enabling them to rotate between forward and rearward positions. The first static anchor 234 and the second static anchor 236 may be fixedly attached to the front portion of the base, providing stable coupling points.
[0087] In some implementations, the actuator handle 226 may be positioned at the top of the base, connected to the first plate 402 and designed to control the movement of various components. The first arm 222 and the second arm 224 may be part of the moveable rod anchor assembly 218, with the rod 220 connecting them and allowing for coordinated movement along the second axis. The first linkage 232 and the second linkage 426 may connect the first arm 222 and the second arm 224 to the first base hook 228 and the second base hook 230, respectively, enabling secure attachment points for the child seat 106 or stroller chassis 102. The interaction between these components may allow the base to transition smoothly between configurations, accommodating different seating arrangements.
[0088] FIG. 5 shows a bottom-up perspective view of internal components of the base in FIG. 2 in a first configuration. As depicted in FIG. 5, the mechanical assembly components may include one or more of the first post 206, the first anchor 204, the first plate 402, the second post 214, the second anchor 212, the second plate 512, the actuator handle 226, the first arm 222, the first linkage 232, the first base hook 228, the second arm 224, the second linkage 426, the second base hook 230, the rod 220, and / or other components.
[0089] The second plate 512 may be movable relative to the first plate 402. The second plate 512 may be fixedly connected with an actuator. The second plate 512 may have inclined slots that interact with sliders. The second plate 512 may slide to drive other components to rotate and unlock. The movement of the first plate 402 and the second plate 512, in an example, facilitate the movement and securement of components of the base 200. For example, the first moveable anchor assembly 202, the second moveable anchor assembly, and the moveable rod anchor assembly 218 may be moved between the first configuration and the second configuration with securement in one or more of those configurations through the interaction and action of the first plate 402 and the second plate 512.
[0090] In some implementations, the first post 206 and the second post 214 may be positioned parallel to one another along the first axis (e.g., parallel to the Z-axis in FIG. 2) , with the first anchor 204 and the second anchor 212 rotatably connected to their respective posts. The first plate 402 and the second plate 512 may be arranged adjacent to the posts, with the actuator handle 226 positioned centrally to interact with both plates. The first arm 222 and the second arm 224 may extend rearward from the rod 220, which may be oriented along the second axis and connected to the first linkage 232 and the second linkage 426. The first base hook 228 and the second base hook 230 may be located near the rear portion of the base, aligned to engage with the arms during specific configurations.
[0091] In some implementations, the actuator handle 226 may drive the movement of the first plate 402 and the second plate 512, which may, in turn, influence the rotation of the first post 206 and the second post 214. This movement may cause the first anchor 204 and the second anchor 212 to rotate between forward and rearward positions. The rod 220 may rotate along the second axis as the first linkage 232 and the second linkage 426 translate the motion of the plates. The first arm 222 and the second arm 224 may pivot relative to the base to engage or disengage with the first base hook 228 and the second base hook 230, depending on the configuration.
[0092] FIG. 6 shows a lateral cross section view of the base 200 from FIG. 2 along cutline 6-6 of FIG. 3 in the first configuration in accordance with various aspects of the present disclosure. As depicted in FIG. 6, the base 200 may include one or more of the base front portion 302, the base rear portion 304, the first base hook 228, the first arm 222, the rod 220, and / or other components.
[0093] FIG. 7 shows a cross-section view of the child carrier system 100 of FIG. 1 in accordance with various aspects of the present disclosure. As depicted in FIG. 7, the child carrier system 100 may include one or more of the child seat 106, the stroller chassis 102, the base front portion 302, the first anchor 204, the first post 206, the first static anchor 234, a fixed hook 714, the base rear portion 304, the first base hook 228, the rod 220, and / or other components.
[0094] The fixed hook 714 may engage with other components to secure the child seat 106 to the stroller chassis 102. The fixed hook 714 may be designed to engage with a locking element integrated into the stroller chassis 102 allowing for the releasable securement of the child seat 106 with the stroller chassis 102.
[0095] In some implementations, the child seat 106 may be positioned above the base front portion 302 and the base rear portion 304, with the stroller chassis 102 extending outwardly from the base front portion 302. The first anchor 204 may be rotatably connected to the first post 206, which may be secured within the base front portion 302. The first static anchor 234 may remain fixed within the base front portion 302, while the fixed hook 714 may be aligned to interact with components of the stroller chassis 102. The rod 220 may extend longitudinally within the base rear portion 304 and may engage with the first base hook 228 during specific configurations.
