15results about "Riding toy animals" patented technology

A children's ride-on toy with an inflatable body portion that is inflated by an integrated air blower unit. The inflatable body portion can be releasably attached to the ride-on toy, such that it is interchangeable and allows children to customize their ride-on with a character or animal of their choice.

The invention discloses a sliding table type self-resetting direction detection mechanism, which comprises a handle, a sliding table type self-resetting mechanism, a front-back sensor, a left-right sensor, a rotating shaft and a second self-resetting mechanism, and is characterized in that the sliding table type self-resetting mechanism is used for detecting forward and backward direction signals, and the second self-resetting mechanism is used for detecting left-right steering signals. According to the sliding table type self-resetting direction detection mechanism, through the cooperation of the sliding table type self-resetting mechanism and the second self-resetting mechanism, the front-back push-pull and left-right steering actions of the handle can be accurately captured.

The invention discloses a high-simulation-riding mechanical cattle device in the technical field of amusement equipment. The high-simulation-riding mechanical cattle device comprises a base, a power device, a transmission device, a driving mechanism, a connecting piece and a power terminal. The power device is installed on the base and used for providing rotation power. The transmission device is installed on the base and connected with the power device to be used for transmitting rotating power, according to the high-simulation riding mechanical cattle device, the power device transmits power to the driving mechanism through the transmission device, and the power is converted into power which reciprocates up and down and rotates and swings left and right through the driving mechanism and the connecting piece; movement of the simulated mechanical cattle is achieved, the effect of brutal and impatient actions of animals during riding can be highly simulated, energy consumption is reduced, the difficulty degree of equipment games can be adjusted by adjusting the rotating speed of the power device, and the psychological requirements of modern people for pursuing stimulation and challenge can be better met.

The application discloses an electric horse simulator with a biofeedback sensor, and relates to the field of electric horses. The simulator comprises a base, a body, a driving mechanism connecting the base and the body, and a controller connected with the driving mechanism. The body imitates the shape and structure of a real horse, and comprises a horse body and a horse head. The horse body and the horse head are connected through a horse neck with certain flexibility, and the tail of the horse body is designed with a horse hip, so that the whole simulator is more lifelike in appearance, and can bring a user a more real horse-riding feeling. The simulator has local capacitive and pressure sensing areas, can realize the sensing of touching and pressing, and can provide corresponding feedback to realize better simulation effect, so that the equestrian simulation training is more real.

The invention discloses a spring plate self-resetting direction detection mechanism, an electric riding moving device and a control method. According to the spring plate self-resetting direction detection mechanism, through cooperation of the push-and-pull steering rod, the front-and-back movement detection shaft and the sensor, front-and-back push-and-pull and left-and-right rotation actions of the handle can be accurately captured.

A convertible riding toy is configured with a removable push bar so that the riding toy can be propelled and controlled by a rider or by a user manipulating the push bar when connected. The riding toy includes a body having a straddle-type seat. Front and back support members having wheel assemblies are located and configured to enhance stability when riding, but also to provide a free space for the rider's feet to move readily and without interference when the rider wishes to propel and control the toy. Foot pegs are located both to provide convenient access and comfort for the rider when desired, but also so as to be out of the way of the free space when the rider is propelling the toy.

To provide a riding toy with wheels, which includes a self-balancing scooter and a theme.SOLUTION: A riding device with electric wheels is configured to receive foot inputs from the right and left feet of a user and accordingly control right and left motors for operating the riding device without changing the direction of the wheels with respect to a frame of the riding device and move the right wheel and the left wheel forward and rearward in accord with the foot inputs of the right and left feet. The riding device includes at least one rear wheel which is not electrically driven. The rear wheel is attached to a wheel mount freely rotatable around a vertical axis, and thus the rear wheel can be freely oriented in any direction.SELECTED DRAWING: Figure 2

The present disclosure discloses a sensory integration carousel for a child, including a base unit and a carousel unit, and the base unit includes a base structure and a mounting structure, and the mounting structure includes a mounting channel, a mounting support component and a connecting channel; the carousel unit includes a carrying structure and a connecting structure, the carrying structure is connected with the connecting structure as an integrated structure, and a carrying portion is disposed at an upper portion of the carrying structure; the connecting structure includes a supporting member wrapped by a lower part of the carrying structure and a connecting member connected to the supporting member, wherein, a lower part of the connecting member is disposed as a rotation shaft, and the rotation shaft is embedded in the connecting channel and connected to the base unit, and the carousel unit is arranged at an angle to the support interface of the base unit after the carousel unit is connected to the base unit via the rotation shaft, and the carousel unit is rotatably disposed along an axial direction of the rotation shaft via the rotation shaft relative to the base unit. The sensory integration carousel for a child structure has a simple and solid structure and is very safe, thereby making it ideal for children.

