857results about "Toy vehicles" patented technology

The invention relates to a toy car, which comprises a car head and a car body, the car head being connected with the car body; the car head comprises a base, a first channel is arranged in the base, the base is further provided with a swallowing mechanism, the swallowing mechanism comprises two swallowing wheels arranged on the base, and the two swallowing wheels are rotatably connected to two sides of the first channel respectively; and an object to be swallowed is swallowed into the first channel through the swallowing wheels.

A swingable toy includes: a swingable body supported to be rotatable around a first rotation axis and including a cam follower located lower than the first rotation axis; and an eccentric cam member provided to be allowed to contact the cam follower and supported to be rotatable eccentrically around a second rotation axis located lower than the first rotation axis. The first rotation axis and the second rotation axis are arranged to intersect each other when viewed in a vertical direction.

A reconfigurable toy vehicle transporter includes a first transporter that is reconfigurable between a first configuration and a second configuration, the first transporter including a base portion including a first surface having a first track, the base portion including a first compartment in which a toy vehicle can be stored, and a repositionable portion movably coupled to the base portion, the repositionable portion having a second compartment in which a toy vehicle can be stored, the repositionable portion including a second surface having a second track, the repositionable portion being placeable in a first position located above the first surface of the base portion and in a second position in an end-to-end arrangement with the base portion in which the first track and the second track are aligned and continuous. A second transporter is removably coupleable to the first transporter.

One embodiment of the present invention discloses a remote-controlled toy vehicle with omnidirectional adjustable steering, comprising: a vehicle body having a remote control receiving circuit; a remote control device capable of communicating with the remote control receiving circuit; at least one steering means mounted on the vehicle body; and a plurality of wheels; wherein each steering means comprises a steering drive means, a pivot rod, a connecting rod, at least one swivelable member, and at least one wheel bracket, with the number of swivelable members. The present remote-controlled toy vehicle with omnidirectional adjustable steering can steer at various angles, enabling flexible control over its driving direction, while having a simple structure and offering convenient control and adjustment operations.

A radio-controlled (RC) model vehicle body assembled with a panel connection system is provided. The system includes a first panel section having a mounting tab offset from a first panel outer surface and a tab mounting hole in the mounting tab. The system also includes a second panel section having a receiving slot and an offset panel mounting hole both offset from the second panel outer surface. The system includes a panel bracket comprising having an offset bracket first section and a bracket second section. The panel bracket further includes a first bracket mount in the offset bracket first section and a second bracket mount in the bracket second section. The second panel section is fastened to the panel bracket using the first bracket mount and the offset panel mounting hole and the mounting tab is inserted into the receiving slot and fastened to the second bracket mount.

A traveling toy includes: a traveling toy body including a wheel, the wheel being rotatable about a rotation shaft; an eccentric shaft provided on the wheel in a state of being parallel to and spaced apart from the rotation shaft; a swing member provided swingably and detachably on the traveling toy body by a shaft support structure, the swing member including a coupling shaft; and a link member coupling the eccentric shaft and the coupling shaft. The link member is detachably coupled to the coupling shaft.

A crane assembly (1) for a toy vehicle has a crane arm (5) and a frame (16) on which the crane arm (5) is pivotally mounted about a base joint (17). A lifting device (22) serves to move a free end of the crane arm (5) between at least one lowered and at least one raised position. The lifting device (22) has an actuating rotary element, a movable cam carrier (27), a transmission lever (30), and a frame-fixed cam carrier (34). The movable cam carrier (27) has a first movable cam (29) and is linearly displaceable relative to the frame (16). The movable cam carrier (27) is operatively connected to the actuating rotary element for its displacement. One lever end of the transmission lever (30) is designed as a cam end (31) which is guided by means of the movable cam (29).The other lever end of the transmission lever (30) is designed as a pivot end (32) which is pivotally mounted on the crane arm (5) about a lever joint (33). The cam end (31) of the transmission lever (30) is guided, at least in one section of the total displacement path of the crane arm (5) between the lowered and raised positions, by means of a frame-fixed cam (35) of the frame-fixed cam support (34). The frame-fixed cam (35) has an ascending cam profile such that the cam end (31) of the transmission lever (30) is itself raised when the crane arm (5) is moved between the lowered and raised positions. This results in a crane design with improved handling of the liftable crane arm.

A children's ride-on vehicle includes a vehicle body comprising a substantially rectangular shape, a steering wheel, a front wheel assembly, a steering column, and a seat located above a storage compartment. The steering wheel has a substantially rectangular shape. The seat comprises a flat panel. The plane of the seat is coplanar with the top surface of the vehicle body. The vehicle comprises a connecting frame. The connecting frame is telescopically connected to the vehicle body. The vehicle comprises a removably connected cleaning attachment. The vehicle can be converted to a piece of luggage.

