CN114734747A - Training pen for improving balance of left and right brains - Google Patents
Training pen for improving balance of left and right brains Download PDFInfo
- Publication number
- CN114734747A CN114734747A CN202210484082.6A CN202210484082A CN114734747A CN 114734747 A CN114734747 A CN 114734747A CN 202210484082 A CN202210484082 A CN 202210484082A CN 114734747 A CN114734747 A CN 114734747A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B43—WRITING OR DRAWING IMPLEMENTS; BUREAU ACCESSORIES
- B43K—IMPLEMENTS FOR WRITING OR DRAWING
- B43K29/00—Combinations of writing implements with other articles
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/40—Detecting, measuring or recording for evaluating the nervous system
- A61B5/4005—Detecting, measuring or recording for evaluating the nervous system for evaluating the sensory system
- A61B5/4023—Evaluating sense of balance
Abstract
A training pen capable of improving the balance of the left and right brains by being held by the left and right hands and synchronously moving along a set pattern. Including supplying the main pen that left hand and right hand held respectively and assisting the pen, main pen all has the cavity with assisting the pen, is the main cavity respectively and assists the cavity, all is equipped with the inspection hole at the pen-holder front end of main pen and assistance pen, is equipped with main infrared transceiver module respectively and assists infrared transceiver module in main pen and assistance pen. During training, the left hand and the right hand respectively hold one pen to synchronously move along two graph lines which are set on a plane medium and are mirror images of each other, and in the moving process of the two pens, the infrared receiving and transmitting module collects information whether the corresponding training pen falls on the graph lines or not. The balance of the left hand and the right hand is judged by comparing the symmetry of the movement tracks of the main pen and the auxiliary pen in the same movement period. When the actual moving tracks of the left hand and the right hand in a moving training period are synchronous and mirror images of each other, the movement balance of the left hand and the right hand is better, the balance of the left brain and the right brain is better, and vice versa.
Description
Technical Field
The invention relates to a training appliance for improving the balance of human body, in particular to a training pen for improving the balance of left and right brains by moving two hands.
Background
The human brain is divided into two parts, the left brain and the right brain, which have different functions and process information in different ways. The left brain manipulates language and has logical thinking function, and the right brain has non-logical function and can generate visual, image, imagination and other activities belonging to image thinking. The common people are used to logical thinking but not to image thinking, which easily causes that only the left brain is used and the right brain is idle, and the right brain is also the source of creativity.
Therefore, the functions of the left brain and the right brain are synergistically and balancedly developed, the total ability and the total effect of the whole brain are greatly enhanced, and the learning ability and the creativity of people are greatly improved.
The right brain activation is cultivated, the balanced development of the functions of the left brain and the right brain is promoted, and the human intelligence development assisting system is greatly helpful for improving the intelligence and competence of people, so that the improvement of the natural visual appreciation capability, the comprehensive judgment capability of things and the imagination of scientific and technological products of people is very necessary.
The motor nerves and sensory functions of a human being are respectively controlled by different brains on the left and right sides. The left half body belongs to right brain administration, while the right half body belongs to left brain administration. Therefore, the left side of the body is more active, the right brain develops, the function of the right brain is enhanced, and the inspiration and imagination of the human body are increased. Therefore, the left hand is used more consciously in daily life to create conditions for stimulating and activating the right brain.
In the prior art, some people unconsciously improve the balance of the left and right brains through the balance movement of the left and right limbs. For children and teenagers, a training instrument for consciously improving the balance between the left and right brains through the synchronous movement of the left and right hands is not found at present.
Disclosure of Invention
The invention aims to provide a training pen which can improve the balance of left and right brains by being held by a left hand and a right hand and synchronously moving along a set pattern.
