KR100590790B1 - The control method and baby intelligence development studying equipment - Google Patents

Abstract

The present invention relates to a learning apparatus for infant intelligence development and a control method thereof.

The present invention is for this purpose a plurality of anion outlets are formed at regular intervals, respectively, the body 10 and the cover 20 are assembled to the upper and lower ends; A bracket 30 provided inside the body and the cover and having a through hole formed so that light of the lamp passes through one side thereof; A slide disc rotating body 72 which is arranged in the center of the bracket and has a plurality of gears at regular intervals such that a solenoid is pushed and rotated at a lower end thereof; A slide disc 70 installed on an outer circumferential surface of the slide disc rotating body to rotate together and having a plurality of slide films at regular intervals; A control circuit board part 60 having a solenoid control switching unit for driving a microcomputer, a speaker, a solenoid, a power stabilization circuit unit, a lamp control switching unit for flashing a projection light source lamp, and an ultrasonic wave oscillator; And a switching circuit part connected to the microcomputer and an ultrasonic oscillator 54 connected to the switching circuit part. In addition, the cover is provided with a focusing lens for illuminating the light to the ceiling; is provided with an optical projector (1).

The present invention configured as described above is to project the infant intelligence development pictures on the ceiling using an optical projector at night, so that various types of pictures are sequentially and automatically projected at a predetermined time and interval so that the children's intelligence development learning can be made. This greatly improves the quality and reliability of the product, allowing consumers to plant a good image.

Optical projector, slide film. Control circuit board, infant intelligence development.

Description

Learning device for infant intelligence development and its control method {The control method and baby intelligence development studying equipment}

1 is a cross-sectional view showing a learning device for infant intelligence development applied to the present invention.

Figure 2 is a block of the learning device for intelligent development and control method for infants applied to the present invention

        Diagram.

3 (a) (b) is a learning device for intelligent development of infants applied to the present invention and a control room thereof

        Flowchart of the law.

4 is a block diagram of a remote control transmitter applied to the present invention.

Figure 5 is a sphere in the state the child mobile installed on the optical projector applied to the present invention

        Saint.

<Explanation of symbols for the main parts of the drawings>

1: optical projector 2: microcomputer

10: body 20: cover

40: negative electrode generation plate 50: negative ion and pest control switching circuit

60: control circuit board portion 70: slide disc

71: slide film 80: focusing lens

90: remote control transmitter 91: remote control receiver

The present invention relates to a learning apparatus for infant intelligence development and a control method thereof, and more particularly, to project the infant intelligence development drawing on the ceiling by using an optical projector at night, and to sequentially display several kinds of pictures at regular time and intervals. It is designed to project children's intelligent development by automatically projecting them, which greatly improves the quality and reliability of products, enabling consumers to plant good images.

As is well known, most parents want their children to be superior to other children, but seem to be less concerned about the early development of the intelligence required. In other words, early experiences have a serious impact on the entire life of humans, and it can be seen that early childhood intelligence can be developed early as it turns out that providing a rich environment in childhood can lead to good development of human abilities. The research on whether there is a stimulus has been enlivened, and the boom in early childhood education has been booming globally in response to the ever-increasing necessity of social development and the necessity of early development of human ability in the highly developed and complicated modern society. The educational trend in Korea is said to be a rapid increase in early childhood education.

On the other hand, toys and learning tools that children play with in our country, which is no less than educational fever, are more than just toys. In particular, as computers become more common in every house, various softwares considering educational effects have become very popular, and the most popular product among educational softwares is language education products that can learn Korean and English. Among these products, flash cards, Hangeul mother cards, alphabet cards, and animal picture books for the development of intelligence and recognition of infants are the most popular for children under 1 year old. CD, tape, video tape, etc. products, Hangul first, English first step, numbers play, etc. are very popular.

As described above, a number of educational products for intelligent development have been applied for in the past, as well as many patents and utility models.

However, the above-described conventional technology has a problem that, as described above, parents can teach children directly to obtain a learning effect, and can not learn for intelligent development at night.

In addition, the conventional teaching aid for intelligent development has been pointed out as a big problem because it is not equipped with functions other than the learning effect, namely, negative ion generating device for the health of the infant or pest control device to protect the infant from bedbugs in the summer. In addition, the cost problem that must be purchased separately from the negative ion generating device and the pest control device as described above.