The utility model discloses a miniature bubble blowing device. The miniature bubble blowing device comprises a liquid storage box, a bubble blowing sheet, a baffle, a motor and fan blades, a mounting plate for fixing the motor is arranged above the liquid storage box; the motor is electrically connected with an external control panel; the fan blades are mounted on a transmission shaft of the motor; the bubble blowing sheet comprises a connecting seat, a connecting rod and a bubble blowing ring; the baffle is fixedly connected with the connecting seat; the connecting seat is hinged to the liquid storage box through a connecting shaft; the fan blades are opposite to the baffle; an included angle formed by the baffle and the bubble blowing ring is 90 + / -5 degrees; in a natural state, the bubble blowing ring falls into the liquid storage box under the action of gravity, and at the moment, the included angle between the baffle and the horizontal plane is 60 + / -5 degrees; after the baffle is blown over by the fan blades, the included angle between the bubble blowing ring and the horizontal plane is 75 + / -5 degrees. The technical scheme has the biggest advantages of being simple in structure, convenient to install, small in overall size and light.

A toy vehicle apparatus for performing a burnout function includes a burnout panel mounted to a base. A vehicle model having a rotatable wheel is mounted to the base with the rotatable wheel lying on the burnout panel, which comprises an abrasive material. The vehicle model comprises a wheel motor for rotating the rotatable wheel with respect to a body of the vehicle model such that the rotatable wheel abrades against the burnout panel. The rotatable wheel comprises an abradable material such that particulates of the abradable material are emitted from the rotatable wheel when the rotatable wheel is abraded against the burnout panel. The particulates simulate or generate smoke similar to that generated in a burnout performed with a road vehicle.

To propose an information processing device, an information processing method, and an information medium that can control operation of a moving body adaptively to position information corresponding to a predetermined arrangement pattern.SOLUTION: An information processing device comprises an information acquisition unit for acquiring position information from a sensor constituted so as to read a predetermined arrangement pattern, and an operation control unit for controlling operation of a first moving body including movement in a real space on the basis of the position information.SELECTED DRAWING: Figure 1

The invention relates to a toy car 1 with wheels 2, 3 and a steering unit, and to a toy car system including a toy car 1 of this kind. The steering unit comprises a steering drive 4 acting on at least one of the wheels 2 and a control device 5 acting on the steering drive 4. The at least one wheel 2 acted upon by the steering drive 4 is steerably mounted on the body of the toy car 1 so that it is steerable with a variable steering angle α. The steering unit determines the yaw rate ω of the toy car 1 about its vertical axis z. z The steering drive 4, the control device 5 and the yaw rate sensor 6 together determine the yaw rate ω z to a predetermined target value. The toy car system includes a track 12 for the toy car 1, and the control device 5 includes at least one sensor 9 for detecting the predetermined track 12.

A toy car tire includes a tire main body and a filler core. The tire main body includes an inner cavity and a first opening. The inner cavity is surrounded and formed by a side wall of the tire main body, and the first opening is in communication with the inner cavity. The filler core is inserted into the inner cavity through the first opening. The filler core is configured for filling the inner cavity. Therefore, the filler core is capable of filling the inner cavity of the tire main body to support the tire main body, making the tire main body fuller and less prone to deformation. Moreover, compared with an inflatable tire, since the inner cavity is filled with the filler core, the toy car tire is not afraid of being punctured. Even if punctured, the tire main body of the tire is still full.

The utility model relates to a motor assembly which is used for toys and education systems. The motor assembly includes a body, a control circuit, a first electric motor, a second electric motor, a first shaft, and a second shaft. A first electric motor is configured to drive the first shaft by rotational motion and a second electric motor is configured to drive the second shaft by rotational motion. A control circuit is configured to independently control driving of the first electric motor and the second electric motor to provide independent rotational motion of the first shaft and the second shaft. In addition, the utility model further relates to various toys or education systems.

