CN201299974Y - Interactive Learning Toys - Google Patents

Abstract

The utility model discloses an interactive learning toy, which comprises a main body, a power supply, a sounding unit, a processing center unit, a memory and a transceiver unit are arranged in the main body, a plurality of sensed pieces which are provided with a built-in memory and can store relative identification data and additional audio data are matched, the memory in the main body is provided with an active audio data and a passive audio data, the active audio data can send the audio data to the sounding unit to send basic audio through the movement or the shaking of the main body, when the sensed pieces are close, the transceiver unit of the main body can sense the sensed pieces, the memory of the main body is started to send the identification data and identify the relative passive audio data in a passive audio data bank of the main body, the relative passive audio data are sent to the processing center unit to be processed to send the additional audio to be close to the main body through different sensed pieces, the main body can generate relative sound in response to the sensed piece, so as to improve the effect of game or study.

Description

Interactive Learning Toys

technical field

The utility model relates to a toy, in particular to an interactive learning toy.

Background technique

Currently, there are many types of toys on the market. If it is a sounding toy, it can be roughly divided into fixed sounding and random sounding toys. Among them, when the switch or sensor of the fixed sounding toy senses, it can emit a pre-stored fixed sound. If it is a random sounding Toys that make sounds when they are bumped or sensed. When such toys make sounds, they generally sound in a certain pattern, such as in a loop or in a fixed order. For children, such sounding toys are It is very novel at the beginning, but after a while, it is difficult for children to be interested in it. Therefore, the existing sound-producing toys cannot meet the children's continuous novelty, so they will feel bored in the game, let alone produce sounds through the sound. Interest, and the sound that sends out can't make different changes according to different needs, so it is difficult to make other purposes, as other games or other learning effects, it is really necessary to improve.

Utility model content

The technical problem to be solved by the utility model is to provide an interactive learning toy, which can produce different tones, timbres, volume loudness and other changes according to different toy doll users and with different doll accessories, so as to improve learning Interested in gaming.

In order to solve the above-mentioned technical problems, the technical solution of the utility model interactive learning type toy is:

It includes: a main body, the main body has an inductive sounding device;

Multiple induced sound emitting devices;

The inductive sounding device has a processing center unit connected to a sounding unit, a power supply, a memory, a transceiver unit and a switch, wherein,

The processing center unit is a unit for processing audio data;

The sounding unit is a sounding structure;

The power supply is a power supply for the inductive sounding device;

The memory is a memory for storing data;

The transceiver unit simultaneously transmits and receives audio wave data;

The induced sounding device has an induction transceiver unit, the induction transceiver unit is induced by the transceiver unit of the induction sounding device to generate power and sends out relative induction data, which is sent to the processing center unit of the processing center unit of the induction sounding device through the induction transceiver unit The corresponding sound is emitted by the sound unit.

The technical effect that the utility model can reach is:

In a main body, the active audio is generated through the processing center unit in cooperation with the power supply, the sound unit and the active audio data in the memory, and can be produced in accordance with the movement of the main body, and has a transceiver unit and the main body that are connected as a sensor (READ IC). The other is an induction tag (TAG IC) in the form of the sensed part to sense each other, so that the identification signal in the memory of the sensed part generates a message to the transceiver unit, and activates the audio of the passive audio database of the main body memory, so that the main body can Different sounds are produced in response to different sensed parts to meet the interactive needs of teaching and games.

Description of drawings

Below in conjunction with accompanying drawing and specific embodiment, the utility model is described in further detail:

Fig. 1 is the structural schematic diagram of the plane cooperation of the interactive learning type toy of the present invention;

Fig. 2 is a schematic diagram of hardware coordination of the present utility model;

Fig. 3 is a schematic diagram of mutual induction between the induction sounding device and the induced sounding device of the present invention;

Fig. 4A, Fig. 4B, Fig. 4C are schematic plan views of the utility model with different induced sounding devices;

Fig. 5 is a schematic plan view of the utility model matching object group;

Fig. 6 is a schematic diagram of the sound produced by the linear motion of the utility model combined with the motion sensor;

Fig. 7 is a schematic diagram of the utility model rotating 90 degrees and 180 degrees;

Fig. 8 is a schematic diagram of the utility model rotating 360 degrees.