The present invention has been made to solve all the problems of the prior art as described above, while projecting the infant intelligence development picture on the ceiling using an optical projector at night, several types of pictures sequentially and automatically at regular time and intervals The first purpose is to enable children to develop intelligent development learning, and the second purpose is to make them sufficiently effective to induce curiosity of children. The present invention provides a learning device for intelligent development of infants and a control method thereof, which can greatly improve the reliability and instill a good image for consumers.

In order to achieve the above object, the present invention provides a learning device for intelligent development of an infant, each of which has a plurality of negative ion outlets formed at predetermined intervals, the body and the cover being assembled to each other at the upper and lower ends; A bracket provided inside the body and the cover and having a through hole formed at one side thereof to allow light of the lamp to pass; A slide disc rotating body which is arranged in the center of the bracket and has a plurality of gears at regular intervals such that a solenoid is pushed to rotate; A slide disc installed on the outer circumferential surface of the slide disc rotating body and rotating together and provided with a plurality of slide films at regular intervals; Inside the bracket, a control circuit board unit including a solenoid control switching unit for driving a microcomputer, a speaker, a solenoid, a power stabilization circuit unit, a lamp control switching unit for flashing a projection light source lamp, and an ultrasonic wave oscillation unit; And a switching circuit part connected to the microcomputer and an ultrasonic oscillator connected to the switching circuit part. And the cover is provided with a focus adjustment lens for shining light to the ceiling; provides an infant intelligence development learning device characterized in that the optical projector is provided.                         

Hereinafter, described in detail with reference to the accompanying drawings a preferred embodiment of the present invention for achieving this purpose are as follows.

Infant intelligence development learning apparatus and control method applied to the present invention is configured as shown in Figs.

In the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

The following terms are terms set in consideration of functions in the present invention, which may vary depending on the intention or custom of the producer, and their definitions should be made based on the contents throughout the specification.

First, the optical projector 1 applied to the present invention is configured to project an infant intelligence development picture on the ceiling, but to sequentially and automatically project several kinds of pictures at a predetermined time and interval so that the infant's intelligence development learning can be performed.

In a more specific technical configuration of the present invention, first, a plurality of anion outlets 21 are formed at predetermined intervals, and the body 10 and the cover 20 are installed to be assembled to each other in the upper and lower ends.

At this time, the inside of the body 10 and the cover 20 is provided with a bracket 30 is formed with a through-hole 31 to pass the light of the projection light source lamp 61 on one side.

And the present invention is provided with a metal weight 12 for preventing product conduction so that the optical projector (1) does not easily fall on the inner bottom surface of the body (10).

In addition, the center of the bracket 30 is provided with a slide disc rotating body 72 formed with a plurality of gears (72a) at regular intervals so that the solenoid (73) to rotate the lower end.

In addition, the outer circumferential surface of the slide disc rotating body 72 is provided with a slide disc 70 having a plurality of slide films 71 at regular intervals.

The present invention also has a solenoid control switching unit 73a for driving the microcomputer 2, the speaker 3, the solenoid 73, the power stabilization circuit unit 4, and the projection light source lamp 61 inside the bracket 30. ) Is provided with a lamp control switching unit 61a and a control unit circuit board unit 60 provided with an ultrasonic wave oscillation unit 54.

At this time, the microcomputer 2 determines the signal input from the remote control receiver to be described later to divide and control the rotation time interval of the slide disc at regular intervals.

In addition, the present invention is the switching circuit unit 50 connected to the microcomputer (2), the ultrasonic oscillation unit 54 connected to the switching circuit unit 50 and the cover 20 for the focus adjustment lens for shining light to the ceiling (80) ) Is provided and configured.

At this time, the present invention is characterized in that when the forward and reverse rotation of the lens 80 for adjusting the focus can be adjusted to the vertical height along the spiral portion 81 to play a zoom role.

In addition, the switching circuit unit 50 is operated by receiving a predetermined control signal related to an input signal of a remote controller receiving unit 91 to be described later.

