123results about "Toy trackways" patented technology

The utility model relates to the technical field of toys, in particular to a quick-release connecting structure of a track toy. According to the technical scheme, the track toy is formed by connecting a plurality of track modules end to end, and the adjacent track modules are detachably connected through clamping protrusions and clamping grooves; the clamping protrusion comprises a clamping portion and a rotary ejection portion, the clamping groove comprises a clamping groove and a rotary matching groove, after the clamping protrusion and the clamping groove are matched in an inserted mode, the clamping portion and the clamping groove are clamped in a rotatable matching mode, and the rotary ejection portion and the rotary matching groove are staggered and separated when rotating. The track toy has the beneficial effects that the rotary ejection parts and the rotary matching grooves can be staggered and separated by rotating the track modules, so that rapid disassembly and assembly between the track modules are realized, and the playability of the track toy is improved.

The utility model discloses a novel magnetic attraction three-dimensional rail transit toy which comprises a toy car and a plurality of magnetic attraction splicing blocks capable of being spliced into a three-dimensional traffic rail, each magnetic attraction splicing block is provided with a sinking groove, a rack part is arranged in the middle of each sinking groove, and limiting convex edges are arranged on the left side wall and the right side wall of each sinking groove. The bottom of the toy car is provided with an autorotation gear matched with the rack part of the magnetic attraction splicing block, floating limiting pieces are arranged on the left side and the right side of the autorotation gear, and the floating limiting pieces are provided with barb parts matched with the limiting convex edges of the magnetic attraction splicing block. The toy car is novel in structure and ingenious in design, the barb portion of the floating limiting piece of the toy car is located on the lower side of the limiting convex edge of the magnetic attraction splicing block, the driving motor of the toy car drives the rotation gear to rotate through the transmission gear set, and the rotation gear is meshed with the rack portion of the magnetic attraction splicing block. Therefore, the toy car can automatically move along the three-dimensional traffic rail, and the toy car can be effectively prevented from falling off from the three-dimensional traffic rail.

Provided is a deployable toy transport vehicle, which comprises a cab portion and a trailer portion, the trailer portion comprises a vehicle seat, a middle carriage and a vehicle roof which are slidably connected in a pulling manner, the vehicle seat, the middle carriage and the vehicle roof are unfolded into a linear runway by pulling the middle carriage and the vehicle roof, connectors are arranged at rear ends of the vehicle seat and the middle carriage and are used for guiding the middle carriage and the vehicle roof to translate horizontally and vertically, and the cab portion is provided with a transmitter of a toy trolley.

A rail block that is easy to assemble and disassemble, characterized in that it comprises: a rail housing, wherein a groove is arranged on the outer surface of the rail housing, extending along the longitudinal direction of the rail housing, and a magnetic strip is arranged in the groove; a first connecting unit, wherein the first connecting unit is arranged longitudinally at one end of the rail housing, the first connecting unit protrudes from the rail housing, and a locking groove and several first rotary guide blocks are arranged on the circumferential side wall of the first connecting unit, wherein the first rotary guide blocks are arranged successively at a distance from one another in the circumferential direction of the first connecting unit, a separation area is formed between each two adjacent first rotary guide blocks, and a first guide chamfer is arranged on both sides of the first rotary guide blocks in the circumferential direction of the first connecting unit; a second connecting unit, wherein the second connecting unit is arranged longitudinally at the other end of the rail housing, the second connecting unit has a recess, an elastic detent projection and several second rotary guide blocks are arranged on the inner wall of the recess, the second rotary guide blocks are arranged successively at a distance from one another in the circumferential direction of the recess, and a second guide chamfer is arranged on both sides of the second rotary guide blocks in the circumferential direction of the second connecting unit; When the first connecting unit of one of the two rail blocks is inserted into the recess of the other, the second rotary guide blocks are each located in the corresponding separation areas, and the first guide chamfer of the first rotary guide blocks rests against the corresponding second guide chamfer of the second rotary guide blocks, with the elastic detent projections each engaging in the corresponding detent grooves; When the first connecting unit and the second connecting unit are rotated relative to each other, the first guide chamfer and the second guide chamfer slide relative to each other, so that the first connecting unit and the second connecting unit separate from each other and the elastic detent projections are released from the detent grooves.

A magnetic levitation apparatus includes a movable carriage with a first magnetic array mounted to the carriage. The track comprising a track surface and at least one channel located below the track surface within which the carriage is housed. Drive means are arranged to propel the carriage within the channel. A levitation device includes a magnetic element that is acted upon by the first magnetic array. The levitation device is located above the track surface and the first and second magnetic elements are arranged to levitate the levitation device above the track surface and to magnetically couple the levitation device to the carriage such that movement of the carriage within the channel causes corresponding movement of the levitation device above the track surface. Movement of the carriage in the channel of the track thereby propels the levitation device above the track surface.