In order to solve the technical problems, the invention adopts the technical scheme that:
the invention relates to a training pen for improving the balance of left and right brains, which comprises a main pen and an auxiliary pen respectively held by the left hand and the right hand, wherein the main pen and the auxiliary pen are both provided with hollow cavities which are respectively a main cavity and an auxiliary cavity, and the training pen is characterized in that: the detection holes of the main pen and the auxiliary pen are respectively provided with a detection hole, a main control circuit is arranged in the main cavity, an auxiliary control circuit is arranged in the auxiliary cavity, a main infrared receiving and transmitting module for detecting main pen actual movement track data generated by the fact that the main pen moves along a main figure line drawn on the outer paper surface of the pen by being held by hand is arranged in the detection hole of the main pen, an auxiliary infrared receiving and transmitting module for detecting auxiliary pen actual movement track data generated by the fact that the auxiliary pen moves along an auxiliary figure line drawn on the outer paper surface of the pen by being held by hand is arranged in the detection hole of the auxiliary pen, and the main figure line and the auxiliary figure line are mirror image figure lines; the main infrared transceiving module is electrically connected with the main control circuit, and the auxiliary infrared transceiving module is electrically connected with the auxiliary control circuit.
The actual movement track data of the main pen is a track line formed by the combination of drop points which are arranged in the main graph line and offset out of the main graph line when the main pen moves along the main graph line; and the auxiliary pen actual moving track data is a track line formed by combining the falling points which are arranged in the auxiliary graph line and offset out of the auxiliary graph line when the auxiliary pen moves along the auxiliary graph line.
The main pattern line is a straight line, a curve, a multi-bend curve, a combination of the straight line and the bend line or a circular clip line drawn by a single continuously extending line.
The main pen or the auxiliary pen is internally provided with a player, an indicator light or a liquid crystal display screen which is used for synchronously comparing the actual moving track data of the auxiliary pen with the actual moving track data of the main pen to generate information whether a difference value exceeds a set range or not and sending prompt notification in an acoustic, optical or electric mode.
A writing pen is also arranged in the main pen and/or the auxiliary pen.
A main pen motion detection sensor capable of detecting the movement of the main pen and an auxiliary pen motion detection sensor capable of detecting the movement of the auxiliary pen are respectively arranged in the main pen and the auxiliary pen.
The auxiliary pen is internally provided with a wireless connection module which can transmit the actual moving track data of the auxiliary pen to the main control circuit.
The main control circuit and the auxiliary control circuit can be electrically connected through a wired connector.
The player, the indicator light or the liquid crystal display screen is arranged on the main pen.
The training pen consists of a main pen and an auxiliary pen which are separately arranged, wherein the main pen and the auxiliary pen are respectively provided with an independent control circuit and an infrared receiving and transmitting module which is in conductive connection with the corresponding control circuit, when in training, a left hand and a right hand respectively hold one pen to synchronously move along two graph lines which are set on a plane medium and are mirror images of each other, and in the moving process of the two pens, the infrared receiving and transmitting module collects information whether the corresponding training pen falls on the graph lines or not. If the light emitted by the infrared emitting component in the infrared receiving and transmitting module irradiates the graph line, the light is absorbed by the graph line, and at the moment, the infrared receiving component in the infrared receiving and transmitting module cannot receive the reflected signal of the emitted light; if the light emitted by the infrared emission component irradiates outside the graph line, the infrared receiving component can receive the reflected signal of the light. The balance of the left hand and the right hand is judged by comparing the symmetry of the movement tracks of the main pen and the auxiliary pen in the same movement period. When the actual moving tracks of the left hand and the right hand in a moving training period are synchronous and mirror images of each other, the movement balance of the left hand and the right hand is better, the balance of the left brain and the right brain is better, otherwise, the balance is poorer, and therefore the balance of the left brain and the right brain needs to be improved through frequent training.
Drawings
FIG. 1 is a schematic view of a training pen of the present invention.
Fig. 2 is an exploded schematic view of the main pen or the sub pen of fig. 1 (only major components thereof are illustrated).
Fig. 3 is a schematic view of the main pen of fig. 1 with the upper pen casing removed.
FIG. 4 is a schematic view of a graphical line.
