CN115551763A - Motorized stroller with platform and ergonomic means - Google Patents

Abstract

A motorized stroller for a theme park is disclosed that includes a platform and ergonomic means. The platform enables an operator to stand thereon for use in automated travel. Accessing the touch screen display from the platform may display sight location, wait time, date, local dining, and online ordering options. In addition, the user may also manipulate the steering of the stroller while standing on the platform. The steering mechanism of the stroller includes a right handle that can be manually rotated in a rearward motion to accelerate the stroller in a forward direction. The left handle can be rotated backward for reverse movement. In addition, the steering wheel includes a brake handle to stop the stroller. In this embodiment, the steering handle also includes a key entry for opening and closing the stroller and a horn.

Description

Motorized stroller with platform and ergonomics

technical field

The present invention relates to motorized strollers, and more particularly, to a motorized stroller including a platform and ergonomic means.

Background technique

Several motorized strollers with platforms and ergonomic features have been designed in the past. However, none of them include a platform and ergonomic motorized baby stroller that includes a throttle handle with a touchscreen display. handle bar). The platform enables an operator to stand on it in order to use it for autonomous driving. Accessing the touchscreen display from the platform can display attraction locations, wait times, times, dates, local dining and online ordering options. In addition, the user can also operate the steering of the stroller while standing on the platform. The steering mechanism of the stroller includes a right handle that is manually rotated in a backward motion to accelerate the stroller in a forward direction.

The applicant believes that the relevant reference corresponds to US Patent Publication US 9,868,456. This patent publication discloses a stroller system comprising an extendable base, two frame assemblies and a platform. The applicant believes that another relevant reference corresponds to the US patent publication US 9,656,682. This patent publication discloses a stroller system comprising a stroller frame, three or more wheels, a housing unit, a motor coupled to the frame, a brake coupled to at least one wheel, a handle and a pedal. However, none of these references teach a motorized stroller with a platform and ergonomic features.

Other comparative documents describing the closest subject offer some more or less complex features that do not solve the above problems in an efficient and economical way. Therefore, none of these patents shows the novel features of the present invention.

Contents of the invention

It is an object of the present invention to provide a motorized baby stroller with a platform and ergonomics including a throttle handle mounted with a display screen.

Another object of the present invention is to provide a motorized baby stroller with platform and ergonomics, said motorized baby stroller comprising a collapsible covering mounted to the front end of said stroller.

Yet another object of the present invention is to provide a motorized stroller with a platform and ergonomics including a sunshade for the user.

A further object of the present invention is to provide a motorized baby stroller with a platform and ergonomics, said motorized baby stroller including a seat belt for a passenger in the cabin of said stroller.

A further object of the invention is to provide a device which is inexpensive to implement and maintain while maintaining its effectiveness.

Other objects of the present invention will be presented in the following parts of this specification, and the purpose of the detailed description therein is to fully disclose the present invention, not to limit it in any way.

Description of drawings

In view of the foregoing and other related purposes, details of construction and combination of accessories encompassed by the invention may be more fully understood from the following description when read in conjunction with the accompanying drawings, in which:

1 illustrates an isometric front view of a stroller system 10 showing a cover assembly 40 mounted on a frame assembly 20 in an actuated configuration in accordance with an embodiment of the present invention;

FIG. 2 illustrates another isometric front view of the stroller system 10 showing the lid assembly 40 mounted on the frame assembly 20 and the storage compartment embedded within the frame assembly 20 in accordance with an embodiment of the present invention;

3 shows an isometric rear view of the stroller system 10 showing the platform assembly 60 engaged with the frame assembly 20 and the external device mounted to the handle of the handle assembly 80 in accordance with an embodiment of the present invention;

4 illustrates an exploded isometric view of the stroller system 10 in accordance with an embodiment of the present invention, showing an exploded configuration of the frame assembly 20 and the lid assembly 40, wherein the lid assembly 40 comprises a cart with a collapsible roof. cabin;

5 shows another isometric rear view of the stroller system 10 according to an embodiment of the present invention, showing the handle with a handle rod protruding from the frame assembly 20;

6 shows an isometric rear view of the stroller system 10 showing the underside of the frame assembly 20 and the underside of the platform assembly 60 with the bottom side of the frame assembly 20 having Mounting bracket 25 supporting motor 82 of drive assembly 80;

