JP2023547726A - Foldable carrycot with cushion - Google Patents

Abstract

[Problem] To provide a foldable carrycot for infants. A carrycot (100) includes at least one cushion (600) disposed inside, the at least one cushion (600) being removably attachable for attachment to a side wall of the carrycot (100). a plurality of fasteners (610). The collapsible frame allows the carrycot (100) to be folded. At least one cushion (600) comprises a shock absorbing component that absorbs shock from either side of the carrycot (100). The collapsible frame includes an upper frame (200), a lower frame (300), a flexible side wall (400) located between the upper frame (200) and the lower frame (300), and a rotating carry handle (500). , and a plurality of hinges (700) disposed between the upper frame (200) and the lower frame (300). [Selection diagram] Figure 1

Description

TECHNICAL FIELD The present disclosure relates to infant carriers, and more particularly to collapsible carry cots with cushions and collapsible frames.

Portable carrycots provide a convenient way to transport infants and babies. Traditional portable carrycots are constructed using a one-piece plastic shell.

Unfortunately, when the bassinet is not in use, plastic shells are inconvenient to store and take up space in the home or car.

A further drawback of conventional carrycots is that the cushioning within the plastic shell is insufficient to adequately protect the person riding the carrycot from accidental physical impacts. The occupant is particularly susceptible to impact near the head position of the carrycot.

Therefore, in order to overcome the shortcomings of the prior art, the size of the carrycot can be minimized when not in use, thereby increasing storage convenience and saving space, and at the same time it is equipped with a cushion. , there is a need for a collapsible carrycot that provides increased protection against unexpected impacts and improves occupant safety.

An object of the present disclosure is to provide a cushioned, collapsible infant carrycot.

The present invention provides a carrycot with at least one cushion and a foldable frame. The cushion is placed inside the carrycot, for example near the head of the occupant of the carrycot. Alternatively, for example, the carrycot comprises two cushions respectively arranged on the two inner sides of the carrycot on either side of the occupant of the carrycot. The cushion may be a shock absorbing component that absorbs shock from any of the sides of the carrycot. As a result, the head of the occupant of the carrycot can be protected by the cushion.

The cushion is made of, for example, an elastic body or an elastic body covered with a material or cloth. The elastic body can be any material that absorbs shock and/or has a soft texture. In one embodiment, the elastomer is styrofoam, expanded polypropylene (EPP), expanded polystyrene (EPS), expanded polyolefin (EPO), polyethylene (PE) board with foam, or PE board with rubber. including.

In one embodiment of the invention, the cushion is removably attached to the inside of the carrycot by magnets, buttons, snaps, clips, or hook-and-loop fasteners. In this embodiment, the cushion and the inside of the carrycot are provided with mating fastening elements so that the cushion can be removably attached to the side walls.

In one embodiment of the invention, the cushion is a separate part and the carrycot further comprises a pouch or side pocket for housing the cushion, the cushion being held within the pouch while the pouch holds the cushion in place. Placed.

In one embodiment of the invention, the cushion is an extension of or is attached to the top side rail or upper frame of the carrycot. . The user can flip the cushion downwards before storing the occupant in the carrycot. The cushion is attached to the top side rail or upper frame by joints, clips, fabric hinges, fabric hinges, hooks, or clasps. The caregiver can removably attach the cushion to the top side rail or upper frame at a suitable location, depending on the needs of the time.

In one embodiment of the invention, the cushion is an extension of the bottom side rail or lower frame of the carrycot or is attached to the bottom side rail or lower frame of the carrycot. It is attached. The user can flip the cushion upwards before storing the occupant in the carrycot. The cushion is attached to the bottom side rail or lower frame by joints, clips, fabric hinges, fabric hinges, hooks, or clasps. The caregiver can removably attach the cushion to the bottom side rail or the lower frame at an appropriate location, depending on the needs of the moment.

In one embodiment of the invention, the cushion forms a pouch or pocket between the cushion and the side wall of the carrycot. This allows the caregiver to use the pouch or pocket as portable storage or to place additional cushions inside the pouch if needed.

In one embodiment of the invention, cushions include a variety of shapes, sizes, thicknesses, materials, fabrics, or colors.

In one embodiment of the invention, the cushions include a variety of shapes, sizes, thicknesses, materials, fabrics, or color combinations.

In one embodiment of the invention, the cushion includes a combination of various removably attachable fasteners.

The invention further provides a carrycot with a foldable frame. A collapsible frame allows the carrycot to be folded up and folded. As a result, the size of the carrycot can be minimized when the carrycot is not in use or when it is stored.

An advantage of the invention is that when the infant is not in the carrycot, the carrycot can be folded up or folded up, which greatly reduces the size of the carrycot, saving storage space while allowing The cot can be easily stored in the trunk or rear of a vehicle, in a closet, or on a shelf.

The collapsible frame includes an upper frame, a lower frame, flexible side walls, a carrying handle, and a plurality of hinges.

A flexible sidewall is attached or connected to and positioned between the upper frame and the lower frame.

