A combined type toy top separated through induction control, includes a main top, an auxiliary top and an elastic part. When the combined type toy top is in a first state, the main top is limited and fixed by the auxiliary top, above the auxiliary top, and meanwhile the main top compresses the elastic part so that the elastic part is compressed. The combined type toy top is characterized in that a sensing mechanism is arranged in the auxiliary top. The sensing mechanism can controllably relieve limiting fixation of the main top from the auxiliary top under a second state through induction control. The main top pops up under an elasticity action of the elastic part, and, accordingly, the main top and the auxiliary top rotate independently.
A rolling bearing, comprising an outer ring (1), an inner ring (2), and balls (3) between the outer ring and the inner ring; the axial central portion of the outer periphery of the outer ring being provided as a concave curved surface (4), each of the two sides of the concave curved surface (4) being provided with at least two circular conical surfaces (5) respectively, the circular conical surfaces (5) at two transition ends of the concave curved surface (4) being smoothly connected to the concave curved surface (4) respectively, and a smooth transition connecting two adjacent circular conical surfaces (5), so that the outer periphery of the outer ring (1) forms a smooth continuous concavely bending surface. These circular conical surfaces forming a buffering slope that can allows the string to stay in sections on the bearing, and can also make the string to concentrate slowly in the central position of the bearing, thereby reducing the friction between the sections of the string, avoiding the friction between the string and the yo-yo halves, and increasing the rotation time of the yo-yo, so that yo-yo tricks are completed smoothly.
Provided is a yo-yo having diverse manners of play, said yo-yo having a motion sensor for detecting the direction of motion of a yo-yo body; a control circuit (11) collects a motion-direction signal detected by the motion sensor and, according to the motion-direction signal, controls a sound device (12) and/or a light-emitting device (13) to execute a corresponding sound and/or light policy. If the player holding the yo-yo moves it in different directions, the yo-yo emits different sounds or light effects; thus the manners of playing with the yo-yo are more diverse, increasing the fun when playing with it.
A combination toy having a function output, comprising a first toy body (1) provided with a socket (3), at least two second toy bodies (2) that can be plugged into the socket (3), a control chip and a functional device, an inner wall of the socket (3) being provided with touch switches (4), the second toy body (2) being provided thereon with at least two protruding portions (5), all of the protruding portions (5) being arranged at an interval in the plug-in direction and in alignment with the touch switches (4), the control chip recording touching and pressing of all of the protruding portions (5) on the touch switches (4) during the whole plug-in process so as to effect the output of corresponding preset functions by the functional device, that is, one touch switch (4) may be touched and pressed by a plurality of protruding portions (5), and different control instructions are generated in accordance with different triggering to one touch switch (4) after one plug-in, thereby achieving more different triggering control instructions by means of limited touch switches (4) in a limited product space, such that the combination toy can output more functions, being more interactive and capable of maintaining long-term interest in playing.
A yo-yo bearing comprises an outer ring (1), an inner ring (2), and a ball (3) located between the outer ring (1) and the inner ring (2). A peripheral surface of the outer ring (1) is a smooth continuous concave-convex surface, the peripheral surface comprises a concave surface (4) located at an axial center of the peripheral surface of the outer ring (1) and a convex surface (5) located on two sides of the concave surface (4), and the concave surface (4) and the convex surface (5) are smoothly connected.
F16C 33/58 - Chemins de roulement; Bagues de roulement
F16C 19/16 - Paliers à contact de roulement pour mouvement de rotation exclusivement avec roulements à billes essentiellement du même calibre, en une ou plusieurs rangées circulaires pour charges à la fois radiales et axiales avec une seule rangée de billes
A low-loss two-sided toy car comprises a car body (1), a motor (2) and a transmission mechanism that are disposed in the car body (1), a driven wheel group (3) disposed at one end of the car body (1), and a first driving wheel (41) and a second driving wheel (42) that are disposed at the other end of the car body (1) and protrude towards an upper portion and a lower portion of the car body (1) respectively. The motor (2) is removably mounted in the car body (1) horizontally relative to a traveling direction of the toy car. A straight gear (23) is sleeved on an end portion of a spindle (21) of the motor (2), and power output to the first driving wheel (41) and the second driving wheel (42) through connection between the straight gear (23) and the transmission mechanism. The use of the straight gear (23) achieves higher transmission efficiency than crown gear and effectively reduces power consumption of the motor (2).
A toy top having rollers comprising a top body (1), an electric motor (4) and a power source (10) arranged in the top body (1), and two rollers (2) located at the bottom of the top body (1); a rotation shaft (41) of the electric motor (4) cooperate with the two rollers (2); the top body (1) is provided with a trigger switch (3), and the trigger switch (3) is triggered and closed by the rotation of the top body (1) so that the electric motor (4) is connected to the power source (10) and drives the two rollers (2) to rotate synchronously in directions opposite to each other thereby rotating the top, that is to say, to start rotation of the toy top. Therefore, a top launcher for launching the top is not needed, the operation is simple, and the fun during play is increased.
Provided is a roller spinning toy game device, comprising a spinning toy (1) and a game plate (2) for the spinning toy (1) to spin on. A concave roller (3) is provided at the bottom of the spinning toy (1). At least one rope wire (4) for the roller (3) to be placed on is provided on the game plate (2). The rope wire (4) is positioned above the game plate (2), and two ends of the rope wire are connected to the game plate (2). The spinning toy (1), after being spun, is placed on the rope wire (4) to realize spinning or walking in a spinning manner of the spinning toy (1) on the rope wire (4). The spinning toy (1) can not only walk in a spinning manner in the game plate (2), but can also be placed on the rope wire (4) for walking in a spinning manner. Thus, the game is more interesting; and at the same time, the spinning toys (1) can also collide with each other on the rope wire (4) while playing.