Furthermore, the present invention is further provided with an electrode plate 40 for generating negative ions inside the body 10 and the cover 20, the negative electrode generating plate 40 for generating negative ions connected to the switching circuit unit 50 It is characterized in that the connection is provided with the circuit portion 52.

In addition, the present invention is characterized in that the switching circuit unit 50 is further provided with a pest control circuit unit (51).

The present invention is characterized in that the remote control receiver 91 for receiving the signal of the remote control transmitter 90 is further connected to the microcomputer (2).

At this time, the remote control transmitter 90 is preferably provided with an infrared remote control for controlling a function, the remote control receiver 91 receives a control signal transmitted from the remote control transmitter.

Finally, the present invention is characterized in that the mobile insertion hole 22 is formed in the upper center of the cover 20, and the mobile insertion hole 22 is further provided with an infant mobile 5.

In the drawing, reference numeral 73 denotes a power jack.

On the other hand, the present invention may be variously modified and may take various forms in applying the above configuration.

And it is to be understood that the invention is not limited to the specific forms referred to in the above description, but rather includes all modifications, equivalents and substitutions within the spirit and scope of the invention as defined by the appended claims. It should be understood that.

Referring to the operation of the present invention learning intelligence device for children and the control method configured as described above are as follows.

The optical projector 1 applied to the present invention is intended to effectively develop the intelligence of the infant.

That is, according to the present invention, after the user initializes and outputs the optical projector 1 (S100), the user inputs data to the remote controller transmitter 90 (S101).

The microcomputer 2 provided in the controller circuit board 60 determines and controls the signal input from the remote control receiver 91 during the input step, but the microcomputer controls the switching circuit unit 50 to read and convert data. After (S102), the step of selecting an automatic key is passed (S103).

At this time, if "yes" is selected from the selection of the auto key, 1 second flag set, 5 second flag set, 10 second flag set, 30 second flag set In step S104, S105, S106, and S107, the stationary state and the like are sequentially selected.

However, if "no" is selected in the selection of the automatic key, the step S108 of selecting the manual key is performed.

A description thereof will be described later. First, the steps S104, S105, S106, and S107 will be described. When the 1 second flag set S104 is selected, 100 ms (ms; millisecond) (hereinafter, referred to as 'ms'). Buzzer output, projection lamp "on", 1 second timer flag set (TIMER FLAG SET), slide disc rotation program execution at 1 second intervals, the 5 seconds, 10 seconds and 30 seconds flag set (S105) ( If S106) (S107) is selected, the 100ms buzzer is outputted twice, three times, and four times, respectively, and the corresponding timer flag set and slide disc 70 rotate programs are executed.

At this time, the slide disc 70 is rotated at regular intervals by the slide disc rotation program so that the picture of the slide film 71 is illuminated on the ceiling by the lamp 61 for the projection light source, and the slide disc 70 ) Is driven so that the solenoid 73 can push and rotate the gear 72a, and the picture illuminated by the ceiling by the lens for focusing adjustment 80 moves the lens for adjusting focusing upwards and downwards. It also serves as a zoom.

On the other hand, if "yes" is selected in the manual key, the slide disc 70 is rotated one space with a buzzer output, and if "no" is selected, the lamp key, which is the next step, is selected by the lamp control switching unit 61a. It will go through the step (S109).

In addition, if "yes" is selected in the lamp key, the lamp is turned on together with the buzzer output, and if "no" is selected, a step (S110) of selecting the next negative ion key is performed.

If the "yes" is selected in the negative ion key, the negative ion generating circuit unit 52 is operated together with the buzzer output, and if the "no" is selected, a step S111 of selecting the next off key is performed.

That is, when a corona discharge is generated in the negative electrode generating plate 40 and discharged to the negative ion outlet 21, the air in the room can be purified, thereby improving the health of the infant.

In addition, by driving the pest control circuit unit 51 connected to the switching circuit unit 50, the ultrasonic wave is emitted to protect children from mosquitoes and flies in the summer.

Furthermore, in the present invention, when the 30 second flag set is "yes", the rotation stop and buzzer of the timer flag clear and the disc 70 are output for a long time, and the off key is "yes". The timer flag clear, all outputs off, and the buzzer are output 100ms.