The utility model discloses a magnetic attraction piece and a magnetic attraction assembled three-dimensional track. The magnetic attraction assembled three-dimensional track comprises the magnetic attraction piece, a track piece and a toy car. The magnetic attraction piece is provided with a middle through opening, the middle through opening is provided with a rail butt joint groove, and inserting holes used for being connected with a vehicle rail piece are formed in the four corners of the magnetic attraction piece. The magnetic attraction splicing three-dimensional track further comprises a track piece and a toy car, inserting columns are arranged at the two ends of the track piece, the inserting columns are used for being connected with the inserting holes of the magnetic attraction pieces in an inserted mode, and guide rail parts corresponding to the track butt joint grooves of the magnetic attraction pieces are arranged at the track piece. By adopting the structural design of combining the magnetic attraction pieces and the vehicle rail pieces, not only can a richer, more real and layered urban traffic scene be built, but also the hand-eye coordination and logical thinking ability of children can be exercised in the splicing process, the imagination and creativity of the children can be fully expanded, the openness and playability of the toy can be improved, and the toy is worthy of popularization and application. The construction requirements of children of different age groups are met.

The present invention provides a new action toy capable of moving an action member back and forth while rotating. The action toy is provided with a rotating shaft on which an action member is mounted so that the action member can move in the axial direction, and a wall that surrounds at least a portion of the outer circumference of the rotating shaft and has a helical first engagement portion extending in the axial direction of the rotating shaft, a second engagement portion being formed on the action member to engage with the first engagement portion, the action member being caused to perform helical movement by causing the second engagement portion to follow the first engagement portion to perform action.

To provide a track board having a stop mechanism that can perform interlocked operation when track boards each having a stop mechanism are arranged in parallel to each other.SOLUTION: A track toy includes as a stop mechanism: a lifting base that causes stop at a lifted position and causes departure at a lowered position; an operation member that operates in response to contact by a vehicle toy; a slide plate that reciprocates in the same direction by operation of the operation member; a lifting mechanism that lifts and lowers the lifting base by reciprocation of the slide plate; a first movable connection piece that operates integrally with the slide plate; and a second movable connection piece that rotates in a direction opposite to the slide plate. When track boards are arranged in parallel to each other, the first movable connection piece being one of adjacent track boards and a second movable connection piece being the other are connected with each other, and when one lifting base is lifted, the other lifting base is lowered.SELECTED DRAWING: Figure 7

Provided is a train set structure including a locomotive and a plurality of cars and track segments. The track segments can be connected and separated. The locomotive includes a driving unit, sprayer, liquid input hole, switch, and luminous body. The driving unit has driving rollers abutting against the track segments to drive the locomotive. The sprayer contains a liquid, with a vibrator disposed at the bottom of the sprayer, adapted to vibrate the liquid to produce aerosols, and electrically connected to a control circuit and a battery module for supply power to the vibrator. The switch is electrically connected to a music generator. The cars are connected and separated by connection hooks engaged with and disengaged from connection hole components respectively. The locomotive and cars move on the track segments automatically, accompanied by aerosols emitted from the sprayer, musical sounds, and flashes to achieve liveliness and entertainment.

The invention relates to the technical field of toys, in particular to a quick-release connecting structure of a track toy. According to the technical scheme, adjacent track modules are detachably connected through clamping protrusions and clamping grooves; the clamping protrusion comprises a clamping part and a rotary ejection part, the clamping groove comprises a clamping groove and a rotary matching groove, and after the clamping protrusion and the clamping groove are matched in an inserted mode, the rotary ejection part and the rotary matching groove are staggered and separated when the rotary ejection part rotates; a rotary ejection protrusion is arranged in the rotary matching groove, and a rotary ejection groove is formed in the rotary ejection part. The track toy has the beneficial effects that the rotary ejection parts and the rotary matching grooves can be staggered and separated by rotating the track modules, so that rapid disassembly and assembly between the track modules are realized, and the playability of the track toy is improved; and the rotary matching groove and the rotary ejection part are connected through the matching of the rotary ejection bulge and the rotary ejection groove, so that the connection stability can be improved, and the rotary matching groove and the rotary ejection part are further conveniently separated and disassembled.