A wireless remote-control apparatus, comprising a signal detection module, an operation and control module and a wireless transmission module, wherein the signal detection module is a photosensitive induction module, a voice control induction module or a magnetic control induction module, is preferably an infrared induction module, and can generate a corresponding control signal by inducing an external motion change in real time, so as to control a corresponding electric device to move in real time. The wireless remote-control apparatus can be applicable to a plurality of remotely controlled electric toys, such as an electric gyro, an electric vehicle or an electric aircraft, or other electric devices needing to be remotely controlled, such as an electric fan.
Provided is a spinning toy game device, comprising a spinning toy (1) and a game plate (2). The bottom of the spinning toy (1) is provided with a magnetic tip (3). The game plate (2) is provided with at least one metal wire (4) made of soft magnetic material for attracting the magnetic tip (3) thereon, and at least one end of each metal wire (4) is connected and fixed to the game plate (2). When the spinning toy (1) spins to the metal wire (4) in the game plate, the magnetic tip (3) is attracted to the metal wire (4) and walks along the metal wire (4). The spinning top can not only spin and walk in the game plate (2), but can also climb on the metal wire (4) to spin and walk. Therefore, the spinning toy game device is more interesting and can attract players more easily. Play-fighting can also be realized, and play-fighting is no longer limited to the game plate (2). Playing by colliding can also be conducted on the metal wire (4).
Provided is a gyroscope control system. The system comprises a remote controller (9) and a remote control terminal. The remote controller (9) comprises a first control portion and a second control portion. The remote control terminal comprises a toy gyroscope (1), the bottom of which is provided with two rollers (3). A motor (2) that is connected to the two rollers (3) by means of clutch gear trains is disposed in the toy gyroscope (1). By operating the first control portion, the two rollers (3) are controlled to synchronously rotate towards opposite directions, and accordingly the toy gyroscope (1) can rotate; and by operating the second control portion, the two rollers (3) are controlled to synchronously rotate towards the same direction, and accordingly the toy gyroscope (1) can travel, thereby effectively improving the playing fun of a player. Also provided is a method for controlling the gyroscope control system.
A card swiping induction control system of an electric toy, comprising a card swiping device, a card, and an electric toy. The card swiping device is wirelessly connected to the electric toy, wherein a card swiping slot (2) is provided in the card swiping device, and a card swiping induction module is disposed in the card swiping slot (2). When the card is swiped through the card swiping slot (2), the card swiping induction module generates an induction signal when receiving card swiping induction, and sends the induction signal to the electric toy; and the electric toy receives the corresponding signal and then converts same into a control instruction, and the control instruction controls elements in the electric toy to execute corresponding functions.
A battling spinning top, comprising a spinning top body (1), a motor (2), and rollers (3), a rotating shaft of the motor (2) and the rollers (3) being in communication by means of a clutch-transmission assembly; when the motor (2) rotates along a first direction, the rollers (3) synchronously rotates in the opposite direction to produce a gyroscopic rotation, and when the motor (2) rotates along a second direction, the rollers (3) synchronously rotates in the same direction to produce a gyroscopic movement, thus producing electric-powered gyroscopic actions by means of controlling the rotation of the motor (2) along the first direction or along the second direction, and allowing the independent selection of attacking the opponent or evading the opponent in a battle competition, effectively improving the interaction between the electric-powered spinning top and the player, and reflecting the level of technique of the player; the friction of the rollers (3) against the contact surface is rolling friction, and the energy consumption of said friction is low, thus improving the durability of the gyroscopic rotation; in addition, the contact of the two rollers (3) with the contact surface improves the stability and agility of the spinning top, and when colliding or resisting in a battle competition, the spinning top does not easily tip over, increasing the battle victory rate.
A light-up toy yo-yo, comprising two rotating discs (1), a connecting shaft (2) connecting the two spinning discs (1), a main bearing sleeved on to the connecting shaft (2) and arranged between the two spinning discs (1), and outer rotating bodies (3) respectively covering the outer end face of the two rotating discs (1) and able to rotate relative to said rotating discs (1), a light bulb (4) and a dynamo (5) being arranged in the two rotating discs (1) or in one of said rotating discs (1), the dynamo comprising a stator (51) and a rotor (52), the light bulb (4) being connected to the dynamo (5) by means of a conductive wire, and the rotor (52) being connected to the outer rotating bodies (3) by means of a transmission structure; when the rotating discs (1) rotate relative to the outer rotating bodies (3), the transmission structure drives the rotor (52) to rotate around its own shaft core to generate electric power, the electric power being transferred to the light bulb (4) by means of the conductive wire to illuminate the light bulb (4), such that, when played at night, the yo-yo has an attractive and interesting aesthetic without the need for a battery, thus avoiding the impact on the function of the yo-yo caused by frequent dismantling, and prolonging the service life.
An electric-powered spinning top, comprising a spinning top body (1), a motor (2) arranged in the spinning top body (1), and two rollers (3) arranged in the middle of the bottom part of the spinning top body (1); a rotating shaft of the motor (2) is connected to the two rollers (3), and the rotation of the rotating shaft of the motor (2) drives the synchronous rotation of the two rollers (3) in the opposite direction to produce gyroscopic rotation; the friction of the rollers (3) against the contact surface is rolling friction, and the energy consumption of said rolling friction is low compared to the sliding friction of tops in the prior art, thus improving the durability of the gyroscopic rotation; the contact of the two rollers (3) with the contact surface improves the stability of the spinning top; the pair of rollers (3) also improve the agility of the spinning top so that it does not easily tip over, have a higher battle victory rate when used in battle competitions, and can implement forward or backward rotation of the spinning top.