7 illustrates another isometric rear view of the stroller system 10 showing the base platform and wall platform of the platform assembly 60 engaged to the base rods of the platform assembly 60 in accordance with an embodiment of the present invention. superior;

8 shows a bottom view of the stroller system 10 according to an embodiment of the present invention, wherein a bottom view of the platform assembly 60 is shown, the base rod of the platform assembly 60 supports the base platform, and wherein shows the mounting bracket supporting the motor of the drive assembly;

9 illustrates a top view of the stroller system 10 according to an embodiment of the present invention, showing the cover assembly 40 in an actuated configuration, and the drive assembly 80 extending from the top end of the frame assembly 20;

10 shows a rear view of the stroller system 10 showing the external device secured to the handle of the drive assembly 80 and the wall bars of the platform assembly 60, in accordance with an embodiment of the present invention;

11 shows a side view of the stroller system 10 according to an embodiment of the present invention, showing the location of the storage compartment 27 within the frame assembly 20 and the motor mounted within the frame assembly 20;

12 illustrates a front view of the stroller system 10 showing the front wheels engaged with the front wheel axles of the frame assembly 20 in accordance with an embodiment of the present invention.

detailed description

Referring now to the drawings, in which the present invention is generally indicated by the numeral 10 , it can be seen that a stroller system 10 basically comprising a frame assembly 20 , a cover assembly 40 , a platform assembly 60 and a drive assembly 80 is disclosed.

The frame assembly 20 can be seen in Figure 4 of the drawings. In this embodiment, the frame assembly 20 includes a frame 21, and the frame 21 may be configured as a triangular prism. The frame 21 includes an inclined operating top end and an operating bottom end. In this embodiment, the frame 21 may consist of a series of rod structures constructed together to form the frame 21 . Frame 21 may be made of metal, plastic or any other suitable material. It should be understood that frame 21 may take other shapes and sizes. In this embodiment, the frame 21 further includes a frame shielding 22 (frame shielding) joined to the outside of the frame 21 . The frame shield may be a sheet of metal or plastic that, when mounted to the frame 21, defines the outer surface of the frame. Frame shield 22 protects components located within the frame assembly. The shield also prevents others from viewing personal items that may be stored within the frame assembly 20 . In one embodiment, frame shield 22 may include various markings and logos printed thereon. In one example, the frame shield includes logos and indicia of the theme park, theme park ride, or respective theme park fictional character in which the stroller system 10 is being implemented.

As shown in FIG. 4 , the frame assembly 20 also includes a front wheel 23 connected to a front wheel axle 24 . The front wheels 23 may be provided as casters and provided at the front end of the operating bottom end of the frame 21 . Each wheel may also be provided with a corresponding shield to protect it. In this embodiment, the front axle 24 extends into the interior of the frame 21 and is further coupled to a drive assembly 80 to allow a user to directionally adjust the front wheels 23 to allow the stroller system 10 to turn any desired amount. In addition, the frame assembly 20 also includes a mounting bracket 25 positioned completely above the front wheel axle 24 and operably engaged with the front wheel. In this embodiment, the mounting bracket 25 includes an elliptical platform mounted on a curved extension rod 25 a that extends to couple the front wheel 23 . Mounting bracket 25 provides a suitable platform to fully support the motor of drive assembly 80 within frame 21 of frame assembly 20 . It should be appreciated that any suitable platform may be provided within frame 21 for comfortably supporting drive assembly 80 therein.

The frame assembly 20 also includes rear wheels 26 configured to couple with a drive assembly 80 to implement a rear drive system. In this embodiment, other drive systems can also be implemented. In one embodiment, frame assembly 20 also includes a storage compartment 27 fully supported within frame assembly 20 . The storage compartment 27 may be provided as a rectangular container supported by bars defining the frame 21 . The lip of the storage compartment is mounted to these bars for support thereon. Storage compartment 27 may be configured to store personal and other items. In one embodiment, the storage chamber 27 is configured to store the lid portion of the lid assembly 40 therein.