The embodiment of the invention provides a quick-release connecting mechanism applied to a vehicle model and the vehicle model, and the quick-release connecting mechanism comprises a mounting assembly which comprises a mounting seat and a connecting column, the connecting column is connected with the mounting seat, and the peripheral surface of the connecting column is provided with a clamping groove; the fixing assembly comprises a fixing shell, a rotating piece and a clamping block, a mounting hole is formed in the fixing shell, the clamping block is movably arranged in the fixing shell and provided with a rack, the rotating piece is arranged in the fixing shell in a penetrating mode and provided with a gear meshed with the rack, and the rotating piece can rotate around the axis of the rotating piece so as to drive the clamping block to move to the first position or the second position; when the mounting base and the fixing shell are in a mounting state, the connecting column extends into the fixing shell from the mounting hole, and the clamping block is located at the first position and located in the clamping groove so as to limit the connecting column to leave the fixing shell. When the clamping block moves from the first position to the second position, the clamping block leaves the clamping groove so as to relieve limitation on the connecting column. Therefore, disassembly and assembly of the vehicle shell and the chassis are simplified, and user experience is improved.

A stroller having an illumination source integrated into a frame. A input power source button is integrated into a handle of the frame to turn the illumination source on / off. The frame has a plurality of legs that extend from a lower portion of the frame and a plurality of wheels are attached to the legs. A seat is supported by the frame for a passenger. The illumination source is incorporated within a body of the frame to illuminate an area in, or around the stroller.

A convertible playset toy that is made up of multiple pieces and connectors. The parts, pieces, and connectors of the toy detachably attach to the convertible playset. The pieces of the playset detachably attach through twisting, sliding, hooking, stacking, snapping, and slotting mechanisms. The convertible playset can take the form of many different configurations including that of a firetruck and a town. The pieces detachably attach in a variety of different ways depending on which form or configuration they assume.

An inflatable carrier includes an inflatable main body, a foldable supporting device connected to the inflatable main body, and a plurality of elastic elements connected to the foldable supporting device and / or the inflatable main body. When the inflatable main body is inflated to expand, the foldable supporting device is forced to extend by the expanded inflatable main body and the elastic elements are deformed. When the inflatable main body is deflated, restoring forces of the elastic elements cause the foldable supporting device to be folded.

The tire of the toy car and the toy car have the advantages that the tire comprises the tire body, the tire body comprises the inner cavity and the first opening, the inner cavity is defined by the side wall of the tire body, and the first opening is communicated with the inner cavity; the filling inner core is arranged in the inner cavity through the first opening, the filling inner core is used for filling the inner cavity, the tire main body is provided with a drainage and ventilation hole, and the drainage and ventilation hole is communicated with the inner cavity, so that the inner cavity of the tire main body can be filled with the filling inner core to support the tire main body, and the tire main body is fuller and not prone to deformation; moreover, compared with an inflatable tire, the inner cavity is filled with the filling inner core, so that the tire of the toy car is not afraid of being punctured, the tire main body of the punctured tire is still full, and the advancing of the toy car is not influenced; moreover, when the toy car runs on rainy days or wades into water, water permeating into the inner cavity of the tire main body can be discharged out of the inner cavity through the drainage and ventilation holes of the tire main body, so that the dead weight of the tire is reduced, and the running speed of the toy car is increased.

The invention discloses a remote control car motor rotating speed intelligent control method and system based on an efficient response driving algorithm, and the method comprises the steps: employing a multi-objective optimization algorithm, analyzing the road condition, the car speed and environment data in real time, optimizing the operation state of a motor, and balancing the rotating speed precision, the response time and the energy consumption; a reinforcement learning algorithm is combined, and a control strategy is dynamically adjusted according to real-time feedback; the vehicle state is evaluated through a vehicle-mounted sensor, and the motor rotating speed and power output are automatically adjusted; in the low-power-consumption mode, the battery efficiency is automatically optimized, and energy recovery is carried out during braking; the system has sensor fault detection and automatic switching functions, predicts future road conditions in combination with machine learning, and optimizes a driving strategy; according to the remote control car motor rotating speed intelligent control method and system based on the efficient response driving algorithm, quick response is achieved under operation in different environments, accurate rotating speed control is provided, energy consumption is reduced through the intelligent algorithm, and the cruising ability is improved.

The application provides a ball wheel oblique driving toy car, which comprises a car body and four ball wheels, and is characterized in that each ball wheel is connected with a driving assembly for driving, four driving assemblies are installed in the car body, the angle between the motor rotating shaft of the driving assembly and the length direction of the car body is an acute angle, and each ball wheel rotates forward and reversely with the motor rotating shaft as the axis under the driving of the driving assembly. Therefore, by controlling the forward rotation or reverse rotation of each ball wheel, different walking modes of the toy car can be driven, and the toy car can realize more than ten kinds of actions such as advancing, retreating, left turning, right turning, left moving, right moving, left rotation in place, right rotation in place, advancing in the left front direction, advancing in the right front direction, retreating in the left rear direction and retreating in the right rear direction, so that the toy car has rich actions and strong playability, can realize simulated walking modes and has other unique walking modes, and greatly improves the playing fun of children.