CN216222940U - Circuit experiment toy - Google Patents

Abstract

The utility model relates to a circuit experiment toy, which comprises a circuit component and a chassis; the circuit assembly comprises a plurality of circuit modules and wires for connecting the modules; the chassis is provided with a transparent plugboard for fixing the circuit modules, so that each circuit module can be installed on the top surface of the transparent plugboard, and a circuit guide card for guiding the installation of the circuit can be installed between the transparent plugboard and the chassis. Compare in traditional circuit connection toy, this scheme has increased the guide function who is used for guiding user erection joint, can help not knowing the circuit completely child understand the circuit, the user only need remove the installation module with the suggestion according to the guide of guide card, connecting wire, understand the principle of circuit at the in-process of operation, splice circuit module each other, also can greatly arouse child's imagination, make its circuit knowledge that can tentatively learn the basis, cultivate its interest.

Description

Circuit experiment toy

Technical Field

The utility model belongs to the technical field of toys, and particularly relates to a circuit experiment toy.

Background

Under the background of the strong national advocation of quality education, how to cultivate the practical ability of children and cultivate the creativity of children becomes a problem concerned by many parents and education owners. Experiments prove that various assembled building blocks can attract the attention of children. And various building blocks are freely combined to build different shapes, so that the imagination and creativity of children can be stimulated. For example the well-known "jigsaw" by means of which seven pieces can be joined to each other to form various designs, which are liked by children or even adults. However, the jigsaw puzzle can only be assembled into a planar pattern, and cannot be built into various three-dimensional shapes. Various three-dimensional building blocks appear later, and although this kind of building blocks can form three-dimensional shapes such as house or bridge through piling up, this kind of building blocks require the bottom surface must level and smooth in the process of building up, owing to do not have reciprocal anchorage moreover in the process of building up, collapse very easily, in addition, can only constantly pile up in vertical direction mostly, and it is limited to exert space to child's imagination.

The advent of the yugao block toy which interconnected a plurality of blocks by snap-fitting a protruding cylindrical post on one block into a receiving groove in another block. However, in order to ensure that the building blocks can be tightly buckled in the accommodating grooves of another building block, the thickness of the building blocks is very thick, the size of the building blocks is generally large, and the assembled shape is very limited. And the connection is not stable. On the other hand, for some older children, a simple construction block may not satisfy its interest, and if various electronic modules are added, it may be more attractive for some older children. How to splice electronic module and building blocks each other also can greatly arouse child's imagination, makes it can be elementary study basic circuit knowledge, cultivates its interest. In view of the above, the present invention provides a circuit experimental toy which is assembled to form a circuit by being spliced with each other.

Disclosure of Invention

The utility model aims to provide a circuit experiment toy which is connected with each other and combined to form a circuit.

The utility model adopts the following technical scheme: a circuit experiment toy comprises a circuit component and a chassis; the circuit assembly comprises a plurality of circuit modules and wires for connecting the modules; the chassis is provided with a transparent plugboard for fixing the circuit modules, so that each circuit module can be installed on the top surface of the transparent plugboard, and a circuit guide card for guiding the installation of the circuit can be installed between the transparent plugboard and the chassis. In the scheme, circuit guide cards with different circuits are arranged on the chassis and the transparent plugboard, so that corresponding circuit modules on the circuit guide cards are arranged at different positions on the transparent plugboard, and then the circuit modules are connected by conducting wires for guiding the circuit guide cards, so that children can also perfectly connect the circuits. Compare in traditional circuit connection toy, this scheme has increased the guide function who is used for guiding user erection joint, can help not knowing the circuit completely child understand the circuit, the user only need remove installation module, connecting wire with the suggestion according to the guide of guide card, understand the principle of circuit at the in-process of operation, splice electronic module each other, also can greatly arouse child's imagination, make its circuit knowledge that can tentatively learn the basis, cultivate its interest.

Furthermore, the bottom of the circuit module is provided with a connecting slot/connecting station, the top surface of the transparent plugboard is provided with a plurality of connecting stations/connecting slots, and the connecting slots can be buckled with the connecting stations. Through a plurality of connection stations of array on transparent picture peg circuit module bottom is equipped with the connecting slot position, through the cooperation of connecting slot position and connection station, makes circuit module fixed mounting corresponding position on transparent picture peg. The splicing mode similar to the happy height is adopted, so that the combinability of the modules of the toy is greatly improved.

