326results about "Tops" patented technology

A top toy being is provided. The top toy is used together with a field including a step part and an acceleration rail being configured on the step part. The top toy includes a rotating shaft extending in an axial direction, a rotor being concentric with the rotating shaft, and a ride-over part being configured on the rotating shaft above the rotor. The rotating shaft includes a landing part on a bottom end thereof. The rotor is configured to engage with the acceleration rail. The ride-over part includes an axially symmetrical sliding contact surface. The sliding contact surface has a diameter increasing as extending upwardly in the axial direction.

The invention relates to a method for remotely controlling a gyroscope on a gyroscope disc, the gyroscope disc applying the method and the gyroscope applying the method. According to the method, a gyroscope disc and a gyroscope running on the gyroscope disc are included, a gyroscope disc magnetic field is arranged on the disc face of the gyroscope disc, a gyroscope magnetic field is arranged on the gyroscope, the magnetic field direction and / or the magnetic induction intensity of the gyroscope magnetic field are / is variable, the gyroscope is launched to the gyroscope disc, and the gyroscope running on the gyroscope disc is obtained by manually changing the magnetic field direction and / or the magnetic induction intensity of the gyroscope magnetic field. And the movement of the gyroscope on the surface of the gyroscope disc can be manually controlled. According to the method, the aim of controlling the movement of the gyroscope is achieved by manually controlling the magnetic field on the gyroscope. Different manipulators can manipulate different gyroscopes, and the manipulations of the gyroscopes cannot interfere with each other. And the method is particularly suitable for the scene of multi-person fight gyroscopes.

The utility model provides a spinning top toy set and a spinning top toy. The spinning top toy set and the spinning top toy can enable the spinning top toy to perform novel actions. The spinning top toy set comprises a stadium provided with an acceleration guide rail at a step part formed on the stadium; and a gyro toy in which a rotating body is provided concentrically with a rotating shaft having a ground contact portion formed at a lower end thereof, the gyro toy being accelerated by moving back and forth when the rotating body is engaged with the acceleration guide rail, the gyro toy being provided with a raising portion directly above the rotating body, the rising part is provided with an axially symmetric sliding contact surface, the lower end of the sliding contact surface has the same shape as the upper end of the rotating body, the diameter of the sliding contact surface is expanded along with the upward direction in the axial direction, and the rising part is configured in a way that the sliding contact surface is in sliding contact with the upper corner of the step part and can rise to the upper side of the step part through the back-and-forth movement of the top toy; in the raised state, the grounding part is not grounded with the floor on the lower side of the step part, and the rotating body can be clamped with the acceleration guide rail.

A top launching device for launching a top includes a device body and an operating belt. The device body includes first and second input rotors to rotate, an output rotor configured to hold the top in a state with a central axis of the output rotor aligned with a central axis of the top and configured to rotate and impart the rotational force to the top, and a coupling rotor configured to transmit the rotational force from the input rotor to the output rotor. The operating belt is configured to be inserted in the device body, and to be engaged with either the first or the second input rotor. The output rotor is configured to rotate the top, impart the rotational force to the top, and release the top. The operating belt is configured to be selectively engaged with one of the first and second input rotors.

A finger mounted spinning device having an elongated housing body, preferably having a plurality of LED lights mounted into the housing body. The housing body is provided with a circular opening adjacent one end, sized such that a finger may be inserted through the opening. An annular gripping member extends inwardly within the opening, mounted to the housing body in rotational manner such that such that the elongated housing body is rotatable about the user's finger while the finger gripping member remains stationary on the user's finger. When spinning about the user's finger, the lights present a visible two-dimensional pattern.

A top toy includes a shaft part, a trunk part, and a top tip cover. The trunk part is detachably configured on the shaft part. The top tip cover is detachably configured on the shaft part at a longitudinal end. The shaft part includes a first engagement part being movably configured between a raised position and a lowered position in an axial direction and a second engagement part. The top tip includes a third engagement part being configured to be engaged by rotating in a first direction with the second engagement part to prevent the shaft part from separating from the trunk part in the axial direction. The top tip cover includes a fourth engagement part being configured to be engaged with the first engagement part to prevent the top tip cover from rotating in a second direction with respect to the shaft part.

A spinning top attachment device includes a top having a top base and a collet removably attached to the base. The collet has a pinion gear portion. A bore of the collet and a bore of the top base are sized and shaped to removably receive a drawing instrument, and the collet is configured to secure the drawing instrument to the top. A pull stick is sized and shaped to mesh with the pinion gear portion of the collet. The top and the drawing instrument, when assembled with one another, are configured to spin relative to a surface when the pull stick is pulled relative to the pinion gear portion, and the drawing instrument is configured to spin on and create a design on the surface.