A plurality of hinges are attached or connected to and disposed between the upper frame and the lower frame.

Each of the plurality of hinges includes an upper bracket, a lower bracket, and a pivot pin. The pivot pin holds the bottom of the upper bracket and the top of the lower bracket together while allowing the upper and lower brackets to rotate toward and away from each other by rotating about the pivot pin. do.

The upper part of the upper bracket is rotatably connected to the upper frame. The bottom of the lower bracket is rotatably connected to the lower frame. When the hinge is folded and the carrycot is folded (the upper and lower brackets approach each other), the top of the upper bracket rotates about the upper frame in a first direction. At the same time, the bottom of the lower bracket rotates around the lower frame in a second direction. When the hinge opens and the carrycot is deployed (the upper and lower brackets move away from each other), the top of the upper bracket rotates about the upper frame in the second direction. At the same time, the bottom of the lower bracket rotates about the lower frame in the first direction.

In one embodiment of the invention, a plurality of hinges are placed on the outside of the flexible sidewall.

In one embodiment of the invention, a plurality of hinges are placed inside the flexible sidewall.

In one embodiment of the invention, the flexible sidewall is multi-ply and a plurality of hinges are disposed between the outer and inner walls of the flexible sidewall.

In one embodiment of the invention, the plurality of hinges is two hinges.

In one embodiment of the invention, the plurality of hinges is three hinges.

In one embodiment of the invention, the plurality of hinges is four hinges.

In one embodiment of the invention, the plurality of hinges is more than four hinges.

In one embodiment of the invention, one of the plurality of hinges is located at the end of the carrycot closest to the occupant's head location.

In one embodiment of the invention, one of the plurality of hinges is located at the end of the carrycot closest to the location of the occupant's feet.

In one embodiment of the invention, two of the plurality of hinges are located on either side of the carrycot closest to the location of the occupant's head.

In one embodiment of the invention, the plurality of hinges further comprises a locking element. A locking element allows the hinge to be locked in place when extending or unfolding the frame of the carrycot, preventing the upper frame and flexible side walls from collapsing.

Locking elements include, for example, latches, latch handles, springs, and lock shafts. When the carrycot is fully expanded or deployed, the spring forces the locking shaft into the recess, slot, or hole and the hinges are locked in the open (deployed) position. When the hinge is locked, the upper frame is prevented from tipping over towards the lower frame.

When the user wishes to fold or fold the carrycot, the user pulls or presses the latch handle, and the latch moves the locking shaft out of the recess, slot, or hole, unlocking the hinge. When the hinges are unlocked, the upper frame folds towards the lower frame and the carrycot is folded.

When the user wishes to deploy the carrycot, the user grasps the carry handle and lifts the carrycot. The weight of the lower frame or the weight of the occupant causes the lower frame of the carrycot to move until the spring forces the locking shaft into the recess, slot, or hole and locks the hinge in the open (deployed) position. It is pulled away from the upper frame. The user does not have to manipulate the locking element to deploy and lock the carrycot in the extended position. When the hinges are locked, the upper frame is prevented from collapsing towards the lower frame, allowing the user to conveniently transport the carrycot and occupant.

In one embodiment of the invention, the lower frame further comprises a baseboard that serves as a floor for the carrycot.

In one embodiment of the invention, the upper frame and/or the lower frame comprises an integral hoop/ring structure.

In one embodiment of the invention, the upper frame and/or the lower frame comprises a plurality of parts that fit together to form a hoop/ring structure.

In one embodiment of the invention, the upper frame and/or the lower frame comprises hollow or solid metal or plastic material.

In one embodiment of the invention, the flexible sidewall is removable from the upper frame and the lower frame. For example, the flexible sidewall includes mating fastening elements that connect to retain the top of the flexible sidewall to the upper frame and the bottom of the flexible sidewall to the lower frame or baseboard.

In one embodiment of the invention, the carrycot further comprises a retractable canopy. The retractable canopy can be pushed back or down to expose the interior of the carrycot for carrying the occupant, or pulled forward or up to cover the area above the occupant's head. to protect occupants from excessive sunlight, wind, or rain.

In one embodiment of the invention, the carrycot further comprises attachment elements on the baseboard or lower frame that allow the carrycot to be removably attached to the stroller.