Furthermore, the top surface of the circuit module is also provided with a schematic diagram mark of the circuit module, and the circuit guide card is provided with a connection guide diagram consisting of the schematic diagram marks of the related circuit modules. In order to guide the user to complete the installation and mutual connection of each module of the circuit, the circuit guide card is provided with a connection guide diagram consisting of relevant circuit module diagram marks, the circuit module can be installed at the position identified by the connection guide diagram, and in order to facilitate the user to quickly find and correspond to the corresponding circuit module, the top surface of the circuit module is also provided with the diagram mark of the circuit module, so that the user only needs to find the circuit module with the corresponding identification pattern according to the identification on the guide diagram.

And further, the system also comprises a prompt card for prompting a user to connect a corresponding circuit, wherein the prompt card can correspond to the circuit guide card. Except that the circuit guide card, in order to cooperate the circuit guide card to use, richen the interest of toy, the circuit experiment toy in this scheme still includes the suggestion card that the suggestion user connects corresponding circuit. The specific playing method comprises the following steps: the prompting card records the problem that the attention of children can be attracted (for example, the reason why the sound of a knob of the sound box is turned to be larger and smaller or the reason why different switches can control different lamp strings) and is provided with a corresponding circuit diagram, a user can find the corresponding circuit guiding card and the corresponding circuit module according to the circuit diagram on the prompting card, and after the circuit guiding card is installed on the chassis, the corresponding circuit module is installed on different positions on the transparent plugboard according to the guiding of the circuit guiding card, and then the circuit modules are connected by conducting wires according to the guiding of the circuit guiding card, in addition, the image (such as a twist button) of the circuit module is operated by someone on the prompting card, and the user can be prompted to operate the corresponding circuit module after the circuit connection is completed.

Furthermore, each circuit module comprises a module pedestal and a corresponding functional component, and the side wall of the module pedestal is provided with at least two electrode sockets; the module pedestal is provided with a functional component communicated with the electrodes in the two electrode sockets; the functional component is a power supply, a regulating part or an output part. With power, regulating part in all circuits, functional unit such as output piece pack into on the module pedestal of several kinds of standard sizes in this scheme to form comparatively standardized circuit module, be equipped with two electrode socket on the lateral wall of module pedestal at least for interconnect between the circuit module, through the setting of module pedestal in this scheme, will originally carry out the standardization of certain degree with electrical apparatus of various shapes, the user of being convenient for is cognitive and understands, also is convenient for same installation and arrangement when placing each circuit module on the coplanar simultaneously.

Furthermore, the electrode socket is a single-pole socket, and a single wiring terminal is arranged in the socket; the wire includes a plurality of tip, and every tip is equipped with the connector, the connector can cooperate with monopole socket. The circuit experiment toy in this scheme is a teaching toy essentially, and the purpose is in order to let child's cognition and understanding the circuit, and different with in the life, the wire in this case all is single wire, and corresponding electrode guide also is corresponding monopole socket naturally on the module pedestal, and the wire includes two wires and three wires, and every tip of wire is equipped with the connector, and fixed realization through the cooperation of connector and monopole socket is connected.

Further, the power supply comprises any one of a fixed power supply or a hand-operated generator; the adjusting module comprises any one of a poke rod type switch, a sliding groove type switch, a key type switch, a knob type switch, a sliding type switch, a voice-operated microphone or a vibration module; the output module comprises any one of a fan, a motor, an LED lamp or a buzzer.

The toy box comprises a top cover and a box body, and the chassis is the top cover of the toy box; the box body is provided with a containing groove, and the top cover and the box body can form a containing cavity for containing the circuit assembly. In this scheme, because spare part is numerous, need a container that can accomodate each circuit module, so still include the toy box in this toy suit, in addition, in order to improve the utilization ratio of toy box, save material, the top cap of toy can be regarded as to the chassis, the upper surface energy of top cap is used for installing fixed circuit guide card and transparent picture peg, and the downside seals the box body of toy box.

Furthermore, a fixed groove is formed in the top cover, turning buckles are hinged to two sides of the box body, and buckle strips are arranged at the end parts of the turning buckles; the turnbuckle can rotate around the hinged part, so that the buckle strip can be clamped into the fixing groove.

Has the advantages that: the utility model has the beneficial effects that: in the scheme, circuit guide cards with different circuits are arranged on the chassis and the transparent plugboard, so that corresponding circuit modules on the circuit guide cards are arranged at different positions on the transparent plugboard, and then the circuit modules are connected by conducting wires for guiding the circuit guide cards, so that children can also perfectly connect the circuits. Compare in traditional circuit connection toy, this scheme has increased the guide function who is used for guiding user erection joint, can help not knowing the circuit completely child understand the circuit, the user only need remove installation module, connecting wire with the suggestion according to the guide of guide card, understand the principle of circuit at the in-process of operation, splice electronic module each other, also can greatly arouse child's imagination, make its circuit knowledge that can tentatively learn the basis, cultivate its interest.