FIG. 5 is a second schematic diagram of a graphic line.
FIG. 6 is a third schematic diagram of a graphic line.
Fig. 7 is a circuit block diagram of a circuit control module of the main pen.
FIG. 8 is a circuit block diagram of a circuit control module of the slave pen.
The reference numbers are as follows:
the pen comprises a main pen 1, an auxiliary pen 2, a circuit board 3, an infrared transceiving module 4, an upper pen shell 51, a lower pen shell 52, a rear end cover 53, a detection hole 54, a switch key 6, a key hole 61, a soft rubber ring 7, a main graphic line 81, an auxiliary graphic line 82, a writing pen 9, a pen hole 91 and a pen clip 92.
Detailed Description
As shown in fig. 1 to 3, the training pen for improving the balance between the left and right brains according to the present invention is composed of a main pen 1 and an auxiliary pen 2 which are separately installed, and when the training pen is used, the left hand and the right hand respectively hold one pen to respectively move (also called tracking movement) along a left graphic line and a right graphic line (hereinafter, one of the left and right graphic lines is called a main graphic line 81, and the other is called an auxiliary graphic line 82) installed on a plane medium, the plane medium is preferably a white paper laid on a table surface, the main graphic line 81 and the auxiliary graphic line 82 are preferably mirror image graphic lines, the graphic lines are written or printed by using absorbable infrared ray ink or ink material, and the other areas where the graphic lines are not installed are background colors capable of reflecting infrared rays, and the background color is preferably white.
One, a main pen 1 and an auxiliary pen 2
The main pen 1 and the auxiliary pen 2 have substantially the same structure, and basically include a pen casing having a hollow cavity, a circuit board 3 installed in the pen casing and having a control circuit thereon, a rechargeable battery (not shown in the figure) for supplying power to the circuit board 3, a motion sensor capable of determining whether the pen is moving, and an infrared transceiver module 4 capable of acquiring whether an actual moving track generated when the pen is moving along a pattern line completely coincides with the pattern line.
The pen shells of the main pen 1 and the auxiliary pen 2 are formed by buckling an upper pen shell 51, a lower pen shell 52 and a rear end cover 53 which are integrally formed by plastic materials, when the pen shell is assembled, the upper pen shell 51 and the lower pen shell 52 are buckled together, and then the rear end cover 53 is buckled at the rear end of the pen shell to further fix the upper pen shell 51 and the lower pen shell 52. The hollow cavities in the pen shells of the main pen 1 and the auxiliary pen 2 are respectively called as a main cavity and an auxiliary cavity, the front end face of the pen shell is provided with a detection hole 54 and a pen hole 91, the upper pen shell 51 is provided with a key hole 61 for installing an on-off key 6 for opening or closing the main pen 1 or the auxiliary pen 2, when the upper pen shell 51 and the lower pen shell 52 are buckled together, the middle position of the upper pen shell is also provided with a soft rubber ring 7 sleeved on the pen shell, the soft rubber ring 7 plays an aesthetic role and can shield screws for fixing the upper pen shell 51 and the lower pen shell 52.
The main cavity and the auxiliary cavity are both provided with circuit boards 3, namely a main circuit board 3 and an auxiliary circuit board 3.
1. Main pen 1
The main circuit board 3 is provided with a main control circuit, a main infrared transceiver module 4 consisting of an infrared emitting component and an infrared receiving component, and a main pen motion detection sensor (see fig. 7).
The infrared transmitting component and the infrared receiving component preferably adopt ITR 8307-TR 8 components, and are characterized by mature process, stable performance and smaller volume, and independent patch infrared transmitting and receiving tubes can be selected according to the structure.
The main control chip adopts a universal single-chip processor, the invention preferably selects Jieli AJ6926 or AJ6966 series Bluetooth main control, and is characterized in that only one single-chip processing chip is needed to simultaneously complete communication control, logic processing and audio processing, thereby facilitating the simplification of design.
The main pen motion detection sensor can select the chips of the same type which are mature in the market.