In the figure, 10 main body, 11 body, 12 head, 13 limbs, A induction sounding device, 20 processing center unit, 201 motion sensor, 21 sounding unit, 22 power supply, 23 memory, 24 transceiver unit, 25 switch, 230 Active Audio Database, 230 Passive Audio Database, B Induced Sounding Device, 30 Induced Parts, 31 Memory, 32 Induction Transceiver Unit, 310 Database, B1 Timbre Induction Group, 301 Father Induced Sounding Device, 302 Mother 303 Induction and sounding device for babies, 304 Induction and sounding device for girls, B2 object group, 305 Induction and sounding device for apples, 306 Induction and sounding devices for bananas, 307 Induction and sounding devices for carrots, 308 Induction and sounding devices for cheesecake device.

Detailed ways

As shown in Figures 1 and 2, the interactive learning toy of the present utility model has a main body 10 of a doll or a toy or a teaching aid. There is a body 11, the top of the body 11 has a head 12, and the side view of the body 11 has several limbs 13 in addition, and the main feature of the utility model is that: there is an induction sounding device A in the overall structure to cooperate with the external The induced sound-generating device B produces an interactive structural form.

Wherein, the inductive sounding device A mainly has a processing center unit 20, and a sounding unit 21, a power supply 22, a memory 23, a transceiver unit 24 and a switch 25 are externally connected to the processing center unit 20, wherein,

The processing center unit 20 is a microprocessor. In addition to the ability to process audio, it is also connected to a motion sensor 201 in the processing center unit 20, so that the processing center unit 20 can perceive the change of the movement direction and mode of the main body 10, and The motion sensor 201 is not the focus of the present invention, so the detailed structure will not be repeated here; the processing center unit 20 can be placed in the body 11 of the main body 10;

The sounding unit 21 is a sounding structure, such as a horn structure; the sounding unit 21 can be placed in the head 12 of the main body 10;

The power supply 22 is a power supply for all devices of the inductive sounding device A, which is a general storage battery or a rechargeable battery; the power supply 22 is placed on the body 11 of the main body 10 or other center of gravity positions;

The memory 23 is a general computer memory, which is the memory for storing data. Wherein, the memory 23 has an active audio database 230 and a passive audio database 231, and a plurality of main bodies 10 are pre-recorded in the active audio database 230. The tone, timbre, and volume loudness data originally emitted during exercise, while the passive audio database 231 presets various passive audio data corresponding to each induced sound-generating device B, in order to cooperate with the processing of the processing center unit 20 and motion perception The changes in the perception of the device 201 make the audio processed by the processing center unit 20 produce different changes, so as to achieve the purpose of variable pronunciation; the memory 23 can be placed inside the body 11 of the main body 10 or other places that are not easily damaged by external forces part;

The transceiver unit 24 is a general transceiver antenna, which is a general sensor (READIC), which can transmit and receive audio wave data simultaneously; 12 or limbs 13 and other positions, and can maintain a shape with a certain area to facilitate the transmission and reception of radio signals;

The switch 25 is a general ON/OFF switch; the switch 25 is located on the limb 13 of the main body 10, and can be directly pressed by the user to activate or deactivate the whole system;

The aforementioned main body 10 cooperates with the system of the induction sounding device A, and the induced sounding device B other than the main body 10 can be additionally matched to meet different sounding or pronunciation requirements. The induced sounding device B can have any appearance, as shown in the illustration. The gender and article are shown as the induced sounding device B. The interior of the induced sounding device B mainly has a sensed part 30, and a memory 31 and a sensing transceiver unit 32 are also provided in the sensed part 30. The induction part 30 is generally called an induction tag (TAGIC), and wherein, the memory 31 is a general memory, which has a database 310 inside, and the database 310 records information relative to the appearance of the overall sensed sounding device B. Identification data or additional audio data; and the induction transceiver unit 32 is a transceiver antenna, and the induction transceiver unit 32 is connected with the memory 31, so that the induced part 30 is induced by the transceiver unit 24 of the induction sounding device A to generate power and After the memory 31 of the induced part 30 obtains the identification data prestored in the database 310, it is sent to the transceiver unit 24 and the processing center unit 20 of the induction sounding device A through the induction transceiver unit 32 for processing and the active audio in the memory 23. The database 230 and the passive audio database 231 mix the audio data taken out correspondingly, and then the sound unit 21 emits the corresponding sound. For example, the induced sound generation device B in different fruit shapes can emit relative English or Chinese or other languages. audio.