The present disclosure discloses a sensory integration carousel for a child, including a base unit and a carousel unit, and the base unit includes a base structure and a mounting structure, and the mounting structure includes a mounting channel, a mounting support component and a connecting channel; the carousel unit includes a carrying structure and a connecting structure, the carrying structure is connected with the connecting structure as an integrated structure, and a carrying portion is disposed at an upper portion of the carrying structure; the connecting structure includes a supporting member wrapped by a lower part of the carrying structure and a connecting member connected to the supporting member, wherein, a lower part of the connecting member is disposed as a rotation shaft, and the rotation shaft is embedded in the connecting channel and connected to the base unit, and the carousel unit is arranged at an angle to the support interface of the base unit after the carousel unit is connected to the base unit via the rotation shaft, and the carousel unit is rotatably disposed along an axial direction of the rotation shaft via the rotation shaft relative to the base unit. The sensory integration carousel for a child structure has a simple and solid structure and is very safe, thereby making it ideal for children.

The invention relates to a floating machine (1) characterized in that it comprises:  a craft (50) comprising at least one float (51, 52), at least one propulsion element (70), a rudder (40) and at least one ballast (53);  a mechanical structure (10) representing a living being comprising a chassis forming the body and lower limbs, said lower limbs being driven in a movement corresponding to the gait of said living being, said mechanical structure (10) comprising a control system (20) for actuating the propulsion element (70) and making it possible to control the orientation of the rudder (40);  a connecting mast (30) for securing the mechanical structure (10) to said craft (50); and  at least one electrical power supply for powering said propulsion element (70).

The invention discloses a machine horse and a rein type control method.The machine horse comprises a horse body and a controller arranged on the horse body, a power assembly for driving the horse body to move is arranged on the horse body, the controller communicates with and controls the power assembly, and rein control systems are arranged on the two sides of the head of the horse body correspondingly; the rein control system comprises a base and a columnar shell, a stretching reset spring and a center reset spring are fixedly installed in the base, a rocker is fixedly connected to the stretching reset spring, the rocker is sleeved with the center reset spring, sensors are evenly arranged in the shell in the upper direction, the lower direction, the front direction and the rear direction along the circumference, and the rocker penetrates through the centers of the four sensors. The tail end of the rocker is connected with a rein, and the controller feeds back control signals through the four sensors to control the power assembly to drive the horse body to move. The machine horse is provided with the rein control system, and meanwhile, a corresponding rein control method is designed to simulate horse riding control, so that the control sense is enhanced, the user experience is improved, and the entertainment is enhanced.

The utility model discloses a track amusement experience device which comprises a support track mechanism which at least comprises a pair of support stand columns and a support cross beam connected with the pair of support stand columns at the same time; the movable mechanism is suitable for doing linear motion along the supporting cross beam; the movable mechanism comprises a support frame erected on the support cross beam, a support wheel and a driving wheel which are arranged on the support frame and are in rolling fit with the support cross beam, and a power structure for driving the driving wheel to run; the power structure at least comprises a motor and a hand-cranking power generation assembly used for supplying power to the motor. The hand-cranking power generation assembly comprises a power generator connected with the motor and a crank rocker structure connected with the power generator. The structure of the whole recreation facility can be simplified, the production and maintenance cost of the facility can be reduced, and meanwhile the recreation form can be enriched.

The invention discloses a pressure control type direction detection mechanism which is characterized in that the bottom of a front-back push-pull steering rod is provided with a left-right steering rod which is fixedly connected, the left-right steering rod is axially perpendicular to the front-back push-pull steering rod, and the pressure control type direction detection mechanism further comprises a front-back pressure sensor and a left-right pressure sensor; the front-back push-pull steering rod directly abuts against the front-back pressure sensor or abuts against the front-back pressure sensor through a spring, and the left-right steering rod directly abuts against the left-right pressure sensor or abuts against the left-right pressure sensor through a spring. According to the pressure control type direction detection mechanism, the front-back push-pull steering rod and the left-right steering rod are matched with the pressure sensor, so that the front-back push-pull and left-right steering actions of the handle can be accurately captured.

A floating device (1) characterized in that it comprises: a vessel (50) including at least one float (51, 52), at least one propulsion element (70), a keel (40) and at least one ballast (53); a mechanical structure (10) representing a living being including a chassis forming the body and lower limbs, said lower limbs being animated by a movement corresponding to the gait of said living being, said mechanical structure (10) including a steering system (20) for actuating the propulsion element (70) and for controlling the orientation of the keel (40); a connecting mast (30) for attaching the mechanical structure (10) to said vessel (50); and at least one electrical power source for supplying said propulsion element (70). Figure for the abbreviation: Fig. 1

The application belongs to the technical field of entertainment equipment, and discloses a racing game machine, which comprises a bottom plate, a harness installed at the top end of the bottom plate, a remote lever structure installed at the top end of the harness, and a wave sleeve installed at the bottom end of the bottom plate; the racing game machine further comprises a swing moving assembly and a position limiting assembly; the swing moving assembly is installed at the bottom end of the harness and located in the middle region of the wave sleeve, and is used for swinging the harness forward and backward and up and down; the scheme ensures the permanent constancy of the relative positions of the two movement dimensions of the front and back and the up and down from the mechanical root, which overcomes the inherent defects of the traditional two sets of separated systems, i.e., the changeable relative positions and the "drifting" of the movement track caused by the independent installation datum, so that the combined movement track of the harness is always accurate and stable, and the biological coordination of the ups and downs and the forward movement of the real horse when running can be highly simulated, and the sense of reality of the immersive experience is greatly enhanced.