The main infrared transceiver module 4 is installed at the front end of the main circuit board 3 (when the main circuit board 3 is installed in the main cavity, the end close to the detection hole 54 is front, and the end close to the rear end cover 53 is rear).
The infrared transmitting part and the infrared receiving part in the main infrared transceiving module 4 detect and collect the actual moving track data of the main pen generated when the main pen 1 is held by hand to move along the main graph line 81 through the detection hole 54, and then transmit the actual moving track data of the main pen to the main control circuit. That is, when the infrared light emitted from the infrared emitting means is irradiated on the main pattern line 81, the infrared light is absorbed and not reflected by the main pattern line 81, and at this time, the corresponding main pen actual movement locus data is recorded as "0", and when the infrared light emitted from the infrared emitting means is irradiated on an area other than the main pattern line 81, the infrared light is reflected and received by the infrared receiving means and transmitted to the main control circuit, and at this time, the corresponding main pen actual movement locus data is recorded as "1".
The actual movement track data of the main pen 1 is a track line formed by combining a drop point which is arranged in the main graph line 81 and is deviated from the outer part of the main graph line 81 when the main pen 1 moves along the main graph line 81.
The main pen movement detection sensor is used for detecting the state of the main pen 1 in the process of moving along the main graph line 81, including the starting state of the tracking movement, the state of continuity in the middle of the tracking movement and the ending state of the tracking movement.
The main cavity is also internally provided with a wireless transceiving module which is connected with the main control circuit and can be interconnected with the auxiliary control circuit in the auxiliary pen 2, and the auxiliary cavity is also internally provided with a wireless transceiving module which is connected with the auxiliary control circuit and can be interconnected with the main control circuit in the main pen 1.
A wired connector which is connected with the main control circuit and can be connected with the auxiliary control circuit in the auxiliary pen 2 is arranged in the main cavity, and similarly, a wired connector which is connected with the auxiliary control circuit and can be connected with the main control circuit in the main pen 1 is arranged in the auxiliary cavity.
2. Auxiliary pen 2
The auxiliary circuit board 3 is provided with an auxiliary control circuit, an auxiliary infrared transceiving module 4 consisting of an infrared transmitting part and an infrared receiving part, and an auxiliary pen motion detection sensor (see fig. 8).
The auxiliary infrared transceiver module 4 is installed at the front end of the auxiliary circuit board 3 (when the auxiliary circuit board 3 is installed in the auxiliary cavity, the end close to the detection hole 54 is front, and the end close to the rear end cover 53 is rear).
The infrared transmitting part and the infrared receiving part in the auxiliary infrared transceiving module 4 detect and collect the auxiliary pen actual moving track data generated when the auxiliary pen 2 is held by hand to move along the auxiliary graph line 82 through the detection hole 54, and then transmit the auxiliary pen actual moving track data to the auxiliary control circuit. That is, when the infrared light emitted from the infrared emitting means is irradiated on the auxiliary pattern line 82, the infrared light is absorbed by the auxiliary pattern line 82 without reflection, and at this time, the corresponding auxiliary pen actual movement locus data is recorded as "0", and when the infrared light emitted from the infrared emitting means is irradiated on an area other than the auxiliary pattern line 82, the infrared light is reflected and received by the infrared receiving means and sent to the auxiliary control circuit, and at this time, the corresponding auxiliary pen actual movement locus data is recorded as "1".
The actual movement trajectory data of the auxiliary pen is a trajectory line formed by a combination of the drop points which are arranged in the auxiliary graph line 82 and offset out of the auxiliary graph line 82 when the auxiliary pen 2 moves along the auxiliary graph line 82.
The auxiliary pen movement detection sensor is used for detecting the state of the auxiliary pen 2 in the process of moving along the auxiliary graphic line 82, including the starting state of the tracking movement, the continuity state in the middle of the tracking movement and the ending state of the tracking movement.
