Roof rack assembly and hood light-blocking fabric assembly that are capable of photovoltaic generation
The present invention relates to a roof rack assembly and a hood light-blocking fabric assembly, the roof rack assembly comprising: a pair of roof racks coupled to the roof of a vehicle; a photovoltaic generation light-blocking module coupled to be able to move forward/backward along the pair of roof racks and configured to expose/cover the roof and to block sunlight; a light-blocking plate transfer portion for applying a driving force such that the photovoltaic generation light-blocking module moves forward/backward along the pair of roof racks and is unfolded over the roof of the vehicle or is folded; a converter for converting electric energy generated by the photovoltaic generation light-blocking module into power that can be used by the light-blocking plate transfer plate and the vehicle; an accumulator for storing power converted by the converter; and a controller for controlling supply of power by the converter and the accumulator.
1. A roof rack assembly comprising:
a pair of roof racks coupled to the roof of a vehicle;
a photovoltaic generation light-blocking module coupled to be able to move forward/backward along the pair of roof racks and configured to expose/cover the roof and to block sunlight;
a light-blocking plate transfer portion for applying a driving force such that the photovoltaic generation light-blocking module moves forward/backward along the pair of roof racks and is unfolded over the roof of the vehicle or is folded;
a converter for converting electric energy generated by the photovoltaic generation light-blocking module into power that can be used by the light-blocking plate transfer plate and the vehicle;
an accumulator for storing power converted by the converter; and
a controller that controls a power supply of the converter and the accumulator,
wherein the photovoltaic generation light-blocking module further comprises:
a photovoltaic generation light-blocking plate which is moved between the pair of roof racks; and
a fixing plate fixed to the roof racks to support the photovoltaic generation light-blocking plate so that the photovoltaic generation light-blocking plate is slidably moved,
wherein the light-blocking plate transfer portion further comprises:
a transfer motor that provides a rotational force to allow the photovoltaic generation light-blocking plate to move slidably from the fixing plate;
a transfer roller that guides the sliding movement of the photovoltaic generation light-blocking plate, while moving along upper surfaces of the roof racks;
an opening and closing shaft coupled to a front portion of the fixing plate and connected to the transfer motor to be rotated bi-directionally; and
a plurality of wire members, one end of which is fixed to the photovoltaic generation light-blocking plate and the other end of which is fixed to the opening and closing shaft to transfer the photovoltaic generation light-blocking plate according to a direction of rotation of the opening and closing shaft.
2. The roof rack assembly of claim 1 , wherein the roof racks include guide protrusions protruding upward from upper surfaces to guide a movement of the transfer roller.
3. A roof rack assembly comprising:
a pair of roof racks coupled to the roof of a vehicle;
a photovoltaic generation light-blocking module coupled to be able to move forward/backward along the pair of roof racks, the photovoltaic generation light-blocking module further comprising:
a photovoltaic generation light-blocking plate which is moved between the pair of roof racks; and
a fixing plate fixed to the roof racks to support the photovoltaic generation light-blocking plate so that the photovoltaic generation light-blocking plate is slidably moved;
a light-blocking plate transfer portion for applying a driving force such that the photovoltaic generation light-blocking module moves forward/backward along the pair of roof racks;
a converter for converting electric energy generated by the photovoltaic generation light-blocking module into power;
an accumulator for storing power converted by the converter; and
a controller that controls a power supply of the converter and the accumulator;
wherein the light-blocking plate transfer portion further comprises:
a transfer motor that provides a rotational force to allow the photovoltaic generation light-blocking plate to move slidably from the fixing plate;
a transfer roller that guides the sliding movement of the photovoltaic generation light-blocking plate, while moving along upper surfaces of the roof racks;
an opening and closing shaft coupled to a front portion of the fixing plate and connected to the transfer motor to be rotated bi-directionally; and
a plurality of wire members, one end of which is fixed to the photovoltaic generation light-blocking plate and the other end of which is fixed to the opening and closing shaft to transfer the photovoltaic generation light-blocking plate according to a direction of rotation of the opening and closing shaft.
4. The roof rack assembly of claim 3 , wherein the roof racks include guide protrusions protruding upward from upper surfaces to guide a movement of the transfer roller.