CN112017484A - Logic thinking training and interaction machine - Google Patents

Abstract

The invention discloses a logic thinking training and interaction machine, which comprises: a reading pen and a training board; the reading pen comprises a sensing module, a control chip, a power supply assembly, a light assembly, a sound assembly and a wireless transmission module which are arranged in the shell; the sensing module comprises an image sensing unit and an OID sensing unit; the image sensing unit is used for collecting the pictures of the acquisition area based on the camera module and converting the electric signals of the pictures of the acquisition area; the OID sensing unit comprises an OID sensor and an OID label, and the OID label is arranged on the training board; the control chip is a processor and comprises a logic operation system, an image analysis system and a database; the logic operation system judges based on the operation steps of the user; the image analysis system is based on an image recognition algorithm; the power supply assembly comprises a storage battery and a control circuit unit; the light assembly comprises a signal lamp and a prompt lamp; the sound assembly includes a speaker and a sound recorder.

Description

Logic thinking training and interaction machine

Technical Field

The invention relates to children learning equipment, in particular to a logic thinking training and interaction machine.

Background

The learning machine for children is a new generation intelligent reading and learning tool developed by adopting the international latest optical image recognition technology and advanced digital voice technology. The electronic product education system embodies perfect integration of electronic products and the education industry and realizes the people-oriented concept of science and technology. For example, the reading pen can fully mobilize the sensory systems of eyes, ears, hands, brain and the like of children, easily cultivate the cognitive, literacy, speaking, thinking and other abilities of the children, improve the learning interest of the children by the way of clicking and reading the children and combining the learning method of listening, speaking and reading, stimulate the development of brains, ensure the children to learn the knowledge of comprehensive disciplines, lay a good foundation for the children to enter the study, help the children to shape the characters, improve the quality and comprehensively improve the intelligence and the quality of the children. The existing click-to-read pen generally adopts the modes of bar codes, RFID and the like to carry out character recognition, namely, an identification label is placed under a Chinese character in advance or an identification code invisible or visible to naked eyes is placed beside the Chinese character, when the click-to-read pen recognizes the preset identification, data stored in the click-to-read pen in advance is called to carry out decoding, decoding and audio conversion, and sound is restored through a loudspeaker to finally realize click-to-read.

Disclosure of Invention

The technical scheme of the invention is as follows: a logical thinking training and interaction machine, comprising: a reading pen and a training board; the reading pen comprises a sensing module, a control chip, a power supply assembly, a light assembly, a sound assembly and a wireless transmission module which are arranged in the shell; the sensing module comprises an image sensing unit and an OID sensing unit; the image sensing unit is used for collecting the pictures of the acquisition area based on the camera module and converting the electric signals of the pictures of the acquisition area; the OID sensing unit comprises an OID sensor and an OID label, and the OID label is arranged on the training board; the control chip is a processor and comprises a logic operation system, an image analysis system and a database; the logic operation system judges based on the operation steps of the user; the image analysis system is based on an image recognition algorithm; the database stores output data corresponding to the OID labels; the power supply assembly comprises a storage battery and a control circuit unit; the light assembly comprises a signal lamp and a prompt lamp; the sound assembly comprises a loudspeaker and a recorder; the wireless transmission module is connected with the control chip and the sensing module, the control chip controls the image sensing unit to shoot the training board to obtain an image when receiving triggering information, and the wireless transmission module sends the image of the image sensing unit to the remote processor and receives data from the remote processor.

Specifically, the wireless transmission module is a bluetooth module, a WIFI module or a BLE module, and the wireless transmission module transmits the image signal shot by the image sensing unit to the far-end processor through an external terminal; the remote processor performs data calculation, and sends a data result to the control chip; the control chip controls the loudspeaker to broadcast.

Specifically, the OID tag corresponds to corresponding output data in the data; and the control chip controls the loudspeaker to broadcast the data of the current OID label.