The frame assembly 20 also includes a cabin support 28 connected within the frame 21 . In one embodiment, the cabin support 28 is a horizontal bar disposed within the frame that supports the cover assembly 40 when mounted on the frame. The cabin support 28 may include a first support provided at a top end of the inclined operating top end of the frame 21 and a second support provided at a bottom end of the inclined operating top end of the frame 20 . In this embodiment, the frame assembly 20 may further include a cup holder 29 disposed on the operating top end of the frame 21 . Cup holder 29 may be configured to hold beverages.

The cover assembly 40 includes a pod 42 securable to the inclined operating top end of the frame 21 . In one embodiment, the cabin 42 can be configured as an inclined structural shell, which is adapted to form fit with the operating top end of the frame 21 to support a child. When secured to the frame 21 , the bottom end of the pod 42 engages the pod support 28 of the frame 21 . In this embodiment, the cabin 42 is configured to completely cover the inclined operating top end of the frame 21 . The cover assembly 40 also includes a foldable roof 43 configured to completely cover the cabin 42 to protect children staying in the cabin and prevent their privacy from leaking. In one embodiment, the foldable roof 43 includes a first portion 43A and a second portion 43B. In the present embodiment, the first portion 43A is provided as a ribbed roof portion partially covering the top end of the cabin 42 . The first portion 43A extends from and partially from the top edge of the cabin 42 . Furthermore, the second part 43B may be provided as a transparent cover part detachably attached to the part. In other embodiments, the second portion 43B may be an opaque cover. In this embodiment, the second portion 43B may be attached to the first portion 43A by any fastening means, such as snaps, adhesive, hook and loop fasteners, or the like. In the present embodiment, the second part 43B is configured to completely cover the top end of the cabin 42 when mounted to the first part 43A. Additionally, the second portion 43B is configured to be removable from the first portion 43A and to be stored within the storage compartment 27, which allows the user to set the stroller system 10 into a desired configuration.

The cover assembly 40 also includes a seat 44 disposed within the cabin 42 , the seat 44 being completely covered by a foldable roof 43 . In this embodiment, the seat 44 is configured to properly accommodate a user therein. The embodiment of the figures depicts a seat 44 adapted to accommodate two children. It should be understood that the cabin 42 and seats 44 may be modified to accommodate any number of seats and users. According to an embodiment of the present invention, the seat 44 may be configured as a padded seat integral with the cabin 42 . The cover assembly 40 also includes a safety belt 45 provided for each seat 44 . In this embodiment, the harness 45 is communicatively coupled to an external device of the drive assembly 80 . The external device 80 may notify the user operating the stroller 10 from the platform assembly 60 if a user within the vehicle cabin 42 engages or disengages the seat belt 45 . In another embodiment, the drive assembly 80 will not activate the motor unless each seat belt 45 is engaged.

The cover assembly 40 also includes a head restraint 46 positioned above each seat 44 . In one embodiment, the head restraint 46 is a cushioning portion that comfortably supports a user's head within the vehicle cabin 42 . In addition, rib supports 47 are located below each seat 42 to support the user's legs when secured in the vehicle cabin. Rib support 47 may be provided as a cylindrical structural protrusion protruding from the surface of cabin 42 . Additionally, the cover assembly 40 includes a footrest 48 positioned below the rib support 47 and providing support for the user's feet when secured within the vehicle compartment 42 . The footrest 48 may be a rectangular portion extending from the bottom of the vehicle cabin surface. In other embodiments, there may be a footrest 48 mounted to the bottom end of the cabin 42 . The support element 49 may be positioned above the headrest 46 of the cabin 42 . The support element 48 may be provided as a hollow container to provide storage for a user secured within the vehicle cabin.

The platform assembly 60 includes a base 62 extending from the rear end of the frame 21 . In one embodiment, the base 62 includes an n-frame configuration as it extends outwardly from the rear end of the frame 21 . The base 62 also includes base rods 63 configured in cross-alignment and completely within the n-frame configuration of the base 62 . In one embodiment, base 62 may be made of plastic, metal, or any other suitable material. Additionally, a wall bar 64 may extend upwardly from the rear operative edge of the base 62 . In one embodiment, the wall rods 64 are provided as parallel rod structures extending upwardly along the lateral sides of the rear end of the frame 21 . Wall bar 64 may extend upwardly to the operative top end of frame 21 . In addition, the support rod 65 is operatively engaged with the wall rod 64 at the uppermost end such that the support rod 65 is positioned parallel to the wall rod 64 . Support poles 65 provide structural support and provide additional support for a user standing on platform assembly 60 to grasp for balance. In this embodiment, when the base 62 , the wall bar 64 and the support bar 65 are respectively coupled together, a rectangular frame structure is defined at the rear end of the frame 21 .