A spin-activated electric top toy comprises a top body (1), a motor (5) and a rotating body (2) sleeved on the upper portion of the top body (1). The motor (5) and a motor drive shaft (51) are connected with the top body (1) and the rotating body (2) respectively so that the rotating body (2) can rotate relative to the top body (1), and a triggering switch (3) is arranged in the top body (1). Holding the rotating body (2) and rotating the top body (1) manually to trigger and close the triggering switch (3), the motor (5) is connected with a power source (6) to drive the top body (1) to rotate, and the rotating activation of the electric top toy is realized. A top emitter for emitting the top is omitted. The electric top toy is cost-saving, convenient to carry and play, easy and fast to operate, improving playing enjoyment.
A yoyo capable to be electrically accelerated when held by hands, characterized in that, it comprises two spinning bodies (1), a connector (2) connecting the two spinning bodies (1) as a whole, side shaft sleeves (3) provided at center positions of outer sides of the spinning bodies (1), an electrical acceleration mechanism provided inside the spinning bodies (1), and a bearing (4) disposed between the two spinning bodies (1) for winding a yoyo string. The electrical acceleration mechanism is connected to the spinning bodies (1). By pressing the side shaft sleeves (3), the electrical acceleration mechanism operates and thus drives the spinning bodies (1) to spin simultaneously. The side shaft sleeves (3) can be pressed to start spinning and accelerating the spinning bodies (1); when the spin speed is high enough, grab the yoyo string and then release the yoyo; the player can then have sufficient time to perform various yoyo tricks. Accordingly, even a short player can play the yoyo. Further, the yoyo can once again be accelerated when its spin speed is too slow. When the side shaft sleeves (3) are not grabbed, the electrical acceleration mechanism stops operating while the yoyo will still continue to spin due to inertia, thereby providing much fun in playing the yoyo. The yoyo has a wide range of utility satisfying the playing needs of kids and children.
GUANGZHOU ALPHA CULTURE COMMUNICATION CO., LTD (Chine)
Inventeur(s)
Cai, Dongqing
Abrégé
A yoyo capable to be manually accelerated when held by hands comprising two spinning bodies (1), a button (2) and a side cap (3) mounted at center positions of outer sides of the two spinning bodies (1) respectively, a manual acceleration mechanism provided inside the two spinning bodies (1) and connecting the two spinning bodies (1) as a whole, and a bearing (4) disposed between the two spinning bodies (1) for winding a yoyo string; two ends of the manual acceleration mechanism are connected with the spinning bodies (1); by pressing the button (2), the manual acceleration mechanism drives the spinning bodies (10) to spin. The yoyo has a wider range of utility satisfying the playing needs of kids and children and at the same time increasing the ways of playing the yoyo and thus the fun in playing the yoyo. Also, the yoyo allows players to create their own ways of playing the yoyo.
A63H 29/24 - Mécanismes moteurs pour jouets en général - Parties constitutives ou accessoires des mécanismes moteurs, p.ex. moyens pour remonter ou faire démarrer des moteurs
An inductive electric toy, comprising a toy body (1) and an insertion component (2) capable of being separated from the toy body (1), wherein an insertion position (3) for the insertion of the insertion component (2) is arranged on the toy body (1), a signal receiving device (4) is arranged at the insertion position (3), and the insertion component (2) is internally provided with a signal source (5). In addition, a function module is also arranged in the toy body (1), when the insertion component (2) is inserted in the insertion position (3), the signal source (5) is detected and recognized by the signal receiving device (4), and then a corresponding instruction signal is formed and transmitted to the function module, and a corresponding preset function is triggered and enabled by the function module. The toy can not only perform operations of insertion and assembling to realize simulation of operations, but can also make corresponding preset functions, so that the pleasure of insertion and assembling is improved. The deformability is high, and a plurality of simulation operations can be performed, thereby improving the interest and artistic talent of children.
An automatic detachable combined toy gyro is characterized in that: the gyro is formed by vertically jointing at least two gyros, and tips of the gyros are all elastic tips, so that an upper gyro in the gyros automatically releases the connection with a lower gyro when it is impacted or the rotation thereof is blocked during rotation, and the upper gyro is ejected under the action of the elastic tip to form two separately rotating gyros. During playing of the present invention, the gyro may be split into two or three gyros during a confrontational match, which greatly increases the aggressiveness of the gyro and obtain a higher win rate; moreover, because the tip of the gyro is an elastic tip, during splitting and separating when playing, the upper gyro is generally split by the elasticity of the tip thereof, and has little impact on the lower gyro.
A combined toy top comprises an upper top and a bottom top that are assembled together. The upper top and the bottom top both comprise a central axis body and a top ring fitting over the central axis body. The direction in which the top ring is installed on the central axis body can be turned over between a top face and a bottom face and, therefore, a combined toy top with a variety of assembly ways may be achieved by turning the direction of the top ring on the central axis body. As a result, more powerful attacks and a higher victory rate during games can be realized. Furthermore, a user may form tops of various shapes and centers of gravity by turning the direction of the top ring on the central axis body for adaption to different games and attacks.
A toy gyro has a gyro ring that can be assembled at both sides and includes an axis body, gyro ring, tip and cover that are disposed on the axis body. A direction of mounting the gyro ring on the axis body may be turned over vertically, so that by turning over vertical orientations of the gyro ring on the axis body, gyros having different shapes or different heights of center of gravity may be formed. In other words, the gyro ring may be mounted on the axis body with a front side facing upwards, or the gyro ring may be mounted on the axis body with a reverse side facing upwards, so that during playing of the present invention, gyros having different shapes or having different heights of center of gravity may be formed by assembling of the gyro ring on the axis body in different directions.