FIG. 1 shows a collapsible carrycot with a removably attached cushion according to an embodiment of the invention. FIG. 2A is a diagram illustrating a collapsible carrycot with a removably attached cushion, according to an embodiment of the invention. FIG. 2B is a diagram illustrating a cushioned carrycot according to one embodiment of the invention. FIG. 2C is a diagram illustrating a carrycot with a downward swivel cushion according to an embodiment of the invention. FIG. 2D is a diagram illustrating a carrycot with an upwardly rotating cushion according to an embodiment of the invention. FIG. 2E is a diagram illustrating a carrycot with a retractable cushion according to an embodiment of the invention. FIG. 2F is a diagram illustrating a carrycot with a removable and retractable cushion according to an embodiment of the invention. FIG. 3 is a diagram illustrating a foldable carrycot with multiple hinges, according to an embodiment of the invention. FIG. 4 is a diagram illustrating a collapsible carrycot with multiple hinges and a removably attached cushion, according to an embodiment of the invention. FIG. 5 is a diagram illustrating a collapsible carrier bed with multiple hinges and a removably attached cushion, according to an embodiment of the invention. FIG. 6 is a diagram illustrating a foldable carrycot with multiple hinges, according to an embodiment of the invention. FIG. 7 is a diagram illustrating a foldable carrycot with multiple hinges, according to an embodiment of the invention. FIG. 8 is a diagram illustrating a foldable carrycot with multiple hinges, according to an embodiment of the invention. FIG. 9 is a diagram illustrating a foldable carrycot with multiple hinges, according to an embodiment of the invention. FIG. 10 is a diagram illustrating a foldable carrycot with multiple hinges in a folded position, according to an embodiment of the invention.

BRIEF DESCRIPTION OF THE DRAWINGS To facilitate understanding of the objects, features, and effects of the present invention, embodiments are provided to explain the present invention in detail along with the accompanying drawings.

1 and 2A-2F, these are drawings illustrating a collapsible carrycot with a removably attached, collapsible, and/or retractable cushion, according to embodiments of the present invention. It is.

The present invention provides a carrycot 100 comprising at least one cushion 600. The cushion 600 is arranged inside the carrycot 100, for example near the head of the occupant of the carrycot 100. Alternatively, for example, the carrycot 100 includes two cushions 600 disposed on the two inner sides of the carrycot 100 on both sides of the occupant of the carrycot. Cushion 600 may be a shock absorbing component that absorbs shocks originating from any of the sides of carrycot 100. As a result, the head of the occupant of the carrycot can be protected by the cushion 600.

The cushion 600 is, for example, an elastic body or an elastic body covered with a material or cloth. The elastic body can be any material that absorbs shock and/or has a soft texture. In one embodiment, the elastomer comprises expanded polystyrene, expanded polypropylene (EPP), expanded polystyrene (EPS), expanded polyolefin (EPO), foamed polyethylene (PE) board, or rubberized PE board.

In one embodiment of the invention, the cushion 600 is removably attached to the inside of the carrycot 100 by a removably attachable fastener 610, such as, for example, a magnet, button, snap, clip, or hook-and-loop fastener. In this embodiment, the cushion 600 and the inside of the carrycot 100 are provided with mating fastening elements such that the cushion 600 is removably attached to the side wall.

In one embodiment of the invention, the cushion 600 is a separate component and the carrycot 100 further comprises a pouch or side pocket for housing the cushion 600;
The cushion 600 is then placed within the pouch, with the pouch holding the cushion 600 in place.

In one embodiment of the invention, the cushion 600 is an extension of or attached to the top side rail or upper frame 200 of the carrycot 100. The user can flip the cushion 600 downwards before the occupant is accommodated in the carrycot 100. The cushion 600 is attached to the top side rail or upper frame 200 by a joint, clip, fabric, hinge, fabric hinge, hook, or clasp, zipper, hook and loop fastener such as Velcro®. . A caregiver can removably attach the cushion 600 to the top side rail or upper frame 200 at an appropriate location, depending on the needs of the time.

In one embodiment of the invention, the cushion 600 is an extension of or is attached to the bottom side rail or lower frame 300 of the carrycot 100. The user can flip the cushion 600 upwards before the occupant is accommodated in the carrycot 100. The cushion 600 is attached to the bottom side rail or lower frame 300 by a joint, clip, fabric, hinge, fabric hinge, hook, or clasp, zipper, hook-and-loop fastener, such as Velcro®. A caregiver can removably attach the cushion 600 to the bottom side rail or lower frame 300 at an appropriate location, depending on the needs of the time.

In one embodiment of the invention, the cushion 600 forms a pouch or pocket between the cushion 600 and the sidewall of the carrycot 100. This allows the caregiver to use the pouch or pocket as portable storage or to place additional cushions inside the pouch if needed.

In one embodiment of the invention, cushion 600 includes a variety of shapes, sizes, thicknesses, materials, fabrics, or colors.

In one embodiment of the invention, cushion 600 includes a variety of shapes, sizes, thicknesses, materials, fabrics, or color combinations.

In one embodiment of the invention, cushion 600 includes a combination of various removably attachable fasteners 610.

Please refer to FIGS. 3-10, which are illustrations of a collapsible carrycot with multiple hinges according to an embodiment of the invention.

The invention further provides a carrycot 100 with a collapsible frame. The collapsible frame allows the carrycot 100 to be folded and folded. As a result, the size of the carrycot 100 can be minimized when the carrycot 100 is not used or when the carrycot 100 is stored.

An advantage of the invention is that when the infant is not in the carrycot, the carrycot can be folded up or folded up, which greatly reduces the size of the carrycot, saving storage space while allowing The cot can be easily stored in the trunk or rear of a vehicle, in a closet, or on a shelf.

The collapsible frame includes an upper frame 200, a lower frame 300, a flexible sidewall 400, a carry handle 500, and a plurality of hinges 700.