[0096] In some implementations, the first anchor 204 may rotate about the first post 206 to transition between forward and rearward positions, depending on the configuration of the base front portion 302. The rod 220 may move within the base rear portion 304 to engage or disengage with the first base hook 228, allowing for coordinated operation with the first anchor 204. The fixed hook 714 may remain stationary to interact with the stroller chassis 102, while the first static anchor 234 may provide a stable coupling point for the stroller chassis 102 during operation.
[0097] FIG. 8 shows the child carrier design illustration in the second configuration which supports techniques for base 200 with adjustable configurations for seat integration in accordance with various aspects of the present disclosure.
[0098] The first moveable anchor assembly 202 may include the first post 206 and first anchor 204. The first moveable anchor assembly 202 may be positioned within the front portion of the base 200 and may rotate about a first axis. The first moveable anchor assembly 202 may be kinetically linked to the actuator handle 226 to allow for positional adjustments. In some implementations, the first moveable anchor assembly 202 may include components such as the first post 206 and first anchor 204.
[0099] In some implementations, the moveable rod anchor assembly 218, which includes the rod 220, may engage with the first base hook 228 when the base 200 is in a specific configuration. The actuator handle 226 may facilitate the movement of the rod 220 to either the front or rear portion of the base 200, depending on the desired configuration. The coordinated movement of the first arm 222 and the first post 206 along parallel axes may ensure the proper alignment and secure attachment of the child seat 106 or stroller chassis 102 to the base 200.
[0100] FIG. 9 shows a perspective view of the base 200 in the second configuration capable of securing a child seat 106, which supports techniques for child carrier base with adjustable configurations for seat integration in accordance with various aspects of the present disclosure.
[0101] A first projection 408 may interact with the first gains on the base 200. The first projection 408 may be a structural feature that may extend outwardly from a component of the base 200. The first projection 408 may interact with the first gains to influence the movement or positioning of other components. The first projection 408 may be connected to or integrated with the first movable plate. In some implementations, the first projection 408 may be replaced with an alternative projection design that may achieve similar functionality.
[0102] The second projection 918 may interact with the second gains on the base 200. The second projection 918 may be a structural element that may extend outwardly from a component of the base 200. The second projection 918 may interact with the second gains to influence the movement or positioning of other components. The second projection 918 may be connected to or integrated with the second movable plate. In some implementations, the second projection 918 may be replaced with an alternative projection design that may achieve similar functionality.
[0103] In some implementations, the actuator handle 226 may be centrally located on the base, allowing for easy access and operation. The first post 206 and the second post 214 may be positioned on opposite sides of the actuator handle 226, enabling coordinated movement of the first anchor 204 and the second anchor 212. The first arm 222 and the second arm 224 may be connected to the rod 220, which extends across the base and interacts with the first base hook 228 and the second base hook 230. The first projection 408 and the second projection 918 may be situated near the respective anchors, allowing them to engage with the stroller chassis 102 or child seat 106 as needed.
[0104] In some implementations, the components may operate together in a synchronized manner. When the actuator handle 226 is moved, it may cause the first post 206 and the second post 214 to rotate, which in turn may rotate the first anchor 204 and the second anchor 212. This rotation may reposition the first arm 222 and the second arm 224, moving the rod 220 to engage or disengage with the first base hook 228 and the second base hook 230. The first projection 408 and the second projection 918 may move in tandem with the anchors, ensuring that the base can securely accommodate the stroller chassis 102 or child seat 106 in the desired configuration.
[0105] FIG. 10 shows a top plan view of the base 200 from FIG. 9, in accordance with various aspects of the present disclosure.
[0106] FIG. 11 shows a top-down perspective view of the internal structure mechanical assembly the base 200 from FIG. 9 in the second configuration in accordance with various aspects of the present disclosure.
[0107] FIG. 12 shows a bottom-up perspective view of the internal structure mechanical assembly the base 200 from FIG. 9 in the second configuration in accordance with various aspects of the present disclosure.
[0108] FIG. 13 shows a lateral cross section view of the base from FIG. 9 along cutline 13-13 of FIG. 10 in the second configuration of the base 200 in accordance with various aspects of the present disclosure.