To provide a track board that allows for a wide range of movement of the moving parts around a stationary toy vehicle. [Solution] A power extraction toy comprising a stopper for locking and stopping a vehicle toy having a pair of driving wheels, and a rotating body for extracting power from the pair of driving wheels of the vehicle toy stopped by the stopper, wherein the power extraction device comprises two of the rotating bodies configured to rotate independently of each other and for extracting power individually from each of the pair of driving wheels. Furthermore, a track board characterized by comprising the power extraction device.

The invention provides a control method of a toy system and the toy system, and relates to the technical field of toys. Wherein the toy system comprises a toy and a toy track, the toy runs on the toy track, the toy track comprises a first detection piece, and the toy comprises a second detection piece; the control method of the toy comprises the following steps: acquiring current driving information of the toy according to detection signals of a first detection piece and a second detection piece; and controlling game parameters of the toy based on the current driving information. According to the control method of the toy system and the toy system provided by the embodiment of the invention, the first detection piece is arranged on the toy track, the second detection piece is arranged on the toy, and when the toy travels to the position corresponding to the second detection piece, the first detection piece and the second detection piece induce to generate the detection signal; the current driving information of the toy can be obtained by identifying the detection signal through the control unit, and then a corresponding control strategy is triggered, so that automatic operation logic can be realized, and the intelligent level of the toy system is improved.

A toy track system for a toy vehicle including a plurality of tracks, each of the tracks includes a first vertical connecting member protruding from the first end, a second vertical connecting member protruding from the second end, a first vertical receiving slot provided at the first end, a second vertical receiving slot provided at the second end, a first horizontal connecting member protruding from the first end, a second horizontal connecting member protruding from the second end, a first horizontal receiving slot provided at the first end, and a second horizontal receiving slot provided at the second end.

A system (1) for moving objects or elements (100) on a closed path, said system comprising a fixed annular body (2) on which a structure (3) carrying said elements (100) moves in a guided manner, said fixed body (2) and said movable structure (3) each comprising a plurality of portions (10, 25K, W) constrained to each other, said portions being modularly assemblable, the supported elements (100) of the movable structure being removably associated with said structure (3). The portions (25K,W) of the movable structure (3) comprise at least one side (29A, 29B) shaped like a rack and pinion and cooperating with at least one toothed gear (46, 47) associated with a fixed box-like body (4) and moved by a gearwheel (50) driven by a geared motor (51), the toothed gear (46, 47) having two toothed portions (55, 56) with different diameter and superimposed, the one (55) cooperating with said gearwheel (50) and the other (56) with said side shaped like a rack and pinion, said box-like body being integrally joined with the fixed body (2) of the system.

A magnetic levitation apparatus includes a movable trailer in which a first array of magnets is mounted to the trailer. The track comprises a track surface and at least one channel, the at least one channel is located below the track surface, and the trailer is contained in the channel. A drive device is arranged to propel the trailer within the passageway. The suspension device includes a magnetic element acted upon by a first array of magnets. The suspension device is located above the rail surface, and a first magnetic element and a second magnetic element are arranged to suspend the suspension device above the rail surface and magnetically couple the suspension device to the trailer, such that movement of the trailer within the channel causes a corresponding movement of the suspension device over the track surface. As a result, movement of the trailer in the channel of the track will propel the suspension device above the surface of the track.

A toy vehicle track configuration includes a closed loop track extending from a first end to a second end, a booster, and a flexible diverter. The booster includes a booster wheel positioned to both: (i) propel a toy vehicle towards the second end as the toy vehicle moves from the first end towards the second end; and (ii) propel the toy vehicle towards the first end as the toy vehicle moves from the second end towards the first end. The flexible diverter is configured to guide the toy vehicle and an additional toy vehicle towards the booster in sequence as the toy vehicle and the additional toy vehicle move from the first end towards the second end. The flexible diverter is configured to pivot between gate positions and to move between a rest position and a compressed position.

The utility model belongs to the technical field of toy cars, and particularly relates to a toy car underbody structure and a toy track racing car, the toy car underbody structure comprises a bottom shell, a magnet and a power assembly, the bottom shell is provided with a mounting cavity with an opening in the upper end, front wheels are arranged at the front ends of the two sides of the bottom shell, and rear wheels are arranged at the rear ends of the two sides of the bottom shell; the magnet is movably arranged below the bottom shell through the adjusting assembly, and the adjusting assembly is used for adjusting the height of the magnet in the vertical direction; the power assembly is arranged in the mounting cavity and used for driving the front wheel and / or the rear wheel to rotate. The car bottom structure is applied to the toy track racing car, the magnet is designed to be of an adjustable structure, and it is guaranteed that the toy track racing car can stably run when passing through complex road conditions.