Specifically, the inside circuit board that still is provided with of casing, control chip sets up on the circuit board, wireless transmission module the sensing module power supply module light subassembly sound subassembly all with control chip links to each other.

Specifically, the image recognition algorithm includes: and pre-collecting the images in the acquisition area, and extracting pixels in an area with the maximum image contour curvature or suddenly changed contour direction in the acquisition images.

Specifically, the logical operation system includes a logical algorithm:

if the position acquired by the sensing module detects an OID label signal, the control chip calls corresponding output data stored in the database;

if the position acquired by the sensing module does not detect the OID label signal, the image sensing unit acquires the image of the current area and feeds the image signal back to the control chip; the control chip transmits the image signal to the wireless transmission module; and the wireless transmission module sends the image signal to a remote processor.

The invention has the advantages that: when the reading pen reads the OID label of the object information contained in the training board, the reading pen can directly read the object information; when the reading pen can not feed back through the data information, the reading pen automatically goes to the remote server to download the content through the wireless transmission module. Meanwhile, the user can update the content of the training board in real time and read the designated content by using the touch and talk pen.

Drawings

The invention is further described with reference to the following figures and examples:

FIG. 1 is a schematic diagram of the present invention;

Detailed Description

Example 1

A logical thinking training and interaction machine, comprising: a reading pen and a training board; the touch and talk pen and the training board are matched components, and the touch and talk pen can be used independently.

The inside circuit board that still is provided with of casing, control chip set up on the circuit board, and wireless transmission module, sensing module, power supply module, light subassembly, sound subassembly all link to each other with control chip.

When the point-reading pen is used with the training board in a matched manner, a logic SIM card (a chip capable of being stored externally) needs to be inserted into the training board, the training board needs to be updated irregularly, OID labels are arranged at designated positions in the training board, and designated contents can be corresponded to the corresponding OID labels through an external input structure. According to the prior art, an input module on a training board is a common system, each OID label corresponds to an input memory, and each memory can be correspondingly read and stored. Storing the specified content in the corresponding memory can realize corresponding calling.

If the point-reading pen is used independently, problem collection is carried out through the image recognition capability of the point-reading pen, and a far-end intercommunication result is achieved through data analysis and transmission.

Specifically, the touch and talk pen comprises a sensing module, a control chip, a power supply assembly, a light assembly, a sound assembly and a wireless transmission module which are arranged in a shell; the sensing module comprises an image sensing unit and an image sensing unit, the image sensing unit is used for collecting the images of the acquisition area based on the camera module, and the images of the acquisition area are subjected to electric signal conversion.

The control chip is a processor and comprises a logic operation system, an image analysis system and a database; the logic operation system judges based on the operation steps of the user; the image analysis system is based on an image recognition algorithm.

The image recognition algorithm comprises: and pre-collecting the images in the acquisition area, and extracting pixels in an area with the maximum image contour curvature or suddenly changed contour direction in the acquisition images.

The logic operation system comprises a logic algorithm:

if the position acquired by the sensing module detects an OID label signal, controlling the chip to call corresponding output data stored in the database;

if the position acquired by the sensing module does not detect the OID label signal, the image sensing unit acquires the image of the current area and feeds the image signal back to the control chip; the control chip transmits the image signal to the wireless transmission module; the wireless transmission module sends the image signal to the remote processor.

Specifically, the power supply assembly comprises a storage battery and a control circuit unit; the light assembly comprises a signal lamp and a prompt lamp; the sound assembly comprises a loudspeaker and a recorder; the wireless transmission module is connected with the control chip and the sensing module, the control chip controls the image sensing unit to shoot the training board to obtain an image when receiving the trigger information, and the wireless transmission module sends the image of the image sensing unit to the far-end processor and receives data from the far-end processor.

Specifically, the wireless transmission module is a bluetooth module, a WIFI module or a BLE module, and transmits an image signal shot by the image sensing unit to the far-end processor through the external terminal; the remote processor performs data calculation and sends a data result to the control chip; and the control chip controls the loudspeaker to broadcast.