A self-propelled and stabilized remote-controlled device is provided, that includes a spinning rotor and a separate platform above the spinning rotor that is rotationally stabilized to provide the device with an evident orientation to the user on which to base controlled movement. The device is suitable for use as a toy or similar novelty and suited for use in battle-type games between devices of a similar type.

A pen-spinner fidget device is provided. The device is a multifunctional device designed as both a fidget toy and a holder for writing instruments, comprising a body shaped to resemble a pistol grip for enhanced ergonomics and comfort. The device's body includes an integrated grip with finger grooves and textured surfaces, ensuring a secure hold that is resistant to slippage and strain, particularly during extended use. At the top of the device, a flexible fastener holds a writing utensil, allowing it to spin freely around a rotation point, typically a ball-and-socket joint, enabling multidirectional movement for fidgeting. This spinning mechanism provides a stress-relieving, repetitive motion that mimics traditional fidget spinners, supporting focus and relaxation. Additionally, the invention outlines a method for use, where users secure a writing utensil in the fastener and engage in rotational motion, which can aid in concentration and reduce anxiety during focused activities.

The embodiment of the present invention discloses a gyroscope and a charging device, wherein the gyroscope comprises a housing, a motor, a circuit board, and at least two tilt switches. The housing has a rotation axis. The motor is fixedly mounted on the housing, the output shaft of the motor is coaxially arranged with the rotation axis, and one end of the output shaft of the motor is located outside the housing, and the housing can rotate around the rotation axis with the end of the output shaft away from the motor as a fulcrum. The circuit board is provided with a power supply and a current amplification circuit, and the motor and the power supply are connected through the amplification circuit. A plurality of tilt switches are connected in series to the amplification circuit for jointly controlling the on and off of the amplification circuit. By rotating the housing to apply a centrifugal force to all the tilt switches, the plurality of tilt switches are all turned on, and then the smaller current of the power supply is amplified by the current amplification circuit and transmitted to the motor, so as to drive the gyroscope to rotate continuously and increase playability.

The present invention provides a unique structural support for a fidget spinner, which is both an entertainment toy and a teaching aid. The support comprises a support body that supports the fidget spinner and a rotating arm on a base, connected by a hinge. This allows the fidget spinner, which originally rotates in one dimension, to rotate in three dimensions on the support. Furthermore, the fidget spinner can be thrown horizontally from the support and continue to rotate after landing on a tabletop. This changes the conventional gameplay of the fidget spinner, making the entire game more interesting and engaging, and serves as a vivid physics teaching device.

The utility model relates to the technical field of spinning tops, in particular to a novel double-linkage spinning top structure which comprises an inner rotor, an outer rotor and a rod body, the outer rotor is sleeved on the inner rotor in a rotating mode, an inner shaft is installed in an inner cavity of the rod body in a rotating mode, and the top end of the inner shaft extends out of a top opening of the rod body and then is fixedly connected with the inner rotor. And when the outer rotor is rotated, the inner rotor also rotates due to the friction force between the inner rotor and the outer rotor, so that the double linkage of the inner and outer layer structures is realized.

Toy, of the spinning top type, comprising weights Toy (10) comprising a first hub (20); a second hub (30); a plurality of weights (12,14,16); a plurality of upper connecting arms (42,44,46) connected in an articulated manner to the first hub and to one of the weights;a plurality of lower connecting arms (52,54,56) hingedly connected to the second hub and to one of the weights, each weight being connected to the first hub via an upper connecting arm as well as to the second hub via a lower connecting arm, the toy being able to take at least a first configuration in which the first and second hubs are spaced apart from each other, so that the weights are close to each other, and a second configuration in which said first and second hubs are closer than in the first configuration, so that said weights are spaced apart from each other. Figure for abstract: Fig. 1.;

The utility model discloses a drum-shaped yo-yo ball with detachable counterweight rings, and particularly relates to the technical field of yo-yo balls, the drum-shaped yo-yo ball comprises two ball bodies, the two ball bodies are detachably connected through a middle shaft, ball covers are installed on the outer walls of the ball bodies, the counterweight rings are detachably arranged in the ball bodies, and the counterweight rings are detachably arranged in the ball bodies. A convex seat is integrally formed in the middle of the interior of the ball body, a nut groove used for installing a nut is formed in the axial end, close to the ball cover, of the convex seat, a middle shaft groove used for penetrating through a middle shaft is formed in the axial direction of the convex seat, the middle shaft is connected to the nut groove in a screwed mode, and the balance weight ring is a plastic balance weight ring. The balance weight rings made of different materials can be replaced, the weight distribution in the yo-yo can be changed by replacing the balance weight rings in the yo-yo body, the yo-yo can adapt to operation hand feelings and playing method requirements of more players, and daily playing, using and performance are more efficient.