Drawings

FIG. 1 is a diagram illustrating example 1.

Fig. 2 is an explanatory view of the toy box of example 1.

FIG. 3 is a circuit block diagram of FIG. 1 according to example 1.

FIG. 4 is a circuit block diagram of FIG. 2 according to example 1.

Fig. 5 is an illustration of a hand-operated generator according to embodiment 1.

FIG. 6 is a diagram showing a three-way connection according to example 1.

Fig. 7 is a view showing a microphone according to embodiment 1.

FIG. 8 is a view showing a fan according to embodiment 1.

In the figure: chassis 1, fixed slot 11, box body 3, turn over and detain 31, profile 311, transparent picture peg 2, connect platform 21, module pedestal 41, connect trench 42, electrode socket 41, hand generator 5, conversion connecting piece 6, microphone 7, fan 8.

Detailed Description

Reference will now be made in detail to the embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like reference numerals refer to like elements throughout

The same or similar reference numerals denote the same or similar elements or elements having the same or similar functions. Is described below with reference to the accompanying drawings

The described embodiments are illustrative and are intended to be illustrative of the utility model and are not to be construed as limiting the utility model.

In the description of the present invention, it is to be understood that the terms "center", "longitudinal", "lateral", "length", "width", "thickness", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "clockwise", "counterclockwise", and the like, indicate orientations and positional relationships based on those shown in the drawings, and are used only for convenience of description and simplicity of description, and do not indicate or imply that the device or element being referred to must have a particular orientation, be constructed and operated in a particular orientation, and thus, are not to be considered as limiting the present invention.

In the present invention, the terms "mounted," "connected," and "connected" are used herein unless otherwise specifically stated or limited,

The terms "fixed" and the like are to be understood broadly, and may be, for example, a fixed connection, a removable connection, or an integral connection

Connecting; can be mechanically or electrically connected; can be directly connected with each other or indirectly connected with each other through an intermediate medium,

there may be communication between the interiors of the two elements. The above can be understood by those skilled in the art as a matter of course

The terms have the specific meanings given in the present invention.

Example 1: as shown in FIG. 1, a circuit experimental toy comprises a circuit assembly and a chassis 1; the circuit assembly comprises a plurality of circuit modules and wires for connecting the modules; the chassis is provided with a transparent plugboard 2 for fixing the circuit modules, so that each circuit module can be installed on the top surface of the transparent plugboard, and a circuit guide card for guiding the installation of the circuit can be installed between the transparent plugboard and the chassis. In the scheme, circuit guide cards with different circuits are arranged on the chassis and the transparent plugboard, so that corresponding circuit modules on the circuit guide cards are arranged at different positions on the transparent plugboard, and then the circuit modules are connected by conducting wires for guiding the circuit guide cards, so that children can also perfectly connect the circuits. Compare in traditional circuit connection toy, this scheme has increased the guide function who is used for guiding user erection joint, can help not knowing the circuit completely child understand the circuit, the user only need remove installation module, connecting wire with the suggestion according to the guide of guide card, understand the principle of circuit at the in-process of operation, splice electronic module each other, also can greatly arouse child's imagination, make its circuit knowledge that can tentatively learn the basis, cultivate its interest. The toy box comprises a top cover and a box body, and the chassis is the top cover of the toy box; the box body is provided with a containing groove, and the top cover and the box body can form a containing cavity for containing the circuit assembly. In this scheme, because spare part is numerous, need a container that can accomodate each circuit module, so still include the toy box in this toy suit, in addition, in order to improve the utilization ratio of toy box, save material, the top cap of toy can be regarded as to the chassis, the upper surface energy of top cap is used for installing fixed circuit guide card and transparent picture peg, and the downside seals the box body of toy box.

As shown in fig. 2, the bottom of the circuit module is provided with a connecting slot 42, the top surface of the transparent board is provided with a plurality of connecting stations 21, and the connecting slot can be buckled with the connecting stations. Through a plurality of connection stations of array on transparent picture peg circuit module bottom is equipped with the connecting slot position, through the cooperation of connecting slot position and connection station, makes circuit module fixed mounting corresponding position on transparent picture peg. The splicing mode similar to the happy height is adopted, so that the combinability of the modules of the toy is greatly improved.