Carry handle 500 is rotatably attached to upper frame 200 by a rotating handle hinge 550 (FIG. 1).

Flexible sidewall 400 is disposed attached or connected between upper frame 200 and lower frame 300.

A plurality of hinges 700 are attached or connected between the upper frame 200 and the lower frame 300 and are disposed therebetween.

Each of the plurality of hinges 700 includes an upper bracket 710, a lower bracket 720, and a pivot pin 730. The pivot pin holds the bottom of the upper bracket 710 and the top of the lower bracket 720 together while allowing the upper bracket 710 and the lower bracket 720 to rotate away from or toward each other by rotating about the pivot pin 730. be able to move to.

The upper part of the upper bracket 710 is rotatably connected to the upper frame 200. The bottom of the lower bracket 720 is rotatably connected to the lower frame 300. When the hinge 700 is folded and the carrycot 100 is folded (as the upper bracket 710 and lower bracket 720 approach each other), the top of the upper bracket 710 rotates about the upper frame 200 in a first direction. At the same time, the bottom of the lower bracket 720 rotates around the lower frame 300 in the second direction. When the hinge 700 opens and the carrycot 100 is deployed (the upper bracket 710 and the lower bracket 720 move away from each other), the top of the upper bracket 710 rotates about the upper frame 200 in the second direction. At the same time, the bottom of the lower bracket 720 rotates about the lower frame 300 in the first direction.

In one embodiment of the invention, the plurality of hinges 700 are located on the outside of the flexible sidewall 400. In one embodiment of the invention, a plurality of hinges 700 are located inside the flexible sidewall 400. In one embodiment of the invention, flexible sidewall 400 is multiplexed, with multiple hinges 700 disposed between the outer and inner walls of flexible sidewall 400.

In one embodiment of the invention, the plurality of hinges 700 is two hinges. In one embodiment of the invention, the plurality of hinges 700 is three hinges. In one embodiment of the invention, the plurality of hinges 700 is four hinges. In one embodiment of the invention, the plurality of hinges 700 is more than four hinges.

In one embodiment of the invention, one of the plurality of hinges 700 is located at the end of the carrycot 100 closest to the occupant's head location. In one embodiment of the invention, one of the plurality of hinges 700 is located at the end of the carrycot 100 closest to the location of the occupant's feet. In one embodiment of the invention, two of the plurality of hinges 700 are placed on either side of the carrycot 100 closest to the occupant's head location.

In one embodiment of the invention, a plurality of cushions 600 are placed on the hinge 700, as shown in FIGS. 9 and 10. For example, one cushion 600 is placed on each of the upper brackets 710 and one cushion 600 is placed on each of the lower brackets 720. In one embodiment, when the carrycot 100 is folded (folded) or unfolded (expanded), the plurality of cushions 600 push against the flexible sidewalls 400 and prevent the flexible sidewalls 400 from catching on the hinges 700. . Further, the plurality of cushions 600 protect the occupant within the carrycot 100 from the stiff hinges 700.

In one embodiment, the plurality of cushions 600 are made of, for example, styrofoam, expanded polypropylene (EPP), expanded polystyrene (EPS), expanded polyolefin (EPO), polyethylene (PE) board with foam, or rubberized PE. Including board. In one embodiment, cushion 600 is permanently attached to hinge 700.

In one embodiment of the invention, the plurality of cushions 600 are removably attached to the hinge by removably attachable fasteners such as magnets, buttons, snaps, clips, or hook-and-loop fasteners. In this embodiment, the plurality of cushions 600 and hinge 700 include mating fastening elements such that the plurality of cushions 600 are removably attached to the hinge 700.

In one embodiment of the invention, the plurality of cushions 600 include various shapes, sizes, thicknesses, materials, fabrics, or colors.

In one embodiment of the invention, the plurality of hinges 700 further include a locking element. The locking element allows the hinge 700 to be locked in place when the frame of the carrycot is extended or deployed, and prevents the upper frame 200 and flexible sidewall 400 from collapsing.

Locking elements include, for example, latches, latch handles, springs, and lock shafts. When the carrycot 100 is fully expanded or deployed, the spring forces the locking shaft into the recess, slot, or hole and the hinge 700 is locked in the open (deployed) position. When the hinge 700 is locked, the upper frame 200 is prevented from falling toward the lower frame 300.

When the user attempts to fold or fold the carrycot 100, the latch handle is pulled or pushed and the latch disengages the locking shaft from the recess, slot, or hole, unlocking the hinge 700. When the hinge 700 is unlocked, the upper frame 200 is folded toward the lower frame 300, and the carrycot 100 is folded.

If the user wishes to deploy the carrycot 100, the user grasps the carry handle 500 and lifts the carrycot 100. The weight of the lower frame 300 or the weight of the occupant is forced under the carrycot 100 until the spring forces the locking shaft into the recess, slot, or hole and the hinge 700 is locked in the open (deployed) position. Separate the side frame 300 from the upper frame 200. The user does not have to manipulate the locking elements to unfold and lock the carrycot 100 in the extended position. When the hinge 700 is locked, the upper frame 200 is prevented from falling toward the lower frame 300, allowing the user to conveniently carry the carrycot 100 and the passenger.