A combined-type spinning top separated through induction control comprises a primary spinning top (1), a secondary spinning top (2), and an elastic member (3). When the combined-type spinning top is in a first state, the primary spinning top (1) is limited and fixed above the secondary spinning top (2) by the secondary spinning top (2), and the primary spinning top (1) compresses the elastic member (3) so that the elastic member (3) is compressed. The secondary spinning top (2) is provided therein with a sensing mechanism (4). The sensing mechanism (4) can controllably remove, in a second state through induction control, the limitation and fixation of the primary spinning top (1) by the secondary spinning top (2), and, the primary spinning top (1) is ejected under an elastic force of the elastic member (3), so that the primary spinning top (1) and the secondary spinning top (2) rotate independently. In this way, a player can separate the spinning top through induction at will. Because the separation is achieved through induction control, the rotation of the spinning top itself is not affected. In addition, after the spinning top is divided into two parts, the attack force of the spinning top of the player is greatly increased.
A top tip structure allowing a toy top to travel along a metal line, comprising a top tip mounting base (1) and a top tip (2). A magnet (3) is arranged on the top tip (2) to implement affixation of the top tip (2) onto the metal line while the toy top is rotating, thus enhancing the degree of fun in playing and implementing special effects of a competition. The toy top is no longer limited to rotational motions on a plane, but also implements spatial motions and spatial competitions, thus effectively increasing visual effects. This is applicable in various types and styles of toy tops.
A top tip allowing a toy top to rotate suspended, comprising a top tip mounting base (1) and a top tip (2). Provided at the middle of the top tip (2) is a suspending hole (3) through which a rope or rod can run to lift the toy top when playing. Also, the top tip (2) is relatively rotatably connected at the bottom of the top tip mounting base (1). When the toy top is rotating on a plane, the rope or rod is utilized to run through the suspending hole (3) to have the entire toy top lifted, at which time, the upper portion of the toy top continues to rotate, then, by moving or rotating the rope or rod, the toy top is allowed to make other movements while rotating, thus further enhancing the degree of fun of playing.
A transformable yo-yo includes two rotators and a connecting shaft. A through hole, into which the connecting shaft is inserted from two directions, is provided in the middle of each of the rotators. A connecting device, configured to connect and secure the connecting shaft, is provided in the through hole. By moving the connecting device, the connecting shaft can be released so that the rotators are separated from the connecting shaft. Back sides of the two rotators are oppositely connected to the connecting shaft, and connected and secured through the connecting device to assemble a yo-yo of a first form. After release, the front sides of the two rotators are oppositely connected to the connecting shaft, and secured through the connecting device as well to assemble a yo-yo of a second form.
Disclosed is a flipping transformable toy vehicle capable of gripping a toy, the flipping transformable toy vehicle comprising a transformable toy vehicle having an elastic unfolding piece (1) and a flipping piece (3), a plurality of toys (6) capable of being gripped, an elastic clamping piece (4) and a clamping and positioning assembly (5); after being folded, the elastic clamping piece (4), the elastic unfolding piece (1) and the flipping piece (3) are clamped by the clamping and positioning assembly (5) to maintain a folded state; and when the toy vehicle pushes the toy (6) to enable the toy (6) to contact the clamping and positioning assembly (5) to release a clamping among the elastic clamping piece (4), the turnover piece (3) and the elastic unfolding piece (1), the elastic clamping piece (4) is ejected to clamp the toy (6) after being released from the clamping, and the flipping piece (3) rotates downwards to drive the toy vehicle to flip in the air after being released from the clamping, and each elastic unfolding piece (1) is unfolded to change the toy vehicle from a vehicle state to a second state after being released from the clamping. The transformable toy vehicle has a skillful design, a unique structure, novel and diversified playing methods and a highly interesting appeal.
A handheld manual energy accumulation yo-yo, comprising two rotary members (1) and a connection shaft (2); the rotary members (1) each comprise a disc (11) and a shell (12); one disc (11) is internally provided with a clutch mechanism, and the other disc (11) is internally provided with an energy accumulation mechanism; the two ends of the connection shaft (2) are connected to the clutch mechanism and to the energy accumulation mechanism, respectively; the rotary member (1) at the clutch mechanism end is manually rotated such that the energy accumulation mechanism accumulates energy, and then the engaged clutch mechanism is manually released such that the energy accumulation mechanism releases energy, thereby driving the two rotary members (1) to spin simultaneously. In this way, the yo-yo can be made to spin without being cast downward by means of the string; even if the string is too short to properly cast the yo-yo downward, the yo-yo can still spin at a high rate of speed and is not subject to acceleration area requirements. The present invention allows for all manner of yo-yo tricks to be performed while satisfying the requirements of players of all ages and heights.
A frictional energy accumulation and acceleration yo-yo, comprising two rotary members (1) and a connection shaft (2) connecting the two rotary members (1). The rotary members (1) each comprise a disc (11) and a lateral cap (12); the discs (11) spin relative to the lateral caps (12); each disc (11) is internally provided with a frictional energy accumulation mechanism (3); and one end of the frictional energy accumulation mechanism (3) is connected to the disc (11), and the other end is connected to the lateral cap (12). Upon pinching the lateral caps (12), the discs (11) contact an external contact surface and create friction such that the frictional energy accumulation mechanisms (3) accumulate energy; once energy accumulation is complete, and when the discs (11) are separated from the external contact surface, the frictional energy accumulation mechanism (3) releases energy and drives the two discs (11) to spin simultaneously in the direction opposite the direction in which the friction was created; then the lateral caps (12) are released to allow the entire yo-yo to spin. Even if the string is too short, the yo-yo can still spin at a high rate of speed and is not subject to acceleration area requirements. Thus, even shorter persons can fully enjoy the yo-yo.