[0109] FIG. 14 shows a cross section of the child carrier system 100 of FIG. 8, which supports techniques for child carrier base with adjustable configurations for seat and stroller integration in accordance with various aspects of the present disclosure. As depicted, a seat hook 1402 capture the rod 220 to secure the child seat 106 to the base 200.
[0110] The following clauses support combinations of features contemplated in connection with aspects hereof. Reference numbers are provided in the following clauses as examples and not as absolutes. The reference signs are intended to inform, but not limit the interpretation of contemplated concepts.
[0111] Example Clause A: A child carrier system (100) , the system may include: a child seat 106; a stroller chassis 102; and a base having a front portion and a rear portion, the base may include: an actuator handle (226) ; a first moveable anchor assembly (202) having a first post (206) rotatable relative to the base in a first axis and a first anchor (204) , where the first moveable anchor is positioned within the front portion; a first static anchor (234) , where the first static anchor (234) is positioned within the front portion; a moveable rod anchor assembly 218 having a rod (220) and a first arm (222) rotatable relative to the base in a second axis, where the first axis is parallel to the second axis, where the moveable rod anchor assembly 218 is positioned within the rear portion; and a first base hook, where the first base hook is positioned within the rear portion, where the actuator is kinetically linked with the first moveable anchor assembly (202) and the moveable rod anchor assembly 218 such that in a first configuration of the base the actuator handle (226) is positioned in a first position, the first anchor (204) is rotatably positioned to a forward position and the rod (220) is positioned to a rearward position, and in a second configuration of the base the actuator handle (226) is positioned in a second position, the first anchor (204) is rotatably positioned to a rearward position and the rod (220) is positioned to a forward position engaged by the first base hook.
[0112] Example Clause B: The child carrier system 100 of Example Clause A, where the stroller chassis 102 couples with first base hook in the first configuration.
[0113] Example Clause C: The child carrier system 100 of Example Clause A or Example Clause B, where the stroller chassis 102 couples with first static anchor (234) in the first configuration.
[0114] Example Clause D: The child carrier system 100 of any one of Example Clauses A-C, where the stroller chassis 102 is coupled with child seat 106 in the first configuration.
[0115] Example Clause E: The child carrier system 100 of any one of Example Clauses A-D, where the child seat 106 couples with first anchor (204) in the second configuration.
[0116] Example Clause F: The child carrier system 100 of any one of Example Clauses A-E, where the child seat 106 couples with rod (220) in the second configuration.
[0117] Example Clause G: The child carrier system 100 of any one of Example Clauses A-F, where the first static anchor (234) is superior on the base to the first anchor (204) in the first configuration.
[0118] Example Clause H: The child carrier system 100 of any one of Example Clauses A-G, where the first anchor (204) is superior on the base to the first static anchor (234) in the second configuration.
[0119] Example Clause I: The child carrier system 100 of any one of Example Clauses A-H, where the rod (220) is more superior on the base in the first configuration than relative to the second configuration.
[0120] Example Clause J: The child carrier system 100 of any one of Example Clauses A-I, further may include second moveable anchor assembly (210) having a second post (214) rotatable relative to the base in the first axis and a second anchor (212) , where the second moveable anchor is positioned within the front portion; a second static anchor (236) where the first static anchor (234) is positioned within the front portion; and a second base hook positioned within the rear portion, where the moveable rod anchor assembly 218 has a second arm (224) rotatable to the base in the second axis.
[0121] Example Clause K: The child carrier system 100 of any one of Example Clauses A-J, where the stroller chassis 102 couples with first base hook and the second base hook in the first configuration.
[0122] Example Clause L: The child carrier system 100 of any one of Example Clauses A-K, where the stroller chassis 102 couples with first static anchor (234) and the second static anchor (236) in the first configuration.
[0123] Example Clause M: The child carrier system 100 of any one of Example Clauses A-L, where the child seat 106 couples with first anchor (204) and the second anchor (212) in the second configuration.
[0124] Example Clause N: The child carrier system 100 of any one of Example Clauses A-M, where the first static anchor (234) and the second static anchor (236) are superior on the base to the first anchor (204) and the second anchor (212) in the first configuration.
