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The present invention relates to an apparatus for promoting the memory effect of learning
performed using a headphone speaker. Conventional devices attempt to make their own voices
spoken by a microphone. However, this method only listens to the voice or tape recording with
both ears at the same time, and there is no perceptual directionality, so the attention becomes
flat and easy at a fixed time. Because there is a tendency to flow and there is no threedimensionality in sound stimulation, stereotactic reflection of attention (automatic focusing in the
direction of stimulation)-unconscious processing reaction to try is not decided, attention is
dispersed in surrounding space It was easy to transfer, and overlapped with those confusions,
there was a defect that the concentration on the target object was imperfect and one had to listen
in a childwise manner (wave of caution). In order to eliminate these drawbacks, the present
invention applies the echogram-sifting principle so that concentration of attention can be
automated in a stereotactic manner, and voices such as vocal sounds or tape recordings are
automatically applied to the left and right speakers. By making the time difference arrive at the
both sides of the ear and both layers form a state (a kind of stress state) in which both ears and
both layers are loaded with perceptual appropriateness, attentional power is maintained by
maintaining the stereotactic reflection beforehand. Explain the perceptual reinforcement of
attention regarding echolocation, which is the principle of this invention to increase
concentration power more efficiently and activate short-term memory more, strengthen memory
trace, and effectively transfer to long-term memory. . FIG. 1 is a model representing the state of
an echo location scene with respect to a normal sound source. Humans focus on the bloated
blood from the focal point 1 according to the distance of the sound reaching the left and right
ears. The focus is achieved by turning to a position equal to the distance from the sound source
to both ears. In the natural state, there is an object that can be focused in this way in this way, so
it is easy to work with it, but it is easy to work with it, but in the conventional headphone of FIG.
As a result, it becomes impossible to focus on the H body as it is turned to one side and
neutralized. FIG. 3 shows the case where the F sound source is shifted to the right in the natural
world, but a reflection to correct in the direction of attention 4 or 3 is caused in stereotactic
reflection. When this is applied to the head phonon beaker method, the conventional method is a
left and right simultaneous reaching method as shown in FIG. 2, but this method has no
directionality to the stimulation with respect to both ears and both layers It is difficult to convert,
and the attention is gradually diluted and neutralized to be easily heard. FIG. 3 is a model of the
present invention. For example, if the sound of only the left side of the head phone speaker is
delayed a little, the stereotactic reflection will be drawn to the right, but since the sound source
does not actually exist, attention can not be focused.
At this time, it is in a perceptually appropriate loaded state (stress state). In this case, the
stereotactic reflex is maintained at one level (in the state of constantly trying to focus), so that
the alertness and concentration are activated1 and this is reversed by turning it to the left and
right at regular intervals. Three-dimensional, multi-directional, capable of stimulating, memory
traces are to be strengthened. FIG. 4 shows an embodiment of the present invention. The output
of the micro horn 10 is connected to the terminal 11 and an audio input is input to the device
piece. It is separated into two signals by the tone controller 12 and sent to the delay circuit
13.14. Each of the delay circuits 13.14 performs an operation of outputting the input audio
signal for 0 seconds to 10 seconds, 't17, with external control. The control conversion circuit 15
is a circuit for setting and switching the delay time with respect to the delay circuit, and by
combining them, it is possible to have 91 of the lc + trace. The output of the delay circuit is
configured to send a signal to the left and right head-on speakers 16 so that a human can listen
to it. As described above, according to the present invention, by causing the voices to arrive at
the left and right ears in a time-lag manner, the writing effect can be promoted and the effect can
be obtained to improve the efficiency and efficiency of learning.
Brief description of the drawings
1 and 2 show the case of ordinary focusing, FIG. 3 shows the case of false focusing, and FIG. 4
shows a system diagram of the present apparatus. , \ Procedure correction October 26, 1984
General Secretary of Patent Office Shika Gakuin 1 Display of the case Showa 6 (1) patent
application No. 133011 2 title of the invention Memory effect promotion device 3, the person
who makes correction Relationship with case Patent applicant residence Ebisu 4 Shibuya
Shibuya-ku, Tokyo 4 Tokyo, Japan 4 No. 4 4 Date of correction instruction September 2405, the
detailed description clearly clarified by the target type document of correction) 6 Details of the
amendments As shown in the attached sheet.
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