The platform assembly 60 also includes a base platform 66 and a wall platform 68 coupling the base 62 and the rectangular frame. In this embodiment, the base platform 66 abuts the top end of the base 62 to provide a platform for the user to stand on. Additionally, the wall platform 68 engages the rectangular frame formed on the platform assembly 60 such that the wall platform 68 partially covers the rectangular frame. In one embodiment, the base platform 66 and the wall platform 68 are provided integrally with each other. Additionally, the platform assembly 60 is coupled to the rear wheels 26 of the frame assembly 20 .

The driving assembly 80 includes a motor 82 installed at the operating bottom of the frame 21 . More specifically, the motor 82 is mounted on the mounting bracket 25 of the frame assembly 20 . In this embodiment, the motor 82 is positioned entirely between the mounting bracket 25 of the frame assembly 20 and the storage compartment 27 . Motor 82 may be operably engaged with rear wheels 26 of frame 21 to provide a rear wheel drive configuration. Additionally, the motor 82 may be an electric motor powered by a battery 83 configured to fit within the motor housing. In one embodiment, battery 83 is a rechargeable battery that is removable from the motor housing. The battery 83 may include a battery handle 83a on a side end to allow a user to operatively remove the battery from the motor housing. In this embodiment, the battery 83 enters from the side end of the motor housing and remains exposed therefrom. Additionally, the battery 83 may be positioned such that it remains flush with the outer surface of the motor housing. Mounting bracket 25 fully supports motor 82 and battery 83 within the confines of frame 21 .

The drive assembly 80 also includes a handle bar 84 operatively engaged with the front axle 24 of the frame assembly 20 . The handle bar includes a topmost end and a bottommost end. In this embodiment, the lowermost end is operatively coupled to the front axle 24 for maneuvering the stroller system 10 . A handle 85 is engaged at the topmost end of the handle bar 84 to provide steering control to the user. In this embodiment, since the handle bar 84 is engaged with the front wheel axle 24, when the user orientates the handle 85, the front wheel 24 will also be oriented. The handle 85 also includes a controller 86 communicatively connected to the motor 82 . In one embodiment, the controller 86 may be configured as a rotatable handle controller to control the actuation of the stroller system 10 . For example, when twisted forward, motor 82 may be actuated to move the stroller system in a forward direction. Additionally, when twisted backwards, the motor 82 can be actuated to move the stroller system in a rearward direction. In other embodiments, the control 86 that engages the handle 85 may have different variations. The handle 85 also includes a brake control 88 operatively connected to the wheels of the frame assembly 20 . In this embodiment, the brake controller may be activated to apply a braking force to the stroller system 10 to bring the stroller to a complete stop.

The drive assembly 80 also includes an external device 87 mounted thereon. In this embodiment, the external device 87 is an electronic device with a display that communicates with the various structural elements of the stroller 10 via sensors. Additionally, the external device 87 may communicate with the server to deliver notifications and information to the user. In one embodiment, an external device provides notification to the user about the harness 45 of the cover assembly 40 . In the event that the seat belt is not actuated, a notification may be displayed on the external device 87 . Furthermore, according to one embodiment, once all seat belts 45 engagement is detected, the motor 82 needs to be actuated. In another embodiment, the stroller system 10 is implemented in a theme park setting. The external device 87 then communicates with the server to provide the device with a real-time map of the park. The external device 87 can then display the wait times for the various rides and inform the user which areas of the theme park have the least traffic. In another embodiment, the external device 87 may provide the user with various restaurant locations and provide various menu items to allow the user to order items from the restaurant directly from the external device 87. Other implementations of external device 87 are contemplated in accordance with the present invention.

The foregoing description conveys the best understanding of objects and advantages of the invention. The inventive concept of the present invention can be made into different embodiments. It should be understood that all matters disclosed in this application are to be interpreted as illustrative only and not restrictive.