The present invention discloses a flipping and transforming toy vehicle capable of gripping toys, comprising a transformable toy vehicle with elastic unfolding parts and flipping parts, a number of toys to be gripped, an elastic gripping part and a snapping assembly, the elastic gripping part, the elastic unfolding parts and the flipping part are folded and then snapped through said snapping assembly to maintain the folded state, when the toy vehicle is pushed toward a toy such that the toy touches the snapping assembly, the snap connection of the elastic gripping part, the flipping part and the elastic unfolding parts is released, the elastic gripping part is popped out to grip the toy when the snap connection is released, the flipping part turns downwardly to drive the toy vehicle to somersault when the snap connection is released, and each elastic unfolding part is unfolded when the snap connection is released, thereby transforming the toy vehicle from a vehicle form to a second form, the transforming toy vehicle has an ingenious design and a unique structure, which has various novel ways to play and leads to great fun. It effectively promotes education and communication so as to train children to adapt to today's society, and may be used on various toy vehicles of different forms, styles and functions.
The present invention discloses a yo-yo ball with friction motion energy storage and acceleration functions, comprising two rotating bodies and a connecting shaft, where either of the rotating bodies includes a disk body and a side cover, either of the disk bodies is internally provided with a friction motion energy storage mechanism, one end of which is connected to the disk body and the other end is connected to the side cover, by pinching the side cover, the disk bodies are in contact with an external contact surface to realize energy storage for the friction motion energy storage mechanism by means of friction rolling. After the energy storage, the disk bodies are out of contact with the external contact surface, and the friction motion energy storage mechanism releases the energy to drive the disk bodies to synchronously rotate, at the moment, the side cover is released to realize rotation of the whole yo-yo ball, so that the ball body can rotate at high speed after being thrown even though a rope is too short, which is not affected by an acceleration region after the ball body is thrown down. Therefore, even though a player who is shorter may enjoy playing with the yo-yo ball to the fullest, and complete various fancy moves. Requirements of players at different ages and different heights can be met. Compared with an existing yo-yo ball, the yo-yo ball with friction motion energy storage and acceleration functions increases a new operation mode and a new playing method, is more fun, and more diversified in playing methods.
The present invention discloses a hand-held yo-yo ball capable of manually storing energy, comprising two rotating bodies and a connecting shaft, where each rotating body comprises a disk body and a shell; one disk body is internally provided with a clutch mechanism, the other disk body is internally provided with an energy storage mechanism; two ends of the connecting shaft are respectively connected with the clutch mechanism and the energy storage mechanism; the rotating body at the end where the clutch mechanism is located is manually rotated, energy is stored in the energy storage mechanism, then the meshing state of the clutch mechanism is manually removed, so that the energy storage mechanism releases the energy to drive the two rotating bodies to rotate synchronously. In this way, the yo-yo ball can be rotated without throwing a ball body of the yo-yo ball by a rope. Even if the rope is too short, the ball body can rotate at high speed after being thrown down, which is not affected by an acceleration region after the ball body is thrown down. Therefore, even though a shorter player may enjoy playing with the yo-yo ball to the fullest, and complete various fancy moves. Requirements of players at different ages and different heights can be met. Compared with an existing yo-yo ball, the hand-held yo-yo ball capable of manually storing energy increases a new operation mode and a new playing method, is more fun, and more diversified in playing methods.
A toy car suitable for travelling on a twisted track, the toy car comprising a car body (1), and front wheels (2) and rear wheels (3) located on front and rear portions of the car body (1). The front wheels (2) comprise two front wheel hubs (21) and a front axle (22) passing through the car body (1) and connected at two ends to the front wheel hubs (21), an axle hole (11) for the front axle (22) to penetrate is provided on the car body (1), the car body (1) is provided with gaps (12) at positions on the two sides where the front axle (22) extends out, and the two ends of the front axle (22) swing up and down within the length range of the gaps (12). When the toy car travels on a twisted track, the front wheels (2) tilt with the twisting of the twisted track, ensuring that the front and rear wheels are continuously in contact with a track surface and drive the toy car to travel smoothly without becoming stuck. The toy car is not only suitable for travelling on a twisted track, but is also suitable for travelling on an uneven road surface.
A combined toy gyroscope capable of being freely split, formed of at least two gyroscopes (1, 2) positioned opposite one another on the top and bottom, the gyroscope tip of the gyroscopes (1, 2) both being an elastic tip (11, 21); the upper gyroscope (1) of the gyroscopes (1, 2), when colliding or being blocked during rotation, automatically disconnects from the lower gyroscope (2), and is ejected under the effect of the elastic tip (11) to form two independently rotating gyroscopes (1, 2). The present gyroscope, when played, increases gyroscope attack power during a combat match, and as the tip of the gyroscope is elastic, the impact of the upper gyroscope on the lower gyroscope is not large and when landing, the elastic cushioning effect is used to achieve a soft landing, effectively protecting the gyroscope tip and maintaining operating stability.