As described in detail above, the present invention projects the intelligence for infant development on the ceiling by using an optical projector at night, but the intelligent development learning of the infant can be achieved by sequentially and automatically projecting several kinds of images at a predetermined time and interval. It is to make a sufficient effect to induce the curiosity of infants, and this is a very useful invention that can significantly improve the quality and reliability of the product to help consumers to plant a good image.

Claims (10)

In the learning device for infant intelligence development, A plurality of anion outlets are formed at regular intervals, respectively, the body 10 and the cover 20 are assembled to the upper and lower ends; A bracket 30 provided inside the body and the cover and having a through hole formed so that light of the lamp passes through one side thereof; A slide disc rotating body 72 which is arranged in the center of the bracket and has a plurality of gears at regular intervals such that a solenoid is pushed and rotated at a lower end thereof; A slide disc 70 installed on an outer circumferential surface of the slide disc rotating body to rotate together and having a plurality of slide films at regular intervals; A control circuit board part 60 having a solenoid control switching unit for driving a microcomputer, a speaker, a solenoid, a power stabilization circuit unit, a lamp control switching unit for flashing a projection light source lamp, and an ultrasonic wave oscillator; And A switching circuit part connected to the microcomputer and an ultrasonic oscillator 54 connected to the switching circuit part; And The cover has a focusing lens for illuminating the light to the ceiling (80); is provided with an infant projector, characterized in that the optical projector (1) is provided. According to claim 1, Infant intelligence development learning device, characterized in that the inner bottom surface of the body is further provided with a metal weight (12) for preventing product conduction so that the optical projector does not fall easily. According to claim 1, The inside of the body and the cover is further provided with an anion generating electrode plate 40, the negative ion generating electrode plate is connected to the negative ion generating circuit unit connected to the switching circuit unit is provided for learning intelligence development for infants. According to claim 1, The learning circuit for infant intelligence development, characterized in that the switching circuit unit is further provided with a pest control circuit unit (51). According to claim 1, When the focus adjustment lens is rotated forward and backward, the learning device for infant intelligence development, characterized in that the height can be adjusted up and down along the spiral portion 81 to play a zoom role. According to claim 1, The micom learning device for infant intelligence development, characterized in that the remote control receiving unit 91 for receiving a signal from the remote control transmitter 90 is further connected. According to claim 1, A mobile insertion hole is formed in an upper center of the cover, and the mobile insertion hole learning device for an infant intelligence development further comprises a baby mobile 5. In the learning method for infant intelligence development, Inputting data to the remote controller transmitter 90 after the user initializes and outputs the optical projector 1 (S100) (S101); The microcomputer 2 provided in the control unit circuit board unit 60 determines and controls a signal input from the remote control receiver 91 during the input step, but the microcomputer controls the switching circuit unit 50 to read and convert data ( Step S103) after selecting the auto key; Selecting "yes" in the selection of the automatic key to sequentially select the 1 second flag set, 5 second flag set, 10 second flag set, 30 second flag set, stop state, etc. (S104, S105, S106, S107); Selecting "no" in the selection of the automatic key (S108); If "yes" is selected in the manual key, the slide disc 70 is rotated 1 space with a buzzer output, and if "no" is selected, the lamp control switch 61a selects the next step. Step S109; Selecting "yes" in the lamp key turns on a lamp with a buzzer output, and selecting "no" selects an anion key as a next step (S110); When selecting "yes" in the negative ion key, the negative ion generating circuit unit 52 is operated together with the buzzer output, and selecting "no" selects the next step, the off key (S111); Control method of learning device for infant intelligence development. The method of claim 8, When the user selects the 1 second flag set, the program 100 ms buzzer output, the projection lamp "on", the 1 second timer flag set, and the rotation of the slide disc 70 are executed at 1 second intervals. When the 5 seconds, 10 seconds and 30 seconds flag set is selected, the 10 ms buzzer is outputted twice, three times and four times, respectively, and accordingly, a timer program and a slide disc 70 rotate program corresponding thereto are executed. Control method of learning device for infant intelligence development. The method of claim 8, When the user "yes" the 30 second flag set, the timer flag clear and the rotation stop and buzzer of the slide disc 70 are output for a long time, When the off key is "yes", the timer flag clear, all outputs off, and the buzzer control method of the infant intelligent development learning device, characterized in that the output 100ms.

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