The wireless receiving and sending module in the auxiliary pen 2 can send the actual moving track data of the auxiliary pen to the main control circuit so as to compare the actual moving track data of the auxiliary pen with the actual moving track data of the main pen.
The infrared transmitting component, the infrared receiving component, the main control chip and the auxiliary pen motion detection sensor in the auxiliary control circuit are made of products selected by the main pen 1.
Second, figure line
As shown in fig. 4-6, the main pattern line 81 and the auxiliary pattern line 82 are drawn on the plane medium by writing, spraying, printing or printing with ink, ink or powder material capable of absorbing infrared light, and other areas of the plane medium can reflect infrared light, preferably the plane medium is paper or printed on a single sheet of a book.
The shapes of the main pattern line 81 and the sub pattern line 82 are straight lines, curved lines, multi-bend lines, combinations of straight lines and bend lines, or circular loop lines drawn by continuously extending single lines.
Thirdly, use
1. Used alone
The hand-held training pen can be operated by holding a pen (any pen of the main pen and the auxiliary pen) alternately by the left hand and the right hand in sequence, the hand-held training pen is moved according to the corresponding graph line, then, a control circuit in the training pen counts the frequency of the pen deviating from the graph line in the moving process, a plurality of grades are given according to the length of the graph line and the deviating frequency number, such as superior grade, good grade, qualified grade, general grade and poor grade, and the grades are shown in a highlight mode through a plurality of led indicating lamps arranged on the corresponding training pen.
2. Synchronous use
A person who receives training holds the main pen 1 and the auxiliary pen 2 by the left hand and the right hand respectively, after a start key is pressed down, the two hands synchronously press respective graph lines (the main pen 1 slides along a main graph line 81, and the auxiliary pen 2 slides along an auxiliary graph line 82), when the movement detection sensor in the pen detects that the movement starts, infrared light is emitted outwards by infrared emitting components in infrared receiving and sending modules 4 in the main pen 1 and the auxiliary pen 2, when the infrared light falls on the corresponding graph line, the infrared light is absorbed by the graph lines, the infrared receiving components cannot receive the reflected infrared light, and the corresponding actual movement track data (the actual movement track data of the main pen or the actual movement track data of the auxiliary pen) is judged to be 0; on the contrary, if the infrared light falls outside the pattern line, the infrared light is reflected and captured by the infrared receiving means, and at this time, it is determined that the corresponding actual movement trajectory data is "1".
The auxiliary pen 2 sends the auxiliary pen 2 actual movement track data to the main pen 1 through a wireless transceiving module or a wired connector, the main control circuit compares the auxiliary pen actual movement track data with the main pen actual movement track data in a synchronous manner, when asynchronous information is generated, if the main pen 1 synchronous movement drop point is in the main graphic line 81, and the auxiliary pen 2 synchronous movement drop point is out of the auxiliary graphic line 82, prompt notification is sent out through sound, light or electric forms. The player, indicator light or liquid crystal display used is preferably arranged on the main pen 1.
Through interesting repeated training, the left hand and the right hand can be effectively improved in harmony, and meanwhile, the balance of the left brain and the right brain is improved.
The present invention preferably judges that:
when the main pen 1 or the auxiliary pen 2 is detected to stop moving for more than 1.5 seconds, the tracking failure is judged and the user is prompted. When the two pens stop moving for more than 3 seconds at the same time, the training period is considered to be completed, at the moment, the main control circuit starts to compare the actual moving track data of the main pen with the actual moving track data of the auxiliary pen, and sends out prompt information of the training result.
In order to improve the practicability of the main pen 1 and the auxiliary pen 2, a writing pen 9 can be arranged in the main pen 1 and/or the auxiliary pen 2, correspondingly, a pen hole 91 capable of enabling the tip of the writing pen 9 to extend out is arranged at the front end of the pen shell, and meanwhile, a pen clip 92 capable of fixing the writing pen on clothes or books is arranged at the tail part of the writing pen 9.