[0125] Example Clause O: The child carrier system 100 of any one of Example Clauses A-N, where the first anchor (204) and the second anchor (212) are superior on the base to the first static anchor (234) and the second static anchor (236) in the second configuration.
[0126] Example Clause P: A base of a child carrier system 100, the base having a front portion and a rear portion, the base may include: an actuator handle (226) ; a first moveable anchor assembly (202) having a first post (206) rotatable relative to the base in a first axis and a first anchor (204) , where the first moveable anchor is positioned within the front portion; a first static anchor (234) , where the first static anchor (234) is positioned within the front portion; a moveable rod anchor assembly 218 having a rod (220) and a first arm (222) rotatable relative to the base in a second axis, where the first axis is parallel to the second axis, where the moveable rod anchor assembly 218 is positioned within the rear portion; and a first base hook, where the first base hook is positioned within the rear portion, where the actuator is kinetically linked with the first moveable anchor assembly (202) and the moveable rod anchor assembly 218 such that in a first configuration of the base the actuator handle (226) is positioned in a first position, the first anchor (204) is rotatably positioned to a forward position and the rod (220) is positioned to a rearward position, and in a second configuration of the base the actuator handle (226) is positioned in a second position, the first anchor (204) is rotatably positioned to a rearward position and the rod (220) is positioned to a forward position engaged by the first base hook.
[0127] Example Clause Q: The base of Example Clause P, where the first static anchor (234) is superior on the base to the first anchor (204) in the first configuration.
[0128] Example Clause R: The base of Example Clause P or Example Clause Q, where the first anchor (204) is superior on the base to the first static anchor (234) in the second configuration.
[0129] Example Clause S: The base of any one of Example Clauses P-R, where the rod (220) is more superior on the base in the first configuration than relative to the second configuration.
[0130] Example Clause T: The base of any one of Example Clauses P-S, further may include second moveable anchor assembly (210) having a second post (214) rotatable relative to the base in the first axis and a second anchor (212) , where the second moveable anchor is positioned within the front portion; a second static anchor (236) where the first static anchor (234) is positioned within the front portion; and a second base hook positioned within the rear portion, where the moveable rod anchor assembly 218 has a second arm (224) rotatable to the base in the second axis.
[0131] Example Clause U: The base of any one of Example Clauses P-T, where the first base hook and the second base hook in the first configuration are configured to engage a stroller chassis 102.
[0132] Example Clause V: The base of any one of Example Clauses P-U, where the first static anchor (234) and the second static anchor (236) in the first configuration are configured to engage a stroller chassis 102.
[0133] Example Clause W: The base of any one of Example Clauses P-V, where the first anchor (204) and the second anchor (212) in the second configuration are configured to engage a child seat 106.
[0134] Example Clause X: The base of any one of Example Clauses P-W, where the first static anchor (234) and the second static anchor (236) are superior on the base to the first anchor (204) and the second anchor (212) in the first configuration.
[0135] Example Clause Y: The base of any one of Example Clauses P-X, where the first anchor (204) and the second anchor (212) are superior on the base to the first static anchor (234) and the second static anchor (236) in the second configuration.
[0136] Example Clause Z: A child carrier system (100) base (200) having a front portion and a rear portion, the base may include: a first moveable anchor assembly (202) having a first post (206) rotatable relative to the base in a first axis and a first anchor (204) , where the first moveable anchor is positioned within the front portion; a moveable rod anchor assembly (218) having a rod (220) and a first arm (222) rotatable relative to the base in a second axis, where the first axis is parallel to the second axis, where the moveable rod anchor assembly (218) is positioned within the rear portion; the first moveable anchor assembly (202) and the moveable rod anchor assembly (218) are positionable such that in a first configuration of the base (200) , the first anchor (204) is rotatably positioned to a forward position and the rod (220) is positioned to a rearward position, and in a second configuration of the base, the first anchor (204) is rotatably positioned to a rearward position and the rod (220) is positioned to a forward position engaged by the first base hook.
[0137] The description set forth herein, in connection with the appended drawings, describes example configurations and does not represent all the examples that may be implemented or that are within the scope of the claims. The term “exemplary” used herein means “serving as an example, instance, or illustration, ” and not “preferred” or “advantageous over other examples. ” The detailed description includes specific details for the purpose of providing an understanding of the described techniques. These techniques, however, may be practiced without these specific details. In some instances, well-known structures and devices are shown in block diagram form to avoid obscuring the concepts of the described examples.