Industrial applicability

The motorized stroller with platform and ergonomics has various industrially applicable embodiments, eg the motorized stroller allows autonomous driving. The motorized stroller has a base attached to a compartment with a seat. The cabin has a foldable cover which, in one embodiment, covers the interior of the cabin from the sun. Thus, the foldable cover can protect children in the vehicle cabin from sunburn. The seat includes a seat belt to protect the child while driving. The seat can transport children conveniently and safely. The motorized stroller can be accelerated forward, reversed or stopped using the handle. The motorized stroller includes a horn for announcing its approach. Additionally, the motorized stroller can be driven by a user standing on the base while viewing theme park attraction locations, wait times, local dining, and online ordering options in the touch screen display. The on-screen display is mounted on the handle for easy viewing by the user standing on the base. In a preferred embodiment, the motorized stroller with platform and ergonomics allows for the safe transport of children in theme parks and facilitates access to relevant information such as wait times and local dining, thereby increasing the efficiency of the theme park .

Claims (14)

1. A stroller system, characterized in that, comprising: a) a frame assembly comprising a frame including a mounting bracket positioned at an operative bottom end of the frame; b) a platform assembly comprising a base extending outwardly from the lowermost rear end of the frame, the base including wall posts extending upwardly therefrom and positioned horizontally on the wall posts to define a support bar for a rectangular frame, the base has a horizontal proximal end parallel to the horizontal distal end, wherein the wall platform spans the entire width of the rectangular frame, the platform assembly further includes a a horizontal base platform at the top, wherein a wall platform integral with the base platform partially covers the rectangular frame, the wall platform is perpendicular to the base platform, and the base abutting against the base the platform is configured to allow a user to stand on it; c) a drive assembly comprising a motor supported on said mounting bracket of said frame assembly, wherein a handle comprising a controller is operably coupled to said motor: and d) A cover assembly comprising a vehicle compartment including a seat mounted thereon, the seat comprising a seat base and a seat back, and the seat comprising a seat belt. 2. The baby stroller system according to claim 1, wherein the frame is in the shape of a triangular prism, the frame further comprises front wheels and a frame shield, the front wheels are separated by a predetermined distance, and the frame shield The front wheel is coupled to the frame shield, the outer surface of the stroller system is defined by the frame shield, wherein the mounting bracket is operably coupled to the front wheel of the frame, the mounting bracket includes two oval An oval support platform engages with an extension rod coupling the front wheel. 3. The stroller system of claim 1, wherein the frame further comprises rear wheels, the rear wheels are separated by a predetermined distance apart, the predetermined distance apart of the rear wheels is greater than the predetermined distance apart of the front wheels, The rear wheel operably engages the motor of the drive assembly, the motor includes a rechargeable battery removable from the motor, the rechargeable battery provides power to the motor, the rechargeable battery A handle member is included to facilitate its removal. 4. The baby stroller system according to claim 1, wherein the frame further comprises a storage compartment removably disposed inside the frame, when the storage compartment is disposed inside the frame , the storage compartment is completely contained within the frame, and the frame assembly further includes a cup holder positioned completely above the storage compartment. 5. The stroller system of claim 1, wherein the drive assembly further comprises a handle bar, the handle operably engages a topmost end of the handle bar, a bottommost end of the handle bar A front axle is operatively engaged with the front wheel. 6. The baby stroller system according to claim 1, wherein the controller of the handle comprises a forward motion controller, a reverse motion controller and a braking mechanism, wherein the forward motion controller and the The inverse motion controller described is a rotatable handle controller actuated by twisting motion. 7. The stroller system of claim 1, wherein the base further includes a base bar extending generally from the rear end of the frame, the base bar extending from the rear end of the frame. Extending in a cross configuration is a base that couples the rear wheels of the frame. 8. The baby stroller system according to claim 1, wherein the compartment includes a foldable roof, the frame further comprises a compartment support member disposed within the frame, the compartment of the compartment A bottom end operatively engages a cabin support of the frame, and the foldable roof is removable and storable within a storage compartment of the frame assembly. 