A toy gyroscope with gyroscope ring capable of being mounted on two faces, comprising a central shaft body (1) and a gyroscope ring (2), a gyroscope tip (3), and a screw cover (4) arranged on said central shaft body (1); the mounting direction of the gyroscope ring (2) on the central shaft body (1) can be adjusted on the upper and lower side, such that gyroscopes having different shapes or different centre of gravity heights can be formed by means of adjusting the upper or lower orientation of the gyroscope ring (2) on the central shaft body (1). When playing, gyroscopes having different shapes or different centre of gravity heights can be formed by means of the assembly of the different directions of the gyroscope ring (2) on the central shaft body (1), and thus the user can select different modes on the basis of the characteristics of the gyroscope of an opponent.
A combined toy gyroscope capable of being freely assembled, comprising an upper gyroscope (1) and lower gyroscope (2) assembled together, the upper gyroscope (1) and the lower gyroscope (2) both comprising a central shaft body (11, 21) and a gyroscope ring (12, 22) sleeved over said central shaft body (11, 21); the mounting direction of at least one gyroscope ring (12, 22) of the upper gyroscope (1) and the lower gyroscope (2) on the central shaft body (11, 21) can be adjusted on the upper and lower side, such that combined gyroscopes of multiple assembly structures can be formed by means of adjusting the upper or lower orientation of the gyroscope ring (12, 22) on the central shaft body (11, 21). On the basis of different situations, a user can adjust the assembly of the different directions of the gyroscope ring (2) on the central shaft body (1) to form gyroscopes having different shapes or different centre of gravity heights; assembly modes are thus diverse, achieving different methods of playing and attacking.
The present invention provides a sensing control system for an electric toy, characterized in that it comprises a signal detection module for receiving an external sensing and then generating a sensing signal; a calculation and control module for receiving the sensing signal and counting a number of the sensing signal, and then sending out different control signals corresponding to different numbers of the sensing signals; and an electric driving module for receiving the control signal and then sending a driving signal to the electric toy, so as to control the electric toy to work. Therefore, according to different numbers of sensing signals, the electric toy is able to perform different actions or speed changes of the same action. In this way, the toy equipped with the sensing control system of the present invention can go beyond the limitation of a remote control, and thus becomes suitable as a toy for children of different ages. In addition, it makes a toy gain advantages of becoming more user friendly, more interactive, more interesting, and thus would become many children's favorite.
A63H 30/00 - Agencements de commande à distance spécialement conçus pour les jouets, p.ex. pour véhicules
A63H 17/32 - Dispositifs de signalisation acoustique ou optique
A63H 29/24 - Mécanismes moteurs pour jouets en général - Parties constitutives ou accessoires des mécanismes moteurs, p.ex. moyens pour remonter ou faire démarrer des moteurs
A transformable yo-yo, comprising two rotating bodies (1) and a connecting shaft (2); a through hole (10) is provided in the middle of the rotating bodies (1) for bidirectional insertion of the connecting shaft (2); a connecting device is provided in the through hole (10) for connecting and fixing the connecting shaft (2); the connecting device can be moved to unfix the connecting shaft (2) so as to disengage the rotating bodies (1) from the connecting shaft (2). The two rotating bodies (1) positioned back to back are connected to the connecting shaft (2), and are fixed by the connecting device to assemble a yo-yo in a first shape; after being unfixed, the two rotating bodies (1) positioned face to face are connected to the connecting shaft (2) and are fixed by the connecting device to assemble a yo-yo in a second shape. Kids can transform the yo-yo as desired. In addition, the yo-yo in different shapes can make fancy actions according to the characteristics of the specific shape, diversifying the ways of playing with the yo-yo and making play more interesting.
Conventional yo-yos can only be assembled in one way, such that the yo-yo has only one form with no alterability. The transformable yo-yo disclosed have opposing rotators releasably connected to a connecting shaft by a connecting device. The backsides of the two rotators can be oppositely connected to the connecting shaft to assemble the yo-yo in a first form. Alternatively, the front sides of the two rotators can be oppositely connected to the connecting shall to assemble the yo-yo in a second form.
A63H 1/06 - Toupies à dispositif de moulinage intégré
A63H 29/24 - Mécanismes moteurs pour jouets en général - Parties constitutives ou accessoires des mécanismes moteurs, p.ex. moyens pour remonter ou faire démarrer des moteurs
40.
Gyroscope points accumulation system with convenient operation and data information read/write method for same
A spinning top scoring system with easy operation, which is characterized by a toy spinning top, which includes a toy main body that is able to rotate in response to a signal emitted by a supporting signal transmitter. The system also includes an RFID chip, which is used for identifying identity information of the toy spinning top and for storing scoring data. Further included in the system is a cell phone with an NFC function, wherein the cell phone comprises a spinning top scoring software system, which is used for reading and displaying the identity information stored in the RFID chip, writing a new identity information into the RFID chip, as well as for reading and displaying the scoring data stored in the RFID chip and outputting or inputting the scoring data to the RFID chip.