The utility model relates to a wristband type toy gyroscope launcher, comprising a dial composed of a lower plate body and an upper plate body and a watchband, a gyroscope cavity for placing a gyroscope is arranged on the top of the upper plate body, a driving mechanism comprises a gear box formed by buckling a bottom cover and a top cover of the box and an acceleration gear set arranged in the gear box, a release mechanism comprises a launch button arranged on the dial, a latch corresponding to a buckle is arranged on the launch button, and the latch hooks the buckle after the gyroscope is loaded; the utility model can be fixed on the left wrist through the watchband, and the loading of the gyroscope, energy storage and launching are all completed by the other hand, freeing the left and right during the battle process, making it convenient to hold other toys, and adjusting the direction of the gyroscope cavity by rotating the arm at the same time, so that the launching direction of the gyroscope can be more conveniently controlled, and in addition, the launcher can be worn on the wrist as a toy watch when no game is played.

The top toy comprises an external rotation assembly, a first bearing, a first finger jacking part, a second bearing and a second finger jacking part, the first finger jacking part is rotatably connected with the external rotation assembly through the first bearing, the first finger jacking part is exposed out of one side of the external rotation assembly, the second bearing and the first bearing are coaxially and alternately arranged, and the second bearing and the first bearing are coaxially arranged. The second finger jacking part is rotationally connected with the external rotation assembly through the second bearing, and the second finger jacking part is exposed out of the other side of the external rotation assembly. According to the technical scheme, the first bearing and the second bearing are arranged to form a double-bearing structure, the first finger jacking part and the second finger jacking part can be installed separately, the first finger jacking part and the second finger jacking part do not need to be connected through a middle shaft, the structure is simplified, the assembling complexity is reduced, and the external rotation assembly can independently rotate relative to the first finger jacking part and can rotate relative to the second finger jacking part. Through the arrangement, the rotation flexibility and the rotation stability of the external rotation assembly can be effectively improved.

The utility model relates to the field of iron wire spinning top manufacturing, in particular to an iron wire spinning top manufacturing die which is characterized in that a main body is cylindrical, a plurality of annular grooves are formed in the side face of the cylindrical main body, a straight hole is formed in each annular groove, and the width of the annular grooves is not larger than that of the straight holes in the annular grooves; the center line of the straight hole in the annular groove coincides with the central axis of the cylindrical body. The iron wire fitting degree is observed through the transparent mold, it is guaranteed that the iron wire is tightly attached to the annular groove, the inner circle and the outer circle are tightly attached to the mold, and the quality of the iron wire gyroscope is guaranteed.

Α modular spin-top bracelet fashion accessory (5) includes a spin-top main body (6), a spin-top axel (7), a spin-top base (8) and a wrist-bracelet base assembly (9), where main body (6) has a plurality of equidistant, radial, threaded holes (11) around its perimeter, allowing spin-top axel (7) to be securely fastened on main body (6), forming pendant (1). Main body (6) has a threaded hole along the center of its axis (14), allowing axel (7) to be fastened and form spin-top toy (2). Modular assembly (1) is supplied with spin-top base (8), where main body (6) can be inserted, and secured by fastening axel (7) in the radially threaded hole (17), creating pendant configuration (3). The spin-top base (8) has a concave surface (19), for the spin-top () to be spun on and kept towards the center of the surface (4). Configuration (3) can be secured in wrist-bracelet assembly (9), using threaded knob (10), creating bracelet fashion accessory (5).

The utility model discloses a gyro game water machine toy which comprises a game water machine body, a bearing and a rotating support, a center hole is formed in the geometric center position of the game water machine body, an outer ring of the bearing is fixedly arranged on the center hole, and the rotating support is fixedly arranged on an inner ring of the bearing. The game water machine toy is reasonable in structural design, the center hole is formed in the geometric center of the game water machine body, the bearing and the rotating support are installed, the finger top and the water machine toy are ingeniously combined, and the game water machine toy has the functions of the finger top and the water machine toy; a player can control the moving direction and position of the floating component through the pressing force to complete collection challenge, and can push the whole game water machine body to rotate rapidly by holding the rotating support, so that the interactivity and entertainment of a toy are greatly improved, and the interest of more players can be attracted.