The utility model discloses a magnetic frame assembly and a track toy. The magnetic frame assembly comprises a plurality of magnetic frames and reinforcing pieces. Each magnetic frame comprises a three-dimensional frame, the three-dimensional frame is provided with six annular side plates, each annular side plate is enclosed to form a middle hollow opening, magnetic components are arranged at eight corners of the three-dimensional frame, and the annular side plates of the two magnetic frames which are magnetically attracted are attached to each other. The reinforcing piece is detachably connected to the two adjacent magnetic frames, the reinforcing piece is located on the middle hollow opening, the reinforcing piece is provided with two limiting parts, and when the reinforcing piece is connected to the magnetic frames, the two limiting parts are limited to the opposite sides of the two attached annular side plates respectively. According to the magnetic frame assembly, two-way limiting is formed on the two adjacent buckled magnetic frames through the reinforcing pieces, double fixing is achieved in cooperation with magnetic attraction, the problem that in the related technology, the adjacent magnetic frames are prone to separation and displacement is effectively solved, the splicing stability, running smoothness and playing safety of the track toy are remarkably improved, and the playing experience feeling of a user is good.

The utility model discloses a driving breakthrough running toy. The driving breakthrough running toy comprises a main shell, a transmission belt, a driving mechanism, a movable frame, an operation assembly and a plurality of toy cars. The main shell is provided with two end shafts, the two end shafts are sleeved with the transmission belt, and a plurality of fixing parts are arranged on the transmission belt. The driving mechanism is arranged on the main shell and is in transmission fit with the end shaft, and the movable frame is slidably connected to the main shell and can horizontally move in the direction parallel to the end shaft. The operation assembly is arranged on the main shell and is in transmission fit with the movable frame so as to drive the movable frame to horizontally move in the extending direction of the end shaft. Part of the toy cars are detachably connected with the movable frame, and part of the toy cars are detachably connected to the fixed part. According to the driving passing-through toy, the toy car can be detachably connected with the movable frame and the transmission belt, flexible assembly and replacement of the toy car are achieved, the interactive operation mode of the toy is enriched, the interactive interestingness and the operation experience feeling of the toy are remarkably improved, and the playing method diversity and the use flexibility of the toy are also greatly improved.

A toy construction set includes an elongated path segment having side surfaces and an upper surface extending between the side surfaces and an elevated path segment support having two spaced-apart legs with inner surfaces facing each other. A shelf extends from the inner surfaces, and the legs define a space of sufficient width above the shelf to receive the elongated path segment. The shelf is configured to support the received elongated path segment in a locally elevated position with the elevated path segment support standing on its legs on a horizontal support surface (128).

The embodiment of the utility model relates to a self-driving type lifting toy mechanism and a track toy, and the self-driving type lifting toy mechanism comprises a lifting frame and a climbing car, a lower traffic lane is arranged on one side of the lower part of the lifting frame, and an upper traffic lane is arranged on the other side of the upper part of the lifting frame; a movable lifting mechanism is arranged in the lifting frame; the lifting mechanism is provided with a vehicle storage space, a vehicle inlet and a vehicle outlet are formed in the two sides of the vehicle storage space, and the movable lifting mechanism moves in the lifting frame, so that the vehicle inlet is aligned with the lower traffic lane or the vehicle outlet is aligned with the upper traffic lane; a lifting mechanism is arranged on the movable lifting mechanism; when the climbing vehicle moves above the movable lifting mechanism, the lifting mechanism is in transmission with wheels of the climbing vehicle; driving force of wheels of the climbing vehicle is transmitted through the lifting mechanism, and the movable lifting mechanism is lifted to the position of the upper traffic lane. According to the embodiment, self-driven lifting is achieved through the lifting frame and the climbing vehicle, the dynamic interaction function of the toy is increased, and the fun of children is increased.

To provide a track toy capable of easily expanding and contracting a traveling path of the track toy.SOLUTION: A track toy comprises a first block having a first running path formed thereon, a second block having a second running path formed thereon, and a bending and extending connecting body having a third running path formed thereon that connects the first block and the second block in a manner that allows them to be attached and detached. The bending and stretching connecting body has one end connected to the first block to form a swivel joint and the other end connected to the second block to form a sliding joint and a swivel joint, and when the first block and the second block are adjacent to each other, the first runway plate is moved downward relative to the first block and at least a portion of the second runway plate is housed within the second block, directly connecting the first runway and the second runway. When the first block and the second block are separated, the second track plate that has come out of the storage section is pulled out from the second block, and the bending and extension connecting body is extended, thereby connecting the first track and the second track via the third track.SELECTED DRAWING: Figure 7