[0138] In the appended figures, similar components or features may have the same reference label. Further, various components of the same type may be distinguished by following the reference label by a dash and a second label that distinguishes among the similar components. If just the first reference label is used in the specification, the description is applicable to any one of the similar components having the same first reference label irrespective of the second reference label.
[0139] Information and signals described herein may be represented using any of a variety of different technologies and techniques. For example, data, instructions, commands, information, signals, bits, symbols, and chips that may be referenced throughout the above description may be represented by voltages, currents, electromagnetic waves, magnetic fields or particles, optical fields or particles, or any combination thereof.
[0140] The description herein is provided to enable a person skilled in the art to make or use the disclosure. Various modifications to the disclosure will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other variations without departing from the scope of the disclosure. Thus, the disclosure is not limited to the examples and designs described herein but is to be accorded the broadest scope consistent with the principles and novel features disclosed herein.
Claims
1.A child carrier system (100) , the system comprising:a child seat (106) ;a stroller chassis (102) ; anda base (200) having a base front portion (302) and a base rear portion (304) , the base comprises:an actuator handle (226) ;a first moveable anchor assembly (202) having a first post (206) rotatable relative to the base in a first axis and a first anchor (204) , wherein the first moveable anchor assembly is positioned within the base front portion;a first static anchor (234) , wherein the first static anchor is positioned within the base front portion;a moveable rod anchor assembly (218) having a rod (220) and a first arm (222) rotatable relative to the base in a second axis, wherein the first axis is parallel to the second axis, wherein the moveable rod anchor assembly is positioned within the base rear portion; anda first base hook (228) , wherein the first base hook is positioned within the base rear portion,wherein the actuator handle is kinetically linked with the first moveable anchor assembly and the moveable rod anchor assembly such that in a first configuration of the base the actuator handle is positioned in a first position, the first anchor is rotatably positioned to a forward position and the rod is positioned to a rearward position, and in a second configuration of the base the actuator handle is positioned in a second position, the first anchor is rotatably positioned to a rearward position and the rod is positioned to a forward position engaged by the first base hook.2.The child carrier system (100) of claim 1, wherein the stroller chassis (102) couples with first base hook in the first configuration.3.The child carrier system (100) of claim 1, wherein the stroller chassis (102) couples with first static anchor (234) in the first configuration.4.The child carrier system (100) of claim 1, wherein the stroller chassis (102) is coupled with child seat (106) in the first configuration.5.The child carrier system (100) of claim 1, wherein the child seat (106) couples with first anchor (204) in the second configuration.6.The child carrier system (100) of claim 1, wherein the child seat (106) couples with rod (220) in the second configuration.7.The child carrier system (100) of claim 1, wherein the first static anchor (234) is superior on the base to the first anchor (204) in the first configuration.8.The child carrier system (100) of claim 1, wherein the first anchor (204) is superior on the base to the first static anchor (234) in the second configuration.9.The child carrier system (100) of claim 1, wherein the rod (220) is more superior on the base in the first configuration than relative to the second configuration.10.The child carrier system (100) of claim 1, further comprising second moveable anchor assembly (210) having a second post (214) rotatable relative to the base (200) in the first axis and a second anchor (212) , wherein the second moveable anchor is positioned within the front portion; a second static anchor (236) wherein the first static anchor (234) is positioned within the front portion; and a second base hook positioned within the rear portion, wherein the moveable rod anchor assembly (218) has a second arm (224) rotatable to the base in the second axis.11.The child carrier system (100) of claim 10, wherein the stroller chassis (102) couples with first base hook and the second base hook in the first configuration.12.The child carrier system (100) of claim 10, wherein the stroller chassis (102) couples with first static anchor (234) and the second static anchor (236) in the first configuration.13.The child carrier system (100) of claim 10, wherein the child seat (106) couples with first anchor (204) and the second anchor (212) in the second configuration.14.The child carrier system (100) of claim 10, wherein the first static anchor (234) and the second static anchor (236) are superior on the base to the first anchor (204) and the second anchor (212) in the first configuration.15.The child carrier system (100) of claim 10, wherein the first anchor (204) and the second anchor (212) are superior on the base to the first static anchor (234) and the second static anchor (236) in the second configuration.