Claims (9)
1. The utility model provides a training pen for promoting left and right brain equilibrium, includes main pen (1) and supplementary pen (2) that supply left hand and right hand to grip respectively, main pen (1) all has the cavity with supplementary pen (2), is the main cavity respectively and assists the cavity, its characterized in that: the detection device is characterized in that detection holes (54) are formed in the front ends of pen holders of the main pen (1) and the auxiliary pen (2), a main control circuit is arranged in the main cavity, an auxiliary control circuit is arranged in the auxiliary cavity, a main infrared receiving and transmitting module (4) for detecting main pen actual movement track data generated by moving the handheld main pen (1) along a main graph line (81) drawn on the outer paper surface of the pen is arranged in the detection hole (54) of the main pen (1), an auxiliary infrared receiving and transmitting module (4) for detecting auxiliary pen actual movement track data generated by moving the handheld auxiliary pen (2) along an auxiliary graph line (82) drawn on the outer paper surface of the pen is arranged in the detection hole (54) of the auxiliary pen (2), and the main graph line (81) and the auxiliary graph line (82) are mirror image graph lines; the main infrared transceiving module (4) is electrically connected with the main control circuit, and the auxiliary infrared transceiving module (4) is electrically connected with the auxiliary control circuit.
2. An exercise pen for improving left and right brain balance as claimed in claim 1, wherein: the actual movement track data of the main pen is a track line formed by the combination of drop points which are arranged in the main graph line (81) and shifted out of the main graph line (81) when the main pen (1) moves along the main graph line (81); the auxiliary pen actual movement track data is a track line formed by the combination of the drop points of the auxiliary pen (2) which is placed in the auxiliary graph line (82) and is deviated out of the auxiliary graph line (82) when moving along the auxiliary graph line (82).
3. An exercise pen for improving left and right brain balance as claimed in claim 2, wherein: the main pattern line (81) is a straight line, a curve line, a multi-bend line, a combination of a straight line and a bend line or a circular clip line drawn by a single continuously extending line.
4. A training pen for improving balance of the left and right brains according to claim 3, wherein: the main pen (1) or the auxiliary pen (2) is internally provided with a player, an indicator light or a liquid crystal display screen which can synchronously compare the actual moving track data of the auxiliary pen with the actual moving track data of the main pen to generate information whether the difference value exceeds a set range or not and send out prompt notice in the form of sound, light or electricity.
5. An exercise pen according to claim 4, for improving left and right brain balance, wherein: a writing pen (9) is also arranged in the main pen (1) and/or the auxiliary pen (2).
6. An exercise pen for improving left and right brain balance as claimed in claim 5, wherein: a main pen (1) motion detection sensor capable of detecting the movement of the main pen (1) and an auxiliary pen (2) motion detection sensor capable of detecting the movement of the auxiliary pen (2) are respectively arranged in the main pen (1) and the auxiliary pen (2).
7. An exercise pen for improving left and right brain balance as claimed in claim 6, wherein: the auxiliary pen (2) is internally provided with a wireless connection module which can transmit the actual moving track data of the auxiliary pen to the main control circuit.
8. An exercise pen for improving left and right brain balance as claimed in claim 6, wherein: the main control circuit and the auxiliary control circuit can be electrically connected through a wired connector.
9. An exercise pen for improving left and right brain balance as claimed in claim 7 or 8, wherein: the player, the indicator light or the liquid crystal display screen is arranged on the main pen (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202210484082.6A CN114734747B (en) | 2022-05-06 | 2022-05-06 | Training pen for improving balance of left and right brains |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202210484082.6A CN114734747B (en) | 2022-05-06 | 2022-05-06 | Training pen for improving balance of left and right brains |
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| Publication Number | Publication Date |
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| CN114734747A true CN114734747A (en) | 2022-07-12 |
| CN114734747B CN114734747B (en) | 2022-12-30 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN202210484082.6A Active CN114734747B (en) | 2022-05-06 | 2022-05-06 | Training pen for improving balance of left and right brains |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN114734747B (en) | 2022-12-30 |
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