A stroller camera assembly includes a camera unit for recording video footage. The camera unit includes a pair of open rings that is each coupled to the camera unit. Each of the open rings can engage a structural member of a baby carriage thereby facilitating the camera unit to record footage from in front of the baby carriage. A personal electronic device is in wireless communication with the camera unit to display video footage captured by the camera unit. The personal electronic device includes an open ring that is coupled to the personal electronic device to engage a handle of the baby carriage. In this way the personal electronic device is visible to a caregiver that is pushing the baby carriage to view the video footage captured by the camera unit.

Disclosed is a control system suitable for controlling a ceiling structure of a carrier. The control system includes: a processing module; a sensor module, electrically coupled to the processing module and senses an external wind-force; and a driving device, electrically coupled to the processing module and controls unfolding and folding of the ceiling structure, wherein when the processing module determines through the sensor module that the external wind-force is greater than a predetermined wind-force threshold, the driving device is controlled such that the ceiling structure shelters at least part of the carrier. Also disclosed is a carrier including a ceiling structure, and a control method suitable for controlling a ceiling structure of a carrier.

A handcart safety system for a baby stroller other means of baby ground transportation that has a telescoping pole with a visibility aid and flag at its distal end and a clamp at its proximal end. The visibility aid is a bright light or similar device for drawing attention from an object approaching the stroller or baby transportation means. The flag may be extendable and collapsible, may have bright colors to draw attention, and may include messages, or be otherwise customized and adapted. The pole may be attached to a clamp using a pivoting joint or other device to adjust the orientation of the pole relative to a stroller or means of baby ground transportation to which it is attached. The safety system may be formed integral with a baby stoller or may be detachable.

The invention relates to a bicycle trailer, in particular for transporting children, comprising a chassis (1, 23) and a frame which is connected to the chassis for a passenger compartment. The trailer has at least two wheels (2, 21) and can be provided with a towbar (3, 22) for hitching to a bicycle and at least one third wheel in order to use the bicycle trailer as a stroller or as a jogger. The trailer has a lighting device (14, 35) and a push handle (6, 25). The aim of the invention is to provide such a bicycle trailer in which the handling of the lighting device is simplified. According to the invention, this is achieved in that at least one lighting device is integrated into the push handle or into a coupling for securing the push handle to the frame.

A clip light device and mounting which provide the means and method for securing the device to a mountings manufactured to accommodate the clip easily, quickly, comfortably, securely, and in an aesthetically pleasing manner. The invention overcomes the limitations of existing battery powered clip light devices and headlamps by utilizing advanced rechargeable batteries, strong micro Light Emitting Diodes (micro-LED) lights, easy recharging via pinout, and novel method attaching the device.

Various of the disclosed embodiments concern a safety apparatus that is positioned adjacent to and attached to a carriage device, thereby substantially improving the safety of individuals seated in the carriage device. The safety apparatus can include a structural frame, one or more front contacts, one or more rear contacts, a support bar, one or more handles, and at least one connector. The at least one connector allows the safety apparatus to be detachably connected or fixedly attached to the carriage device. The safety apparatus may also be adjustable or collapsible, which permits its footprint to be reduced when not in use. In some embodiments, the safety apparatus includes a support bar and/or basket that allows a user to hang or place items, such as a purse or diaper bag, without causing the safety apparatus or the carriage device to become unbalanced.

A mirror system for use with a stroller or wheelchair has a mirror, a support arm coupled with the mirror, and a clamp coupled with the support arm. The mirror is spaced from the clamp along the support arm. The clamp can couple with a wide variety of different support bases. To that end, the clamp of this embodiment has a first member with a first surface and a second member having a second surface. The first surface opposes the second surface and is compressible. The second surface has a concavity. To be removably couplable with a support base, the first surface is movable relative to the second surface.

A personal mobility assistance device includes lights that accent the shape of the device. The lights include a battery, a wire, and a plurality of light emitting devices connected to the wire and powered by the battery. The light emitting devices are spaced sufficiently close to each other along the wire such that, when the vehicle is observed in low light conditions, the shape of the personal mobility assistance device is discernable to the observer.

A motorized stroller assembly includes a carriage frame. A plurality of wheels is rotatably attached to the carriage and a child seat is positioned in the carriage frame. An electric motor is mechanically coupled to at least a first wheel of the plurality of wheels. The motor selectively rotates the first wheel to drive the carriage frame forward. A battery is mounted on the carriage frame and is electrically coupled to the motor. A control is mounted on the carriage frame and is electrically coupled to the motor and is actuated to drive the first wheel in the first direction. A platform is attached to a rear side of the carriage and extends rearwardly therefrom. The platform is positioned near a bottom of the carriage. The platform supports a person standing on the platform. A canopy is pivotally coupled to the carriage frame and is extendable over the child seat.

A baby transport is provided. The baby transport includes a car body, a first sensing unit, a second sensing unit, and a processing unit. The car body is configured to carry a baby. The first sensing unit is configured to sense a biological signal of the baby. The second sensing unit is configured to sense an environment context. The processing unit is configured to determine a target of interest according to the biological signal of the baby and the environment context; plan a route according to the environment context and the target of interest; and control the car body to move according to the route.