225results about "Aquatic toys" patented technology

The present application relates to the field of water toys, in particular to a toy water ball. The toy water ball includes a mounting frame including a first surface and a second surface arranged oppositely arranged; a magnetic member is not exposed on the second surface; a first connecting rib and a second connecting rib, that cross over a side of the magnetic member close to the first surface to connect the mounting frame surrounding the magnetic member, are provided on the first surface; and the first connecting rib and the second connecting rib are arranged crosswise, and a cross position corresponds to the magnetic member. The magnetic member can be firmly restricted within the mounting frame. Even if it is pulled with a relatively large force during use, the magnetic member will not fall out, which greatly improves the safety of the product.

A toy water ball is disclosed. The toy water ball comprises a plurality of petals and a connecting member for connecting the petals, wherein each petal comprises a body and a rim extending inwards from the circumferential edge of the body. Each rim comprises magnetic members. The toy water ball has an open state and a closed state. When the toy water ball is in its closed state, the petals together enclose a water carrying cavity. The corresponding magnetic members on the two petals attract each other so the rims tightly abut each other, creating a water-blocking seal, sealing the water carrying cavity. The rims extend into the water carrying cavity. The magnetic members enables repeated open and close of the toy water ball. The toy water ball does not need a pressurized water source to fill with water.

The present invention pertains to the technical field of toys and provides a reusable water balloon toy, which addresses the issue of existing water balloon toys being disposable and non-reusable. The reusable water balloon toy comprises: a shell with a top; a water injection port at the top of the shell; and a sealing cover capable of snap-fitting onto the top of the shell.

Disclosed is a reusable toy water balloon, belonging to the technical field of toys. The toy water balloon includes a lower hemisphere and an upper hemisphere, where the lower hemisphere and the upper hemisphere are snap-fitted with each other, and the lower hemisphere and the upper hemisphere are connected to each other through a connecting body; hollow columns corresponding to each other are fixedly arranged in the lower hemisphere and the upper hemisphere, and magnets attracted to each other are fixedly arranged on the hollow columns; and the hollow columns in the lower hemisphere and the upper hemisphere are fixedly connected through reinforcing ribs. Meanwhile, the production of the water balloon only needs to use a group of molds, so that the use of magnet and equipment is reduced, and the process cycle is shortened.

A toy wall ball includes a pair of petals and a connecting portion connecting the petals. Each petal includes a body, a frame extending inward from the body and a magnetic attraction assembly embedded between the body and the frame. Each magnetic attraction assembly includes magnetic members and a fixing member including fixing cases and connecting strips. Each fixing case encloses a corresponding magnetic member and is connected to a connecting strip. When the petals are in a closed state, the petals jointly enclose and define a water-carrying cavity, and the magnetic members of the petals attract each other to have the frames of the petals tightly contact each other to form a water retaining layer that seals the water-carrying cavity. The connection area between the magnetic members and the frame and body is increased, thereby greatly reducing the risk of the magnetic members falling off the petals and improving safety.

A toy water ball includes at least two shells that are enclosable to form a water storage cavity, each of the shells including: a mounting frame, a magnetic member and a water pocket mounted on the mounting frame. The mounting frame includes a first surface and a second surface oppositely arranged in a thickness direction thereof. When the shells are enclosed to form the water storage cavity, magnetic members of adjacent shells attract each other, and second surfaces of adjacent shells abut each other. The mounting frame is provided with an accommodation groove, a notch of the accommodation groove is located on the first surface, the magnetic member is installed in the accommodation groove, and the water pocket is connected to the first surface, and covers the notch of the accommodation groove on the first surface to seal the magnetic member in the mounting frame.

The present disclosure relates to the technical field of water playing toys, particularly to a toy water balloon, which comprises a flexible shell, a flexible cover and an elastic arm. The flexible shell limits a water storage cavity and an opening connects the water storage cavity and the external space of the flexible shell. The outer contour of the flexible cover is larger than that of the opening to seal the water storage cavity. It is only needed to make the toy water balloon deformation by using the opening to expose the water storage cavity. Which results in higher safety and lower production cost. Compared with the non-magnetic toy water balloon, the flexible cover will stick closely to the inner wall of the water storage cavity so that the toy water balloon disclosed in the present application has good sealing properties.