A63F 9/24 - Jeux utilisant des circuits électroniques, non prévus ailleurs
A63F 13/00 - Jeux vidéo, c. à d. jeux utilisant un affichage à plusieurs dimensions généré électroniquement
G06F 17/00 - TRAITEMENT ÉLECTRIQUE DE DONNÉES NUMÉRIQUES Équipement ou méthodes de traitement de données ou de calcul numérique, spécialement adaptés à des fonctions spécifiques
G06F 19/00 - Équipement ou méthodes de traitement de données ou de calcul numérique, spécialement adaptés à des applications spécifiques (spécialement adaptés à des fonctions spécifiques G06F 17/00;systèmes ou méthodes de traitement de données spécialement adaptés à des fins administratives, commerciales, financières, de gestion, de surveillance ou de prévision G06Q;informatique médicale G16H)
A63H 30/04 - Agencements électriques par transmission sans fil
A63F 13/65 - Création ou modification du contenu du jeu avant ou pendant l’exécution du programme de jeu, p.ex. au moyen d’outils spécialement adaptés au développement du jeu ou d’un éditeur de niveau intégré au jeu automatiquement par des dispositifs ou des serveurs de jeu, à partir de données provenant du monde réel, p.ex. les mesures en direct dans les compétitions de course réelles
A63F 13/92 - Dispositifs de jeu vidéo spécialement adaptés à une prise manuelle pendant le jeu
A63F 3/00 - Jeux se jouant sur une table; Jeux de hasard
A63F 13/211 - Dispositions d'entrée pour les dispositifs de jeu vidéo caractérisées par leurs capteurs, leurs finalités ou leurs types utilisant des capteurs d’inertie, p.ex. des accéléromètres ou des gyroscopes
Disclosed is a building block assembling toy track, comprising several guide rails and connecting pieces, wherein each guide rail is composed of two independent rails (1) on the left and the right, and the connecting pieces are building block connection blocks (2). The building block connection blocks (2) are equipped with multiple docking parts, and correspondingly, the guide rails (1) are provided with connecting parts cooperatively connected to the docking parts. A track body having an adjustable track width or height and a central region hollowed-out track plane is formed by cooperatively connecting the connecting parts on the guide rails (1) with the docking parts on the building block connection blocks (2) at different positions. The left and right wheels of the toy car are located exactly on the left and right rails (1), so as to realize the toy car traveling along the rails. By adjusting the width and height of the track, same can be suitable for different sizes of toy cars to travel along.
An inductive control system of an electric toy, comprising a signal detection module used for receiving external induction and generating an induction signal; an operation and control module used for receiving the induction signal and calculating the number of induction signals, thus sending a corresponding control signal; and an electrically driven module used for receiving the control signal and sending a drive signal to the electric toy so as to control the operation of the electric toy. Therefore, according to different number of times of induction, the electric toy can be made to execute different actions or change the speed of the same action. The toy to which the induction control system applies is free from the constraint of a remote control, and is suitable for children of different ages to play with.
A sensing control system for an electric toy includes a signal detection module for receiving an external sensing and then generating sensing signals. A calculation and control module is provided for receiving the sensing signals and counting the number of the sensing signals, and then sending out different control signals corresponding to different numbers of the sensing signals. An electric driving module is provided for receiving the control signal and then sending a driving signal to the electric toy, to control operation of the electric toy. According to different numbers of sensing signals, the electric toy performs different actions as well as speed changes and time duration of operation.
A63H 29/24 - Mécanismes moteurs pour jouets en général - Parties constitutives ou accessoires des mécanismes moteurs, p.ex. moyens pour remonter ou faire démarrer des moteurs
The present invention provides a gyroscope points accumulation system with convenient operation and data information read/write method for same, comprising a toy gyroscope, RFID chip and mobile telephone; said RFID chip is used for identifying the identity information of the toy gyroscope and storing accumulated points data; and said mobile telephone comprises a gyroscope points accumulation software system used for reading and displaying the identity information in the RFID chip and able to input new identity information into the RFID chip, and also used for reading and displaying the accumulated points data in the RFID chip and able to input and output accumulated points data from the RFID chip. The scores of children playing gyroscope competitions can thereby be conveniently recorded without the aid of a PC, and the technical skill of the children can be more clearly determined; children will save precious time and can compete at any time or place, the invention being fun and entertaining. The present gyroscope points accumulation system is structurally simple and portable, the playing method is novel and the addition of feature cards can improve the varied gameplay of the toy, thus cultivating in children a sense of competition and mental inspiration, and the invention is widely applicable to gyroscope-type toy products.
A bouncing toy spin-top, comprising a gyro cap (1) located above, a gyro piece (2) located below the gyro cap (1), a gyro base (3) used for fixing the gyro piece (2), a top tip (8) located at the bottom, and a resilient movable member located between the gyro base (3) and the top tip (8), the resilient movable member being fixedly connected to the top tip (8) and connected to the gyro base (3) in such a way as to allow upward and downward resilient motion. When the spin-top lands on the ground from the launcher, the resilient movable member and the top tip (8) move upward under the reaction force of gravity, then resiliently recover and move back to their original positions, then move upward under the inertial force, repeating in this manner and thus forming a bouncing action. In a competitive confrontation, the toy spin-top can strike an opposing spin-top from above by means of jumping up, thus more easily damaging the opposing spin-top; the aggressiveness of the spin-top is significantly increased, making the odds of winning higher.
A toy gyroscope with strong defensiveness comprises a gyroscope cap (1), a gyroscope disc (2), a gyroscope base (3) and a gyroscope point (6), and also comprises an elastic absorber for reducing impact force when the gyroscope is collided with, wherein the elastic absorber comprises an elastic part (4) for confronting collision and a connecting part (5) that is fixedly connected to the gyroscope base. Through a fixed connection between the connecting part (5) and the gyroscope base (3), the elastic part (4) is located in a position of a periphery of the gyroscope base (3); therefore, when the gyroscope competes with other gyroscopes and a counterpart gyroscope collides with the elastic absorber, the elastic absorber deforms elastically to reduce the impact force, thus providing a cushioning effect and making the gyroscope rotate stably. Meanwhile, the elastic absorber generates and returns counterpart force to the counterpart gyroscope, causing interference to the counterpart gyroscope, thus improving a winning rate of the own gyroscope and providing great fun. In addition, a player can change elastic performance of the elastic absorber based on judgment to achieve a better anti-collision effect. The gyroscope provides a novel playing method, can obtain favor of more players, and can culture a manipulative ability and a competitive ability of children.