In one embodiment of the invention, lower frame 300 further includes a baseboard 350 that serves as a floor for carrycot 100.

In one embodiment of the invention, upper frame 200 and/or lower frame 300 include an integral hoop/ring structure.

In one embodiment of the invention, the upper frame 200 and/or the lower frame 300 include multiple parts that interlock with each other to form a hoop/ring structure.

In one embodiment of the invention, upper frame 200 and/or lower frame 300 include hollow or solid metal or plastic material.

In one embodiment of the invention, flexible sidewall 400 is removable from the upper and lower frames. For example, flexible sidewall 400 includes mating fastening elements that connect to retain the top of flexible sidewall 400 to upper frame 200 and the bottom of flexible sidewall 400 to lower frame 300 or baseboard 350.

In one embodiment of the invention, carrycot 100 further includes a retractable canopy 800. The retractable canopy 800 can be pushed rearward/downward to expose the interior of the carrycot 100 for carrying an occupant, and can be pulled forward/upward to cover the area above the occupant's head level and protect it from excessive sunlight. , wind, or rain.

In one embodiment of the invention, the carrycot 100 further comprises an attachment element 900 on the baseboard 350 or lower frame 300 that allows the carrycot 100 to be removably attached to the stroller.

Although the disclosure has been described in terms of particular embodiments, those skilled in the art can make many modifications and variations without departing from the scope and spirit of the disclosure as set forth in the claims below. Probably.

Claims (89)