A toy water ball includes a plurality of petals each having a first edge portion and a second edge portion. Each first edge portion is provided with first magnetic members, and each second edge portion is provided with second magnetic members. When all petals are closed to form a spherical shape, an attraction force is generated between the first magnetic members of each petal and the second magnetic members of the adjacent petal so that the first edge portion of the petal tightly fit the second edge portion of the adjacent petal and a water-carrying cavity is formed. The toy water ball can be closed or opened repeatedly and can be reused. Thus, it is environmentally friendly and clean. Furthermore, the toy water ball can be filled with water in a common water source without a specific pressure, so it can be used in many occasions, and has strong applicability.

A toy water ball includes a plurality of petals each having a first edge portion and a second edge portion. Each first edge portion is provided with first magnetic members, and each second edge portion is provided with second magnetic members. When all petals are closed to form a spherical shape, an attraction force is generated between the first magnetic members of each petal and the second magnetic members of the adjacent petal so that the first edge portion of the petal tightly fit the second edge portion of the adjacent petal and a water-carrying cavity is formed. The toy water ball can be closed or opened repeatedly and can be reused. Thus, it is environmentally friendly and clean. Furthermore, the toy water ball can be filled with water in a common water source without a specific pressure, so it can be used in many occasions, and has strong applicability.

A toy water ball includes a plurality of petals each having a first edge portion and a second edge portion. Each first edge portion is provided with first magnetic members, and each second edge portion is provided with second magnetic members. When all petals are closed to form a spherical shape, an attraction force is generated between the first magnetic members of each petal and the second magnetic members of the adjacent petal so that the first edge portion of the petal tightly fit the second edge portion of the adjacent petal and a water-carrying cavity is formed. The toy water ball can be closed or opened repeatedly and can be reused. Thus, it is environmentally friendly and clean. Furthermore, the toy water ball can be filled with water in a common water source without a specific pressure, so it can be used in many occasions, and has strong applicability.

A toy water ball includes a plurality of petals each having a first edge portion and a second edge portion. Each first edge portion is provided with first magnetic members, and each second edge portion is provided with second magnetic members. When all petals are closed to form a spherical shape, an attraction force is generated between the first magnetic members of each petal and the second magnetic members of the adjacent petal so that the first edge portion of the petal tightly fit the second edge portion of the adjacent petal and a water-carrying cavity is formed. The toy water ball can be closed or opened repeatedly and can be reused. Thus, it is environmentally friendly and clean. Furthermore, the toy water ball can be filled with water in a common water source without a specific pressure, so it can be used in many occasions, and has strong applicability.

The utility model relates to the technical field of water playing toys, in particular to a toy water polo which comprises a flexible shell, a flexible cover and an elastic arm, and a water storage cavity and an opening communicated with the water storage cavity and the external space of the flexible shell are defined in the flexible shell; the outer contour of the flexible cover body is larger than the contour of the opening so as to seal the water storage cavity, and the elastic arm is connected with the side, facing the external space, of the flexible cover body and applies outward acting force to the flexible cover body. When the toy water ball is used, water can be filled into the water storage cavity or the water in the water storage cavity overflows from the opening only by enabling the toy water ball to deform under stress and exposing the water storage cavity through the opening. Compared with a magnetic attraction type toy water polo in the prior art, the toy water polo does not need to be internally provided with a magnetic piece, and safety and production cost are high. Compared with a non-magnetic toy water polo in the prior art, the toy water polo has the advantages that the flexible cover body can be tightly attached to the inner wall of the water storage cavity under the action of the elastic arm, so that the toy water polo has good sealing performance.

A throwable exploding water ball includes a main body and a sealing cover member. The main body is provided with at least one opening, and the opening is in communication with an inner cavity of the main body. The main body and the sealing cover member are both made of an elastic soft material. The sealing cover member is connected to the main body through a connecting member and seals the opening, so that the inner cavity of the main body is able to store water. When the main body and / or the sealing cover member are deformed by an impact, an openable and closeable opening is formed between the main body and the sealing cover member, so that the water in the inner cavity of the main body is splashed out from the openable and closeable opening through the opening.

The utility model discloses a multi-style water injection toy ball which comprises an adjusting rod and two half-shell rubber bodies, one end of the adjusting rod is connected to the inner wall of one half-shell rubber body, and the other end of the adjusting rod is screwed into a screw hole of the other half-shell rubber body through a thread part, so that the two half-shell rubber bodies are combined in a covering mode to form a hollow whole shell. After the water is filled and the ball is thrown, the water releasing effect is good, and the entertainment effect is better; the half-shell rubber bodies can be screwed, and the closing force of the two half-shell rubber bodies can be adjusted by adjusting the depth of the threaded part of the adjusting rod screwed into the screw hole, so that the required sealing effect is achieved, the corresponding explosion water release effect is obtained, and the flexibility is high; during water injection, the half-shell rubber body on one side or the two sides can be pressed at the same time or the half-shell rubber bodies on the two sides are pulled open or pulled open for water injection, the water injection modes are multiple, and diversified playing requirements are met; and in addition, the colors and the shapes of the two half-shell rubber bodies can be the same or different, so that more interestingness is achieved, and individual requirements are met.