A hand-held electrically-accelerated yo-yo, comprising two rotating bodies (1), a connector (2) connecting the two rotating bodies (1) together, forming one body, side bushings (3) mounted at the middle of the outsides of the two rotating bodies (1), an electric acceleration mechanism disposed inside the rotating bodies (1), and a bearing (4) for winding a string, located between the two rotating bodies (1). The electric acceleration mechanism is connected to the two rotating bodies (1), and by means of pressing side bushing (3), the electric acceleration mechanism operates, thus driving the two rotating bodies (1) to rotate in unison. By means of pressing the side bushing (3), the rotating bodies (1) are rotationally accelerated; when the rotational speed is sufficient, pulling on the string releases the yo-yo body; a user has adequate time to make various movements; therefore, even if a user is relatively short in height, the user can play with the yo-yo. The yo-yo can be accelerated again while rotating at a low rotational speed. If the side bushing (3) is loosened, the electric acceleration mechanism ceases operation; the body continues to rotate due to the effect of inertial force, and is thus very fun and interesting. The yo-yo is widely adaptable and meets the play needs of a majority of children.
A hand-held manually-accelerated yo-yo, comprising two rotating bodies (1), a button (2) mounted at the middle of the outside of one of the rotating bodies (1), a side shaft cap (3) mounted at the middle of the outside of the other rotating body (1), a manual acceleration structure disposed inside the rotating bodies (1) and connecting the rotating bodies (1) together, forming one body, and a bearing (4) for winding a string, located between the two rotating bodies (1); the two ends of the manual acceleration structure are connected to rotating bodies (1), and by means of pressing button (2), the manual acceleration structure drives rotating bodies (1) to rotate in unison. The yo-yo is widely adaptable and meets the play needs of a majority of children; at the same time, more ways of playing with the yo-yo are possible, it is very fun and interesting, and the user has room to exercise creativity in play.
A yoyo capable to be manually accelerated when held by hands comprising two spinning bodies (1), a button (2) and a side cap (3) mounted at center positions of outer sides of the two spinning bodies (1) respectively, a manual acceleration mechanism provided inside the two spinning bodies (1) and connecting the two spinning bodies (1) as a whole, and a bearing (4) disposed between the two spinning bodies (1) for winding a yoyo string; two ends of the manual acceleration mechanism are connected with the spinning bodies (1); by pressing the button (2), the manual acceleration mechanism drives the spinning bodies (10) to spin. The yoyo has a wider range of utility satisfying the playing needs of kids and children and at the same time increasing the ways of playing the yoyo and thus the fun in playing the yoyo. Also, the yoyo allows players to create their own ways of playing the yoyo.
The present invention relates to the technical field of yoyo, and specifically relates to a yoyo capable to be electrically accelerated when held by hands, characterized in comprising two spinning bodies (1), a connector (2) connecting the two spinning bodies (1) as a whole, side shaft sleeves (3) provided at center positions of outer sides of the spinning bodies (1), an electrical acceleration mechanism provided inside the spinning bodies (1), and a bearing (4) disposed between the two spinning bodies (1) for winding a yoyo string. The electrical acceleration mechanism is connected to the spinning bodies (1). By pressing the side shaft sleeves (3), the electrical acceleration mechanism operates and thus drives the spinning bodies (1) to spin simultaneously, so that even short players can play the yoyo and perform various yoyo tricks.
A separable combined toy spinning top, comprising a main spinning top and an auxiliary spinning top, wherein the main spinning top comprises a spinning top cover (1), a main spinning top piece (2), a spinning top shaft sleeve (3) and a spinning tip (4); the auxiliary spinning top comprises an auxiliary spinning top piece (5), a shaft sleeve body (6) and the spinning tip (4). The upper part of the auxiliary spinning top is provided with an elastic mechanism, and the main spinning top, flexibly connected onto the top of the auxiliary spinning top, is capable of disconnecting from the auxiliary spinning top and ejecting away via the elastic mechanism when hindered during rotation so that the main spinning top and the auxiliary spinning top rotate independently of each other. The separable combined toy spinning top cleverly combines two spinning tops into one, able to be separated upon impact, so that a player has a higher probability of winning in a competition while the practical abilities of a child can be developed.
A control device and fixed height control method for a remotely-controlled toy airplane, the control device comprising a power supply module, a main control module, a flight control module, a height detection module, and a height control module; the height detection module transmits a signal, receives a reflected signal of the transmitted signal or a signal transmitted by a remote control, analyzes and transmits the received signal to the main control module for decoding to generate a height control signal; and the height control module is used to receive the decoded height control signal and control the motor drive to adjust the flight height of the toy airplane, thus achieving automatic hovering of the toy airplane as well as one key takeoff.
A separable combined toy spinning top, comprising a main spinning top and an auxiliary spinning top, wherein the main spinning top comprises a spinning top cover (1), a main spinning top piece (2), a spinning top shaft sleeve (3) and a spinning tip (4); the auxiliary spinning top comprises an auxiliary spinning top piece (5), a shaft sleeve body (6) and the spinning tip (4). The upper part of the auxiliary spinning top is provided with an elastic mechanism, and the main spinning top, flexibly connected onto the top of the auxiliary spinning top, is capable of disconnecting from the auxiliary spinning top and ejecting away via the elastic mechanism when hindered during rotation so that the main spinning top and the auxiliary spinning top rotate independently of each other. The separable combined toy spinning top cleverly combines two spinning tops into one, able to be separated upon impact, so that a player has a higher probability of winning in a competition while the practical abilities of a child can be developed.
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