That is, as shown in Figure 1, the induced sounding device B can be respectively the tone sensing group B1 and the object group B2, wherein the tone sensing group B1 is a function that can change the sensing tone, that is, the tone sensing group B1 is individually sensed Component 30 can send out the data of changing the timbre, such as father’s induced sounding device 301, mother’s induced sounding device 302, baby’s induced sounding device 303 and girl’s induced sounding device 304, etc., while object group B2 can be an apple’s induced sounding The device 305, the banana induced sound device 306, the carrot induced sound device 307 and the cheesecake induced sound device 308, etc., as shown in FIG. place, the voice of an adult male can be produced, and as shown in Figure 4A, it can also be shown in Figure 4B, that is, the mother's induced voice device 302 and the girl's induced voice device 304 can be used at the same time, so that the main body 10 can make a sound between The voices of women and girls; as shown in Figure 4C, the baby can also be configured on the main body 10 by the induction sounding device 303, so as to achieve the change of the baby's voice; as shown in Figure 5, the object group B2 The apple is pasted on the body 11 of the main body 10 by the inductive sounding device 305, and the corresponding apple English, Chinese or relative audio can be sensed.

In the main body 10 of the present utility model, there is a processing center unit 20 of the inductive sounding device A, and a motion sensor 201 is provided in the processing center unit 20, so the utility model can achieve the improvement in loudness or sound quality by changing the way of movement. Changes, as shown in Figure 6, wherein, through the motion sensor 201 provided on the processing center unit 20 in the main body 10, it can cooperate with the active audio database 230 in the memory 23, and through the change in direction, the movement through After processing by the processing center unit 20, the corresponding tones are emitted, such as joy, anger, sorrow, music and other tones, and the distance and speed of the movement produce different volume loudness, so as to achieve the interesting changes in the sound; it can also be combined with the rotation , as shown in Figure 7, it can be rotated 90 degrees and 180 degrees in situ, or as shown in Figure 8, it can be rotated forward or reversed 360 degrees, and different tones can be activated or closed, and the motion sensor 201 can be used as the aforementioned Movement control.

Claims (11)

1. An interactive learning toy, characterized in that it comprises: A main body, the main body has an inductive sounding device; Multiple induced sound emitting devices; The inductive sounding device has a processing center unit connected to a sounding unit, a power supply, a memory, a transceiver unit and a switch, wherein, The processing center unit is a unit for processing audio data; The sounding unit is a sounding structure; The power supply is the power supply for the induction sounding device; The memory is a memory for storing data; The transceiver unit simultaneously transmits and receives audio wave data; The induced sounding device has an induction transceiver unit, the induction transceiver unit is induced by the transceiver unit of the induction sounding device to generate power and sends out relative induction data, which is sent to the processing center unit of the processing center unit of the induction sounding device through the induction transceiver unit The corresponding sound is emitted by the sound unit. 2. The interactive learning toy according to claim 1, wherein the processing center unit is a microprocessor, and the processing center unit is connected to a motion sensor to sense changes in the direction and manner of the main body's movement. 3. The interactive learning toy according to claim 1, wherein the sound unit is a horn structure. 4. The interactive learning toy according to claim 1, characterized in that: said power supply is a general storage battery or a rechargeable battery. 5. The interactive learning toy according to claim 1, characterized in that the memory is a computer memory that pre-records data of the tone, timbre, and loudness of the main body when it moves. 6. The interactive learning toy according to claim 1, characterized in that: the memory of the inductive sounding device is a computer that pre-records the data of the tone, timbre, and loudness of each induced sounding device. Memory. 7. The interactive learning toy according to claim 1, characterized in that: the memory of the induced sound generating device is a pre-recorded data of the tone, timbre, and volume loudness of each induced sound generating device. computer memory. 8. The interactive learning toy according to claim 1, characterized in that: the transceiver unit is a transceiver antenna, the transceiver unit is arranged on the front or rear surface of the main body, and the transceiver unit is a sensor . 9. The interactive learning toy according to claim 1, characterized in that: the main body is further provided with a switch, and the switch is an ON/OFF switch. 10. The interactive learning toy according to claim 1, characterized in that: the induced sound emitting devices are respectively a timbre sensing group and an object group, wherein the timbre sensing group is a function that can change the quality of the induced sound, that is, the Each voice sensor of the timbre sensing group sends out the data of changing the timbre, such as the father is sensed to sound device, the mother is sensed to sound device, the baby is sensed to sound device and the girl is sensed to sound device, and the object group is the apple to be sensed to sound device , Bananas are induced and sounding device, carrots are induced and sounding device and cheesecake are induced and sounding device. 11. The interactive learning toy according to claim 1, characterized in that: the induced sound-emitting device has a memory and an inductive transceiving unit corresponding to the identification data of the sensed shape of the induced sound-emitting device; The unit is connected to the memory, and is induced by the transceiver unit of the induction sounding device to generate power to the memory of the induction sounding device to obtain the pre-stored data in the database, send it to the transceiver unit through the induction transceiver unit, and pass through the processing center unit of the induction sounding device After processing, the corresponding sound is emitted by the sound unit.

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