To provide a toy top capable of reducing energy loss due to landing impact and landing the toy top at a desired position on a floor.SOLUTION: The shaft is configured to be movable in an axial direction so as to take a first position at which the shaft is locked by the elastic locking portion and a second position higher than the first position, the elastic locking portion is formed with a first sliding contact portion, and the shaft is formed with a second sliding contact portion that comes into sliding contact with the first sliding contact portion when the shaft moves in the axial direction, the elastic locking portion is elastically deformed by the sliding contact when the shaft is pushed into the shaft hole by a landing impact, and moves the shaft to the first position by the sliding contact due to an elastic force when the landing impact stops.SELECTED DRAWING: Figure 5

The invention provides a top toy, which is provided with an elastic locking part, the elastic locking part clamps a reducing part of a shaft inserted into a shaft hole formed by a shaft supporting part through elastic force, the shaft is configured to be capable of moving in the axial direction so as to be in a first position locked by the elastic locking part, and the elastic locking part clamps the reducing part of the shaft inserted into the shaft hole formed by the shaft supporting part so as to be capable of moving in the axial direction so as to be in a second position locked by the elastic locking part. And a second position which is deeper into the shaft hole than the first position, the elastic locking part is formed with a first sliding contact part, and the shaft is formed with a second sliding contact part which is in sliding contact with the first sliding contact part when the shaft moves in the axial direction, and the second sliding contact part is in sliding contact with the second sliding contact part when the shaft moves in the axial direction. The elastic lock portion elastically deforms by the sliding contact when the shaft is pressed into the shaft hole due to a landing impact force, and moves the shaft to the first position by the sliding contact under the action of an elastic force when the landing impact force stops. By the adoption of the gyro toy, energy loss caused by landing impact force can be reduced, and the gyro toy can land on the expected position of the ground.

The utility model relates to a spinning top launcher and a spinning top toy. The spinning top launcher comprises a launching body and a stopping piece. A launching track is arranged in the launching main body, a launching mechanism is arranged between the launching track and the launching main body, and the launching mechanism is used for driving a gyroscope located on the launching track to rotate along the launching track and launching the gyroscope in the preset direction; the stop piece is movably connected with the launching body and can be arranged on the side, facing the preset direction, of the gyroscope in a blocking mode or release blocking of the gyroscope, and therefore the safety of the gyroscope launcher in the using process is improved to a certain degree.

The invention provides a charging box and electronic equipment. The charging box comprises a main body structure, a rotating part and an electricity storage module. A charging bin is arranged in the main body structure to accommodate the terminal equipment and supply power to the terminal equipment. The rotating part is movably assembled on the main body structure so that the rotating part and / or the main body structure can do relative rotating motion in the stress state. One of the main body structure and the rotating part is provided with a magnetic part, the other one is provided with an induction coil, the induction coil cuts magnetic lines of force formed by the magnetic part in the moving process of the rotating part, and the power storage module is conductively connected with the induction coil. A user can apply force to the rotating piece or the main body structure when using the charging box to obtain an interesting decompression function similar to a fingertip spinner. In addition, the induction coil is utilized to cut magnetic lines of force of the magnetic part in the relative rotation motion of the main body structure and the rotating part so that current can be generated, and the current can be used for increasing the cruising ability of the charging box and the electronic equipment using the charging box after being collected.

The disclosure is direct to a tether assembly for use with a yoyo to limit the twisting of the tether when the yoyo is being used. The tether assembly includes a fixed member that is adapted to be releasably coupled to at least one finger of a user and a bearing member configured to be secured to the fixed member. The tether assembly also includes a flexible tether segment that is secured to the yoyo at a first end and to the bearing member at a second end. The connection of the flexible tether with the yoyo forms a first axis of rotation and the connection of the flexible tether with the bearing member forms a second axis of rotation to allow a user to use the yoyo without the tether twisting and binding.

An anti-stress device (1) wearable on a finger comprises a ring (3) and a main body (10). The ring (3) extends along and about a rotation axis (Y) and delimits a finger seat (300) suitable for housing at least partially a user' s finger. A ring seat (23) is obtained on the main body (10), in which the ring (3) is rotationally engaged with respect to the main body (10) to allow free rotation of the main body (10) with respect to the ring (3) and about the rotation axis (Y) due to a torque imposed by the user's finger on the ring (3). The anti-stress device (1) comprises a revolution counter sensor (40) configured to count the number of complete relative rotations between the ring (3) and the main body (10).