Generally, after a child obtains a training board, the child inserts a logic civic card into the training board according to an instruction, when the card is inserted, an OID sensing unit identifies an OID label on the training board, a click-to-read pen can call information in a memory and perform voice reading, light prompting and the like, the child answers questions, questions and answer information, including time, accuracy and the like, on the board according to corresponding keys, transmits the information to a cloud platform through wireless transmission, and transmits the information to an App or a public number after analysis.

If the infant does not obtain the logic SIM card or does not have corresponding content storage, the touch and talk pen is used for image acquisition and identification, and identifies the area touched and read by fingers of the infant as a reply answer, the touch and talk pen transmits the question and the answer to a remote server, the remote server transmits the accuracy and the like to a cloud platform through wireless transmission after calculation, and the accuracy and the like are transmitted to an App or a public number after analysis.

The embodiments are merely illustrative of the principles and effects of the present invention, and do not limit the invention. Any person skilled in the art can modify or change the above-mentioned embodiments without departing from the spirit and scope of the present invention. Accordingly, it is intended that all equivalent modifications or changes which can be made by those skilled in the art without departing from the spirit and technical concepts disclosed herein be covered by the appended claims.

Claims (6)

1. A logical thinking training and interaction machine, characterized by: the method comprises the following steps: a reading pen and a training board; the reading pen comprises a sensing module, a control chip, a power supply assembly, a light assembly, a sound assembly and a wireless transmission module which are arranged in the shell;

the sensing module comprises an image sensing unit and an OID sensing unit;

the image sensing unit is used for collecting the pictures of the acquisition area based on the camera module and converting the electric signals of the pictures of the acquisition area;

the OID sensing unit comprises an OID sensor and an OID label, and the OID label is arranged on the training board;

the control chip is a processor and comprises a logic operation system, an image analysis system and a database; the logic operation system judges based on the operation steps of the user; the image analysis system is based on an image recognition algorithm; the database stores output data corresponding to the OID labels;

the power supply assembly comprises a storage battery and a control circuit unit;

the light assembly comprises a signal lamp and a prompt lamp;

the sound assembly comprises a loudspeaker and a sound recorder;

the wireless transmission module is connected with the control chip and the sensing module, the control chip controls the image sensing unit to shoot the training board to obtain an image when receiving trigger information, and the wireless transmission module sends the image of the image sensing unit to the remote processor and receives data from the remote processor.

2. The logical thinking training and interaction machine of claim 1, wherein: the wireless transmission module is a Bluetooth module, a WIFI module or a BLE module, and transmits image signals shot by the image sensing unit to the far-end processor through an external terminal; the remote processor performs data calculation, and sends a data result to the control chip; the control chip controls the loudspeaker to broadcast.

3. The logical thinking training and interaction machine of claim 1, wherein: the OID label corresponds to corresponding output data in the data; and the control chip controls the loudspeaker to broadcast the data of the current OID label.

4. The logical thinking training and interaction machine of claim 1, wherein: the casing is internally provided with a circuit board, the control chip is arranged on the circuit board, and the wireless transmission module, the sensing module, the power supply assembly, the light assembly and the sound assembly are all connected with the control chip.

5. The logical thinking training and interaction machine of claim 1, wherein: the logical operation system comprises a logical algorithm:

if the position acquired by the sensing module detects an OID label signal, the control chip calls corresponding output data stored in the database;

if the position acquired by the sensing module does not detect the OID label signal, the image sensing unit acquires the image of the current area and feeds the image signal back to the control chip; the control chip transmits the image signal to the wireless transmission module; and the wireless transmission module sends the image signal to a remote processor.

6. The logical thinking training and interaction machine of claim 1, wherein: the image recognition algorithm comprises: and pre-collecting the images in the acquisition area, and extracting pixels in an area with the maximum image contour curvature or suddenly changed contour direction in the acquisition images.

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