9. The stroller system of claim 8, wherein the foldable roof includes a first portion and a second portion, the first portion being a ribbed roof portion, the first portion being Extending to partially cover the top end of the vehicle compartment, the second part is a transparent cover part coupled to the first part, completely covering the vehicle compartment when the second part is mounted to the first part. 10. The stroller system of claim 1, wherein the harness has a first harness end attached to the seat base and a second harness end attached to the seat back end, the headrest is disposed above the seat, the cabin also includes a ribbed support that is fully disposed on the compartment below the seat, and the footrest is fully disposed on the Below the ribbed support. 11. A stroller system comprising: a) a frame assembly comprising a frame, an angled operating top end and an operating bottom end; said frame comprising a cabin support located within said frame completely below said angled operating top end, said frame Also comprising a mounting bracket positioned at the operative bottom end of the frame, the frame being in the shape of a triangular prism, the frame further comprising a frame shield coupled thereto, the frame shield defining the The outer surface of the baby stroller system, the mounting bracket is operably coupled to the front wheels of the frame, the mounting bracket includes two oval support platforms, and the oval support platforms are coupled to the front wheels extension rod joint; b) a cover assembly comprising a cabin having a collapsible roof, the bottom end of which is operably engaged with said cabin support of said frame, said collapsible roof being removable and can be stored in the storage compartment of the frame assembly, the foldable roof includes a first portion and a second portion, the first portion is a ribbed roof portion, the first portion is extendable to partially cover the The top of the vehicle cabin, the second part is a transparent cover part coupled to the first part, and when the second part is installed to the first part, it completely covers the vehicle cabin; the vehicle cabin includes a plurality of seats provided therein, each of said seats including a safety belt having a first belt end attached to the seat base and a second belt end attached to the seat back, the headrest being disposed on Above each of said seats, said cabin further includes a ribbed support disposed entirely on said cabin below said seat, a footrest disposed entirely on said ribbed support of said cabin below; c) a platform assembly comprising a base extending from the rear end of the frame, the base including wall posts extending upwardly therefrom and support bars positioned horizontally on the wall posts to define a rectangular frame , the base platform is adjacently arranged on the top of the base, the wall platform integral with the base platform partially covers the rectangular frame, the base also includes a base rod, and the base is usually formed from the extending from the rear end of the frame, the base rods extending in a cross configuration within the base, the base coupling the rear wheels of the frame; and d) a drive assembly comprising a motor supported on said mounting bracket of said frame assembly, wherein a handle comprising a controller is operably coupled to said motor; said handle further comprising an outer means for displaying a theme park map, a theme park restaurant menu, and a theme park wait time, the frame further comprising a rear wheel operatively engaging the motor of the drive assembly, the motor comprising a A rechargeable battery removed from the motor, the rechargeable battery providing power to the motor, the rechargeable battery including a handle member to facilitate removal from the rechargeable battery. 12. The stroller system of claim 1, wherein the width of the horizontal proximal end is greater than the width of the horizontal distal end. 13. The stroller system of claim 1, wherein the platform assembly is flush with the base. 14. A stroller system, comprising: a) a frame assembly comprising a frame including a mounting bracket positioned at an operative bottom end of the frame; b) a platform assembly comprising a base extending outwardly from the rearmost end of the frame, the base having a horizontal proximal end parallel to a horizontal distal end, wherein the proximal end has a width greater than The distal end, the base further includes a base stem within the base, the base includes a wall stem extending upwardly from the distal edge of the proximal end of the base and positioned horizontally in relation to the base The platform assembly also includes a horizontal base platform abutting against the top end of the base, the wall platform integral with the base platform partially covers the said rectangular frame, said wall platform spanning the entire width of said rectangular frame, said base platform abutting against a base configured to allow a user to stand thereon; c) a drive assembly comprising a motor supported on said mounting bracket of said frame assembly, wherein a handle comprising a controller is operably coupled to said motor: and d) a cover assembly comprising a vehicle compartment including seats mounted thereon, each seat comprising a seat base and a seat back, and each seat comprising a safety belt having a first safety belt end to the seat base of each of the seats is attached and a second safety belt end to the seat back of each of the seats is attached, the vehicle compartment includes a collapsible roof The frame further includes a cabin support disposed within the frame, the bottom end of the cabin being operatively engaged with the cabin support of the frame.

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