The invention discloses a swimming type nodding electric duck which comprises a shell system, a motor system, a power supply control system, a water outlet system and a traction system, the shell system floats on the water surface, the motor system, the power supply control system, the water outlet system and the traction system are arranged under the water surface, and fan blades are driven by the motor system to rotate anticlockwise. Water is driven to flow upwards from the protective cover at the lower end and sprayed out backwards from the water outlet pipe, the sprayed water forms pushing force and impacts the buffering column in the water outlet pipe to enable the buffering column to move backwards, and the head of the electric duck is pulled to do nodding motion through the traction line connecting the head of the electric duck with the buffering column. The device is simple in structure, low in production difficulty, low in cost and easy to operate, can truly simulate the activity state of a real duck, attracts the duck to land on the water surface and is convenient to capture, and has high ornamental value.

To provide a toy that generates bubble rings that move in all directions 360 degrees in water. [Solution] The device has a structure that includes a nozzle tube at the front end, an expansion tube connected to the nozzle tube and having an inner diameter larger than that of the nozzle tube, a reduction tube connected to the expansion tube and having an inner diameter smaller than that of the expansion tube, and a nozzle tube connected to the reduction tube and having an inner diameter smaller than that of the reduction tube.The device is submerged in water, all air inside is expelled, the nozzle tube is held in the mouth, and air is blown out instantly, causing water and air to be sprayed out from the nozzle tube, which then enters a vortex formed near the nozzle tube, generating a bubble ring that moves in all directions 360 degrees.

A toy water ball includes at least two shells that are enclosable to form a water storage cavity, each of the shells including: a mounting frame, a magnetic member and a water pocket mounted on the mounting frame. The mounting frame includes a first surface and a second surface oppositely arranged in a thickness direction thereof. When the shells are enclosed to form the water storage cavity, magnetic members of adjacent shells attract each other, and second surfaces of adjacent shells abut each other. The mounting frame is provided with an accommodation groove, a notch of the accommodation groove is located on the first surface, the magnetic member is installed in the accommodation groove, and the water pocket is connected to the first surface, and covers the notch of the accommodation groove on the first surface to seal the magnetic member in the mounting frame.

An underwater robotic device includes a housing unit, a control unit and a propelling unit. The housing unit includes a base seat and an upper cover in liquid-tight engagement with the base seat. The control unit is disposed within the housing unit and includes a circuit module and a center-of-gravity transferring module which is electronically connected with the circuit module. The center-of-gravity transferring module has a movable weight member and a transfer driving mechanism which drives movement of the weight member so as to vary a position of a center of gravity of the underwater robotic device and to control downward and upward moving directions of the underwater robotic device in the water. The propelling unit is connected with the housing unit and is electronically connected with the control unit to produce a propelling force to move the underwater robotic device forward in the water.

A toy water ball includes a plurality of petals each having a first edge portion and a second edge portion. Each first edge portion is provided with first magnetic members, and each second edge portion is provided with second magnetic members. When all petals are closed to form a spherical shape, an attraction force is generated between the first magnetic members of each petal and the second magnetic members of the adjacent petal so that the first edge portion of the petal tightly fit the second edge portion of the adjacent petal and a water-carrying cavity is formed. The toy water ball can be closed or opened repeatedly and can be reused. Thus, it is environmentally friendly and clean. Furthermore, the toy water ball can be filled with water in a common water source without a specific pressure, so it can be used in many occasions, and has strong applicability.

A solid bath agent includes a soluble main-body of any one of a plurality of types; and a toy contained in the main-body, in which the main-body is configured such that the toy is invisible from the outside before the main-body dissolves, and is configured to cause a liquid that has dissolved the main-body to be changeable in a plurality of stages after the main-body starts to dissolve. When the main-body dissolves, a first type of change in which a color of a liquid is changed to a first color and a second color, a second type of change in which the liquid is foamed by an operation such as stirring, and a third type of change in which a sub-body is brought into a floating state in the liquid can be performed, and the performance when the doll body appears from the inside of the main-body is diversified.