As shown in fig. 3, the circuit module is also provided with a schematic diagram mark of the circuit module on the top surface, and the circuit guiding card is provided with a connection guiding diagram consisting of the schematic diagram mark of the related circuit module. In order to guide the user to complete the installation and mutual connection of each module of the circuit, the circuit guide card is provided with a connection guide diagram consisting of relevant circuit module diagram marks, the circuit module can be installed at the position identified by the connection guide diagram, and in order to facilitate the user to quickly find and correspond to the corresponding circuit module, the top surface of the circuit module is also provided with the diagram mark of the circuit module, so that the user only needs to find the circuit module with the corresponding identification pattern according to the identification on the guide diagram. As shown in the figure, the device also comprises a prompt card used for prompting a user to connect a corresponding circuit, and the prompt card can correspond to the circuit guide card. Except that the circuit guide card, in order to cooperate the circuit guide card to use, richen the interest of toy, the circuit experiment toy in this scheme still includes the suggestion card that the suggestion user connects corresponding circuit. The specific playing method comprises the following steps: the prompting card records the problem that the attention of children can be attracted (for example, the reason why the sound of a knob of the sound box is turned to be larger and smaller or the reason why different switches can control different lamp strings) and is provided with a corresponding circuit diagram, a user can find the corresponding circuit guiding card and the corresponding circuit module according to the circuit diagram on the prompting card, and after the circuit guiding card is installed on the chassis, the corresponding circuit module is installed on different positions on the transparent plugboard according to the guiding of the circuit guiding card, and then the circuit modules are connected by conducting wires according to the guiding of the circuit guiding card, in addition, the image (such as a twist button) of the circuit module is operated by someone on the prompting card, and the user can be prompted to operate the corresponding circuit module after the circuit connection is completed.

As shown in fig. 4, the circuit modules each include a module base and corresponding functional components, and at least two electrode sockets 41 are disposed on the side walls of the module base 41; the module pedestal is provided with functional parts communicated with the electrodes in the two electrode sockets 41; the functional component is a power supply, a regulating part or an output part. With power, regulating part in all circuits, functional unit such as output piece pack into on the module pedestal of several kinds of standard sizes in this scheme to form comparatively standardized circuit module, be equipped with two electrode socket on the lateral wall of module pedestal at least for interconnect between the circuit module, through the setting of module pedestal in this scheme, will originally carry out the standardization of certain degree with electrical apparatus of various shapes, the user of being convenient for is cognitive and understands, also is convenient for same installation and arrangement when placing each circuit module on the coplanar simultaneously. The electrode socket 41 is a single-pole socket, and a single wiring terminal is arranged in the socket; the wire includes a plurality of tip, and every tip is equipped with the connector, the connector can cooperate with monopole socket. The circuit experiment toy in this scheme is a teaching toy essentially, and the purpose is in order to let child's cognition and understanding the circuit, and different with in the life, the wire in this case all is single wire, and corresponding electrode guide also is corresponding monopole socket naturally on the module pedestal, and the wire includes two wires and three wires, and every tip of wire is equipped with the connector, and fixed realization through the cooperation of connector and monopole socket is connected.

As shown in fig. 1, the power supply includes any one of a fixed power supply or a hand-operated generator; the adjusting module comprises any one of a poke rod type switch, a sliding groove type switch, a key type switch, a knob type switch, a sliding type switch, a voice-operated microphone 7 or a vibration module; the output module comprises any one of a fan 8, a motor, an LED lamp or a buzzer. The functional component also comprises a conversion connecting piece 6 for conversion connection, and the conversion connecting piece is a two-way or more connecting piece. When the experimental circuit is simple, only a power supply, a regulating module and an output module are needed, and when the circuit is complex, one or more special conversion connecting pieces are needed to simultaneously connect a plurality of wires.

As shown in fig. 1, the circuit experiment toy in this embodiment further includes a toy box, the toy box includes a top cover and a box body 3, and the chassis is the top cover of the toy box; the box body is provided with a containing groove, and the top cover and the box body can form a containing cavity for containing the circuit assembly. A fixed groove is arranged on the top cover, turning buckles 31 are hinged to two sides of the box body 3, and buckle strips 311 are arranged at the end parts of the turning buckles; the turnbuckle can rotate around the hinged part, so that the buckle strip can be clamped into the fixing groove 11. In this scheme, because spare part is numerous, need a container that can accomodate each circuit module, so still include the toy box in this toy suit, in addition, in order to improve the utilization ratio of toy box, save material, the top cap of toy can be regarded as to the chassis, the upper surface energy of top cap is used for installing fixed circuit guide card and transparent picture peg, and the downside seals the box body of toy box.