A foldable infant carrycot (100),
The carrycot (100) comprises at least one cushion (600) arranged inside the carrycot (100),
the at least one cushion (600) comprises a plurality of removably attachable fasteners (610) for attaching the at least one cushion (600) to a side wall of the carrycot (100);
Foldable infant carrycot (100). said at least one cushion (600) comprises a shock absorbing component for absorbing shock coming from any of the sides of said carrycot (100);
A collapsible infant carrycot (100) according to claim 1. the at least one cushion (600) comprises an elastic body or an elastic body covered with a material or fabric;
A collapsible infant carrycot (100) according to claim 1. the at least one cushion (600) comprises expanded polystyrene, expanded polypropylene (EPP), expanded polystyrene (EPS), expanded polyolefin (EPO), foamed polyethylene (PE) board, or rubberized PE board;
A collapsible infant carrycot (100) according to claim 1. The removably attachable fastener (610) includes a magnet, button, snap, clip, or fabric fastener.
A collapsible infant carrycot (100) according to claim 1. Said carrycot (100) further comprises a pouch for housing said at least one cushion (600), said cushion (600) being disposed within said pouch, said pouch holding said cushion (600) in a predetermined position. hold in position,
A collapsible infant carrycot (100) according to claim 1. the cushion (600) is an extension of or is attached to an upper frame (200) of the carrycot (100);
A collapsible infant carrycot (100) according to claim 1. the at least one cushion (600) is attached to the upper frame (200) by a joint, clip, fabric, hinge, fabric hinge, hook, or clasp;
A collapsible infant carrycot (100) according to claim 1. said at least one cushion (600) is an extension of or is attached to a lower frame (300) of said carrycot (100);
A collapsible infant carrycot (100) according to claim 1. the at least one cushion (600) is attached to the lower frame (300) by a joint, clip, fabric, hinge, fabric hinge, hook, or clasp;
A collapsible infant carrycot (100) according to claim 1. the at least one cushion (600) forming a pocket between the at least one cushion and a side wall of the carrycot (100);
A collapsible infant carrycot (100) according to claim 1. The at least one cushion (600) includes a variety of shapes, sizes, thicknesses, materials, fabrics, or colors.
A collapsible infant carrycot (100) according to claim 1. A collapsible infant carrycot (100) that can be folded and folded with a collapsible frame. The foldable frame includes:
an upper frame (200);
a lower frame (300);
a flexible side wall (400) disposed between the upper frame (200) and the lower frame (300);
Carry handle (500) and
comprising a plurality of hinges (700) disposed between the upper frame (200) and the lower frame (300);
A collapsible infant carrycot (100) according to claim 13. Each of the plurality of hinges (700) includes:
an upper bracket (710) rotatably connected to the upper frame (200);
a lower bracket (720) rotatably connected to the lower frame (300);
A pivot pin (730);
The pivot pin (730) holds the bottom of the upper bracket (710) and the top of the lower bracket (720) together and allows the upper bracket (710) and the lower bracket (720) to rotatably moved away from each other or towards each other by pivoting about a pivot pin (730);
A collapsible infant carrycot (100) according to claim 14. When the hinge (700) is folded and the carrycot (100) is folded up, the upper bracket (710) and the lower bracket (720) move toward each other, causing the upper part of the upper bracket (710) to move closer to each other. rotates about the upper frame (200) in a first direction, and a bottom of the lower bracket (720) rotates about the lower frame (300) in a second direction;
A collapsible infant carrycot (100) according to claim 15. When the hinge (700) opens and the carrycot (100) is deployed, the upper bracket (710) and the lower bracket (720) move away from each other, and the upper part of the upper bracket (710) rotating about the frame (200) in the second direction, and the bottom of the lower bracket (720) rotating about the lower frame (300) in the first direction;
A collapsible infant carrycot (100) according to claim 16. Two of the plurality of hinges (700) are arranged on both sides of the carrycot (100) closest to the position of the occupant's head.
A collapsible infant carrycot (100) according to claim 14. one of the plurality of hinges (700) is located at an end of the carrycot (100) closest to the position of the occupant's head;
A collapsible infant carrycot (100) according to claim 14. one of the plurality of hinges (700) is located at an end of the carrycot (100) closest to the position of the occupant's feet;
A collapsible infant carrycot (100) according to claim 14. The plurality of hinges (700) further include:
enabling the hinge (700) to be locked in place when the folding frame of the carrycot (100) is deployed, preventing the upper frame (200) and the flexible side walls (400) from collapsing. Equipped with a locking element to prevent
A collapsible infant carrycot (100) according to claim 14. the locking element comprises a latch, a latch handle, a spring, and a lock shaft;
A collapsible infant carrycot (100) according to claim 21. When the carrycot (100) is fully deployed, the spring forces the locking shaft into a recess, slot or hole and the hinge (700) is locked in the open position.
A collapsible infant carrycot (100) according to claim 22. The lower frame (300) further comprises a baseboard (350) providing a floor for the carrycot (100).
A collapsible infant carrycot (100) according to claim 14. the upper frame (200) and/or the lower frame (300) comprising an integral hoop/ring structure;
A collapsible infant carrycot (100) according to claim 14. the upper frame (200) and/or the lower frame (300) comprises a plurality of parts that interlock with each other to form a hoop/ring structure;
A collapsible infant carrycot (100) according to claim 14. the upper frame (200) and/or the lower frame (300) comprises hollow or solid metal or plastic material;
A collapsible infant carrycot (100) according to claim 14. the flexible sidewall (400) is removable from the upper frame (200) and the lower frame (300);
A collapsible infant carrycot (100) according to claim 14. The flexible side wall (400) is connected to hold the top of the flexible side wall (400) to the upper frame (200) and the bottom of the flexible side wall (400) to the lower frame (300). comprising mating fastening elements;
A collapsible infant carrycot (100) according to claim 14. The carrycot (100) further comprises a retractable canopy (800),
The retractable canopy (800) can be pushed rearward/downward to expose the interior of the carrycot (100) for carrying an occupant, and pulled forward/upward to expose the area above the occupant's head position. can be covered,