A water play toy includes a housing, a driving device, a power module, a first conductive terminal, and a second conductive terminal. A first accommodating cavity is surrounded and formed by a side wall of the housing, and the housing is equipped with a first opening, a second opening, a liquid inlet, and a liquid outlet. The driving device is positioned in the first accommodating cavity, and the driving device is used for driving liquid to sequentially pass through the liquid inlet and the liquid outlet. The power module is positioned in the first accommodating cavity, and the power module is electrically connected to the driving device. A first end of the first conductive terminal is electrically connected to the power module and the driving device, and a second end of the first conductive terminal is exposed from the housing through an installation channel.

There is provided a projectile for throwing underwater by hand, the projectile comprising an elongate body having a hemispherical nose and a paraboloid tail portion extending from the hemispherical nose to a flat end, and multiple tail fins extending away from the elongate body and positioned proximate the flat end. There is also provided methods by which the projectile may be filled, emptied, and used for a dodge-the-torpedo game.

A toy water ball (1000), comprising a flexible housing (100), a flexible cover body (200), and elastic arms (300). The flexible housing (100) defines a water storage cavity (110) and an opening (120) communicating the water storage cavity (110) with an external space of the flexible housing (100); the outer contour of the flexible cover body (200) is larger than the contour of the opening (120) so as to seal the water storage cavity (110); the elastic arms (300) are connected to the side of the flexible cover body (200) facing the external space, and an outward acting force is applied to the flexible cover body (200). By only applying force to deform the toy water ball (1000), the water storage cavity (110) can be exposed by means of the opening (120), thus allowing for the water storage cavity (110) to be filled with water or enabling water in the water storage cavity (110) to flow out from the opening (120).

A buoyant, water-inflatable toy with a flexible main body with a hollow interior that is configured to be partially or fully filled with and contain water, wherein the buoyancy of the toy is based in part on the amount of water held in the body interior, a top portion comprising a buoyant material that is less dense than water, and a bottom portion comprising a dense material that is denser than water.

Provided is a memory device. The memory device may be used in a pool or in any body of water, such as that in a bathtub or in lakes, oceans, and the like. The memory device may be used as a game. The memory device may be used as a memory game where colors of an item are matched to a color sequence provided in the game. The memory device may include a hub. The hub may include first top end that includes a user interface. The user interface may include a transparent button that, upon activation by a user, provides a visual color sequence. The hub may further include a second bottom end that attaches to the top end by a series of arms. The bottom end may provide floatation of the hub on water. The bottom end and arms may extend the top end away from and distanced from the water. The hub may include a hollow or open central interior space. The memory device may further include a plurality of rings. The rings may include a central opening and a body having a color that matches the optional colors in the visual color sequence provided by the hub. The rings may sink in the water. Use of the memory device may include retrieving the plurality of rings in the visual color sequence provided by the hub.

To provide a sea turtle type robot with a simple inner structure.SOLUTION: The sea turtle type robot includes: a body 1; a head unit 3 installed to be capable of moving in a front / back direction D1 to the body 1 on a front end of the body 1 to have a connection direction with the body 1 to be the front / back direction D1; two front leg mechanisms 4 installed on a front side of the body 1 so as to extend along a right / left direction D2 orthogonal to the front / back direction D1 and configured to swing vertically in a vertical direction D3 orthogonal to the front / back direction D1 and the right / left direction D2 by rotating against the body 1 with a front leg rotational shaft A1 as an axial center; and a drive module 6 installed in the body 1 for driving the head unit 3 and the respective front leg mechanisms 4. Each of the front leg mechanisms 4 has: a hard unit 42 formed in a curved state so that a recess 421 proceeding backward is formed; and a soft unit 43 installed in the recess 421.SELECTED DRAWING: Figure 2

To provide a solid bath agent with high amusement.SOLUTION: A solid bath agent includes a water-soluble body 5, a first component 10 incorporated in the body 5, and a second component 20 not incorporated in the body 5, where the body 5 is a toy configured to make the first component 10 invisible before being dissolved, and the first component 10 is configured to be connectable to the second component 20 after the body 5 is dissolved. The toy is provided with the first component 10 invisible, so that a user can have a sense of anticipation of what kind of thing is contained in the body 5. In addition, after the body 5 is dissolved, the body can be connected to the second component 20, so that it can amuse the user as the toy in the connected state.SELECTED DRAWING: Figure 1