The specific playing method comprises the following steps: the prompting card records the problem of attracting the attention of children (for example, the reason why the sound of a knob of the sound box is changed into a larger sound or the reason why different switches can control different lamps) and is provided with a corresponding circuit diagram, a user can find the corresponding circuit guiding card and the corresponding circuit module according to the circuit diagram on the prompting card, and after the circuit guiding card is installed on the chassis, the corresponding circuit module is installed on different positions on the transparent plugboard according to the guiding of the circuit guiding card, and then the circuit modules are connected by conducting wires according to the guiding of the circuit guiding card, in addition, the prompting card is also provided with an image (such as a twist button) for operating the circuit module, and the user can be prompted to operate the corresponding circuit module after the circuit connection is completed.

In addition, the circuit experimental toy in the embodiment is mainly used for children of 6-12 years old, and the main purpose is to enable the children to understand the circuit principle in practice and show the creative capability of a circuit engineer in practice instead of the snap-fit capability of simple machinery; and the unique prompt card and the circuit guide card system enable children to be immersed in the circuit experiment independently, and the experiment can be completed independently without disturbing parents, and rich visual result display is realized. The buckle formula equipment reduces the complexity for traditional circuit toy, has kept partial circuit form with the performance of pattern formula and has felt, has reduced article feel and value and has felt, and this circuit toy uses standardized part, remains the characteristic of circuit line, through magnetism the formula concatenation of inhaling, has reduced the degree of difficulty, promotes usefulness and article feel.

Although embodiments of the present invention have been shown and described above, it is to be understood that the above embodiments are exemplary and not to be construed as limiting the present invention, and that variations, modifications, and substitutions may be made therein by those of ordinary skill in the art without departing from the principle and spirit of the present invention.

Claims (9)

1. A circuit experiment toy is characterized in that: comprises a circuit component and a chassis (1); the circuit assembly comprises a plurality of circuit modules and wires for connecting the modules; a transparent plugboard (2) for fixing circuit modules is arranged on the chassis (1), so that each circuit module can be arranged on the top surface of the transparent plugboard (2), and a circuit guide card for guiding the circuit arrangement can be arranged between the transparent plugboard (2) and the chassis (1).

2. A circuit experiment toy according to claim 1, wherein: the bottom of the circuit module is provided with a connecting slot (42)/connecting stations (21), the top surface of the transparent inserting plate (2) is provided with a plurality of connecting stations (21)/connecting slots (42) in an array mode, and the connecting slots (42) can be buckled with the connecting stations (21).

3. A circuit experiment toy according to claim 1, wherein: the top surface of the circuit module is also provided with a schematic diagram mark of the circuit module, and the circuit guide card is provided with a connection guide diagram consisting of the schematic diagram marks of the related circuit modules.

4. The circuit experiment toy as claimed in claim 1, further comprising a prompt card for prompting a user to connect a corresponding circuit, wherein the prompt card is capable of corresponding to the circuit guide card.

5. A circuit experiment toy according to claim 1, wherein: the circuit modules comprise module bases (4) and corresponding functional parts, and the side walls of the module bases (4) are at least provided with two electrode sockets (41); functional parts communicated with electrodes in the two electrode sockets (41) are arranged on the module pedestal (4); the functional component is a power supply, a regulating part or an output part.

6. A circuit experiment toy according to claim 5, wherein: the electrode jack (41) is a single-pole jack, and a single wiring terminal is arranged in the jack; the wire includes a plurality of tip, and every tip is equipped with the connector, the connector can cooperate with monopole socket.

7. A circuit experiment toy according to claim 5, wherein: the power supply comprises any one of a fixed power supply or a hand-operated generator (5); the adjusting part comprises any one of a poking rod type switch, a sliding groove type switch, a key type switch, a knob type switch, a sliding type switch, a voice-operated microphone or a vibration module; the output piece comprises any one of a fan (8), a motor, an LED lamp or a buzzer.

8. The circuit experiment toy as claimed in claim 1, further comprising a toy box, wherein the toy box comprises a top cover and a box body (3), the chassis (1) is the top cover of the toy box; the box body (3) is provided with a containing groove, and the top cover and the box body (3) can form a containing cavity for containing the circuit assembly.

9. A circuit experiment toy according to claim 8, wherein: a fixed groove (11) is arranged on the top cover, turning buckles (31) are hinged to the two sides of the box body (3), and buckle strips (311) are arranged at the end parts of the turning buckles (31); the turnbuckle (31) can rotate around the hinged part, so that the buckle strip (311) can be clamped into the fixing groove (11).

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