A collapsible infant carrycot (100) according to claim 14. Said carrycot (100) further comprises an attachment element (900) on said baseboard (350) or on said lower frame (300), making it possible to removably attach said carrycot (100) to a stroller. are equipped with
A collapsible infant carrycot (100) according to claim 24. at least one cushion (600) disposed inside the carrycot (100);
a foldable frame that allows the carrycot (100) to be folded or folded;
the at least one cushion (600) comprises a plurality of removably attachable fasteners (610) for attaching the at least one cushion (600) to a side wall of the carrycot (100);
Foldable infant carrycot (100). said at least one cushion (600) comprises a shock absorbing component for absorbing shock coming from any of the sides of said carrycot (100);
A collapsible infant carrycot (100) according to claim 32. the at least one cushion (600) comprises an elastic body or an elastic body covered with a material or fabric;
A collapsible infant carrycot (100) according to claim 32. the at least one cushion (600) comprises expanded polystyrene, expanded polypropylene (EPP), expanded polystyrene (EPS), expanded polyolefin (EPO), foamed polyethylene (PE) board, or rubberized PE board;
A collapsible infant carrycot (100) according to claim 32. The plurality of removably attachable fasteners (610) include magnets, buttons, snaps, clips, or fabric top fasteners.
A collapsible infant carrycot (100) according to claim 32. Said carrycot (100) further comprises a pouch for housing said at least one cushion (600), said cushion (600) being disposed within said pouch, said pouch holding said cushion (600) in a predetermined position. hold in position,
A collapsible infant carrycot (100) according to claim 32. the cushion (600) is an extension of or attached to the upper frame (200) of the carrycot (100);
A collapsible infant carrycot (100) according to claim 32. the at least one cushion (600) is attached to the upper frame (200) by a joint, clip, fabric, hinge, fabric hinge, hook, or clasp;
A collapsible infant carrycot (100) according to claim 32. the at least one cushion (600) is an extension of or attached to the lower frame (300) of the carrycot (100);
A collapsible infant carrycot (100) according to claim 32. the at least one cushion (600) is attached to the lower frame (300) by a joint, clip, fabric, hinge, fabric hinge, hook, or clasp;
A collapsible infant carrycot (100) according to claim 32. the at least one cushion (600) forming a pocket between the at least one cushion (600) and a side wall of the carrycot (100);
A collapsible infant carrycot (100) according to claim 32. The at least one cushion (600) includes a variety of shapes, sizes, thicknesses, materials, fabrics, or colors.
A collapsible infant carrycot (100) according to claim 32. The foldable frame includes:
an upper frame (200);
a lower frame (300);
a flexible side wall (400) disposed between the upper frame (200) and the lower frame (300);
Carry handle (500) and
a plurality of hinges (700) disposed between the upper frame (200) and the lower frame (300);
A collapsible infant carrycot (100) according to claim 32. Each of the plurality of hinges (700) includes:
an upper bracket (710) rotatably connected to the upper frame (200);
a lower bracket (720) rotatably connected to the lower frame (300);
A pivot pin (730);
The pivot pin (730) holds the bottom of the upper bracket (710) and the top of the lower bracket (720) together while the upper bracket (710) and the lower bracket (720) Rotating around a pin (730) allows them to rotatably move away from and toward each other;
A collapsible infant carrycot (100) according to claim 44. When the hinge (700) is folded and the carrycot (100) is folded up, the upper bracket (710) and the lower bracket (720) move toward each other, causing the upper part of the upper bracket (710) to move closer to each other. rotates about the upper frame (200) in a first direction, and a bottom of the lower bracket (720) rotates about the lower frame (300) in a second direction;
A collapsible infant carrycot (100) according to claim 45. When the hinge (700) opens and the carrycot (100) is deployed, the upper bracket (710) and the lower bracket (720) move away from each other, and the upper part of the upper bracket (710) rotating about the frame (200) in the second direction, and the bottom of the lower bracket (720) rotating about the lower frame (300) in the first direction;
A collapsible infant carrycot (100) according to claim 46. Two of the plurality of hinges (700) are arranged on both sides of the carrycot (100) closest to the position of the occupant's head.
A collapsible infant carrycot (100) according to claim 44. one of the plurality of hinges (700) is located at an end of the carrycot (100) closest to the position of the occupant's head;
A collapsible infant carrycot (100) according to claim 44. one of the plurality of hinges (700) is located at an end of the carrycot (100) closest to the position of the occupant's feet;
A collapsible infant carrycot (100) according to claim 44. The plurality of hinges (700) further include:
enabling the hinge (700) to be locked in place when the folding frame of the carrycot (100) is deployed, preventing the upper frame (200) and the flexible side walls (400) from collapsing. Equipped with a locking element to prevent
A collapsible infant carrycot (100) according to claim 44. the locking element comprises a latch, a latch handle, a spring, and a lock shaft;
A collapsible infant carrycot (100) according to claim 51. When the carrycot (100) is fully deployed, the spring forces the locking shaft into a recess, slot or hole and the hinge (700) is locked in the open position.
A collapsible infant carrycot (100) according to claim 52. The lower frame (300) further comprises a baseboard (350) providing a floor for the carrycot (100).
A collapsible infant carrycot (100) according to claim 44. the upper frame (200) and/or the lower frame (300) comprising an integral hoop/ring structure;
A collapsible infant carrycot (100) according to claim 44. the upper frame (200) and/or the lower frame (300) comprises a plurality of parts that interlock with each other to form a hoop/ring structure;
A collapsible infant carrycot (100) according to claim 44. the upper frame (200) and/or the lower frame (300) comprises hollow or solid metal or plastic material;
A collapsible infant carrycot (100) according to claim 44. the flexible sidewall (400) is removable from the upper frame (200) and the lower frame (300);
A collapsible infant carrycot (100) according to claim 44. The flexible side wall (400) is connected to hold the top of the flexible side wall (400) to the upper frame (200) and the bottom of the flexible side wall (400) to the lower frame (300). comprising mating fastening elements;
A collapsible infant carrycot (100) according to claim 44. The carrycot (100) further comprises a retractable canopy (800),
The retractable canopy (800) can be pushed rearward/downward to expose the interior of the carrycot (100) for carrying an occupant, and pulled forward/upward to expose the area above the occupant's head position. can be covered,
A collapsible infant carrycot (100) according to claim 32. Said carrycot (100) further comprises an attachment element (900) on said baseboard (350) or on said lower frame (300), making it possible to removably attach said carrycot (100) to a stroller. are equipped with
A collapsible infant carrycot (100) according to claim 44. a foldable frame that allows the carrycot (100) to be folded and folded;
at least one cushion (600) arranged inside the carrycot (100), the at least one cushion (600) being connected to the foldable frame;
Foldable infant carrycot (100). said at least one cushion (600) comprises a shock absorbing component for absorbing shock coming from any of the sides of said carrycot (100);
A collapsible infant carrycot (100) according to claim 62. the at least one cushion (600) comprises an elastic body or an elastic body covered with a material or fabric;
A collapsible infant carrycot (100) according to claim 62. the at least one cushion (600) comprises expanded polystyrene, expanded polypropylene (EPP), expanded polystyrene (EPS), expanded polyolefin (EPO), foamed polyethylene (PE) board, or rubberized PE board;
A collapsible infant carrycot (100) according to claim 62. the cushion (600) is an extension of or attached to the upper frame (200) of the carrycot (100);
A collapsible infant carrycot (100) according to claim 62. the at least one cushion (600) is attached to the upper frame (200) by a joint, clip, fabric, hinge, fabric hinge, hook, or clasp;
A collapsible infant carrycot (100) according to claim 62. the at least one cushion (600) is an extension of or attached to the lower frame (300) of the carrycot (100);
A collapsible infant carrycot (100) according to claim 62. the at least one cushion (600) is attached to the lower frame (300) by a joint, clip, fabric, hinge, fabric hinge, hook, or clasp;
A collapsible infant carrycot (100) according to claim 62. the at least one cushion (600) forming a pocket between the at least one cushion (600) and a side wall of the carrycot (100);
A collapsible infant carrycot (100) according to claim 62. The at least one cushion (600) includes a variety of shapes, sizes, thicknesses, materials, fabrics, or colors.
A collapsible infant carrycot (100) according to claim 62. The foldable frame includes:
an upper frame (200);
a lower frame (300);
a flexible side wall (400) disposed between the upper frame (200) and the lower frame (300);
Carry handle (500) and
comprising a plurality of hinges (700) disposed between the upper frame (200) and the lower frame (300);
A collapsible infant carrycot (100) according to claim 62. Each of the plurality of hinges (700) includes:
an upper bracket (710) rotatably connected to the upper frame (200);
a lower bracket (720) rotatably connected to the lower frame (300);
A pivot pin (730);
The pivot pin (730) holds the bottom of the upper bracket (710) and the top of the lower bracket (720) together and allows the upper bracket (710) and the lower bracket (720) to rotatably moved away from each other or towards each other by pivoting about a pivot pin (730);
A collapsible infant carrycot (100) according to claim 72. When the hinge (700) is folded and the carrycot (100) is folded up, the upper bracket (710) and the lower bracket (720) move toward each other, causing the upper part of the upper bracket (710) to move closer to each other. rotates about the upper frame (200) in a first direction, and a bottom of the lower bracket (720) rotates about the lower frame (300) in a second direction;
A collapsible infant carrycot (100) according to claim 73. When the hinge (700) opens and the carrycot (100) is deployed, the upper bracket (710) and the lower bracket (720) move away from each other, and the upper part of the upper bracket (710) rotating about the frame (200) in the second direction, and the bottom of the lower bracket (720) rotating about the lower frame (300) in the first direction;
A collapsible infant carrycot (100) according to claim 74. Two of the plurality of hinges (700) are arranged on both sides of the carrycot (100) closest to the position of the occupant's head.
A collapsible infant carrycot (100) according to claim 72. one of the plurality of hinges (700) is located at an end of the carrycot (100) closest to the position of the occupant's head;
A collapsible infant carrycot (100) according to claim 72. one of the plurality of hinges (700) is located at an end of the carrycot (100) closest to the position of the occupant's feet;
A collapsible infant carrycot (100) according to claim 72. The plurality of hinges (700) further include:
enabling the hinge (700) to be locked in place when the folding frame of the carrycot (100) is deployed, preventing the upper frame (200) and the flexible side walls (400) from collapsing. Equipped with a locking element to prevent
A collapsible infant carrycot (100) according to claim 72. the locking element comprises a latch, a latch handle, a spring, and a lock shaft;
A collapsible infant carrycot (100) according to claim 79. When the carrycot (100) is fully deployed, the spring forces the locking shaft into a recess, slot or hole and the hinge (700) is locked in the open position.
A collapsible infant carrycot (100) according to claim 80. The lower frame (300) further comprises a baseboard (350) providing a floor for the carrycot (100).
A collapsible infant carrycot (100) according to claim 72. the upper frame (200) and/or the lower frame (300) comprising an integral hoop/ring structure;
A collapsible infant carrycot (100) according to claim 72. the upper frame (200) and/or the lower frame (300) comprises a plurality of parts that interlock with each other to form a hoop/ring structure;
A collapsible infant carrycot (100) according to claim 72. the upper frame (200) and/or the lower frame (300) comprises hollow or solid metal or plastic material;
A collapsible infant carrycot (100) according to claim 72. the flexible sidewall (400) is removable from the upper frame (200) and the lower frame (300);
A collapsible infant carrycot (100) according to claim 72. The flexible side wall (400) is connected to hold the top of the flexible side wall (400) to the upper frame (200) and the bottom of the flexible side wall (400) to the lower frame (300). comprising mating fastening elements;
A collapsible infant carrycot (100) according to claim 72. The carrycot (100) further comprises a retractable canopy (800),
The retractable canopy (800) can be pushed rearward/downward to expose the interior of the carrycot (100) for carrying an occupant, and pulled forward/upward to expose the area above the occupant's head position. can be covered,
A collapsible infant carrycot (100) according to claim 72. Said carrycot (100) further comprises an attachment element (900) on said baseboard (350) or on said lower frame (300), making it possible to removably attach said carrycot (100) to a stroller. are equipped with
A collapsible infant carrycot (100) according to claim 72.