CN212698247U - Intelligent posture-correcting double-back-plate learning chair - Google Patents
Intelligent posture-correcting double-back-plate learning chair Download PDFInfo
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Abstract
The utility model relates to a healthy house product technical field of children's intelligence, specifically speaking relates to a two backplate study chairs of appearance are rectified to intelligence. Comprises a chair leg assembly, a chair seat assembly, a double-back-plate chair back assembly and a single-tube chair frame assembly; the double-back-plate chair back assembly comprises a left back plate assembly, a right back plate assembly and an intelligent voice posture correcting system; the intelligent voice posture correcting system comprises 4 pulse sensors, a voice recording and broadcasting module, 2 time relay modules, 3 relay modules, an obstacle avoiding module, a power amplifier module, a loudspeaker, a storage battery assembly, a power switch, a direct-current charging socket, a male flat cable and a female flat cable. The utility model discloses utilize human biological feature, like rhythm of the heart, pulse etc, application artificial intelligence voice technology carries out pronunciation warning when improper to children's study period position of sitting and pays attention to the correction, has realized that father and mother can not be in children's side again through pronunciation broadcast to children go on caring the purpose of reminding.
Description
Technical Field
The utility model relates to a healthy house product technical field of children's intelligence, specifically speaking relates to a two backplate study chairs of appearance are rectified to intelligence.
Background
The existing posture correcting chair with the posture correcting function in the market is mainly used for buckling, binding, clamping and clamping the sitting posture in a mechanical forced mode, the design concept of the products does not accord with the design of human engineering, and especially for children in traitory stage, the posture correcting chair can be adopted in an antagonistic mode without using the posture correcting chair or abandoning the posture correcting modes such as buckling, binding, clamping and clamping.
Although a few intelligent children learning chairs appear in the market at present, the adopted posture correction technical scheme and the adopted sensing technology are disconnected with the biological characteristics of the human body, and the false operation of the person is often replaced by an object. At present, artificial intelligence technology has become a booster for development of various industries, and how to introduce and apply voice technology and biological sensing technology to realize posture correction and health of children has become an important research and development subject of furniture industry.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide an appearance two backplate study chairs are rectified to intelligence to solve foretell technical problem.
In order to achieve the above object, the utility model adopts the following technical scheme:
an intelligent posture-correcting double-back-plate learning chair comprises chair leg assemblies, a chair seat assembly, a double-back-plate chair back assembly and a single-tube chair frame assembly; the bottom end of the single-tube chair frame assembly is assembled in an assembling hole in the gravity center part of the chair leg assembly; the double-back-plate chair back assembly comprises a left back plate assembly and a right back plate assembly; the back parts of the left back plate assembly and the right back plate assembly are fixed on a chair back support, and the chair back support is sleeved and assembled at the upper part of the single-tube chair frame assembly and is locked and fixed through a locking bolt; the center of the tail part of the seat assembly is provided with a U-shaped clamping groove which is clamped on the single-tube seat frame assembly, the bottom of the seat assembly is fixedly provided with a seat support, and the seat support is sleeved and assembled at the lower part of the single-tube seat frame assembly and is locked and fixed through a locking bolt; the left back plate assembly and the right back plate assembly respectively comprise chair back decorative cloth, a chair back elastic body, a chair back middle plate and a chair back rear plate; the method is characterized in that: the system also comprises an intelligent voice posture correcting system; the intelligent voice posture correcting system comprises 4 pulse sensors, a voice recording and broadcasting module, 2 time relay modules, 3 relay modules, an obstacle avoiding module, a power amplifier module, a loudspeaker, a storage battery assembly, a power switch, a direct current charging socket, a male flat cable and a female flat cable; the pulse sensor comprises a pulse sensor A, a pulse sensor B, a pulse sensor C and a pulse sensor D; the time relay module comprises a time relay module A and a time relay module B; the relay module comprises a relay module A, a relay module B and a relay module C;
the time relay module A, the relay module B, the storage battery assembly, the obstacle avoidance module, the direct current charging socket, the power switch and the busbar are all arranged on a middle plate of a chair back of the left back plate assembly; the pulse sensor A and the pulse sensor B are respectively arranged at the top and the middle of the outer edge of the chair back elastic body of the left back plate assembly; 2 conducting wires of the bus bar are respectively and electrically connected with the positive electrode and the negative electrode of the storage battery assembly and are respectively and electrically connected with the positive electrode port and the negative electrode port of a working power supply of the time relay module A, the relay module B, the obstacle avoidance module, the pulse sensor A and the pulse sensor B; the other 2 leads of the bus bar are respectively connected with the normally open end and the common end of the time relay module A; the output female end of the female flat cable is externally arranged at the inner side of the left back plate assembly; the positive and negative ports of the direct current charging socket are electrically connected with the positive and negative ports of the storage battery assembly respectively; the power switch is electrically connected with the positive port of the storage battery assembly; the output ports of the pulse sensor A and the pulse sensor B are respectively electrically connected with the signal input end of the relay module A, and the common end of the relay module A is electrically connected with the grounding end of the time relay module A; the obstacle avoidance module is positioned on the inner side edge of the chair back middle plate of the left back plate assembly, and the inner side edge of the chair back middle plate of the left back plate assembly is provided with a long hole corresponding to the transmitting and receiving diode of the obstacle avoidance module; the output signal end of the obstacle avoidance module is electrically connected with the input triggering end of the relay module B; the output common end of the relay module B is electrically connected with the positive electrode port of the storage battery assembly, and the output normally open end is electrically connected with the busbar;
the relay module C, the time relay module B, the power amplifier module, the loudspeaker, the voice recording and broadcasting module and the public flat cable are all arranged on a middle plate of a chair back of the right back plate assembly; the pulse sensor C and the pulse sensor D are arranged at the top and the middle of the outer edge of the chair back elastic body of the right back plate assembly; 2 wires in the public flat cable are respectively and electrically connected with the positive and negative ports of a working power supply of the voice recording and broadcasting module, the power amplifier module, the pulse sensor C, the pulse sensor D, the relay module C and the time relay module B; the other 2 leads in the public flat cable are respectively connected with the normally open end and the public end of the time relay module B; the input male end of the male flat cable is externally arranged at the inner side of the right back plate assembly and is connected with the output female end of the female flat cable in a plugging manner; the normally open end of the time relay module B is electrically connected with the audio L end of the loudspeaker through an audio line L3; the output L end of the power amplification module is electrically connected with the public end of the time relay module B through an audio line L2, and the output R end of the power amplification module is electrically connected with the audio R end of the loudspeaker through an audio line R2; the voice recording and broadcasting module is electrically connected with the power amplifier module through an audio line L1 and an audio line R1 respectively; the pulse sensor C and the pulse sensor D are respectively electrically connected with a signal input end of the relay module C, and a common end of the relay module C is electrically connected with a grounding end of the time relay module B;
and the common end and the normally open end of the time relay module A are respectively connected with the common end and the normally open end of the time relay module B through an audio line L4 and an audio line L5.
Preferably, the voice recording and playing module is provided with a recording microphone, an audio output L end, an audio output R end, a broadcasting key, a recording key, at least one broadcasting trigger port and a positive and negative port of a working power supply; the power amplifier module is provided with an audio output L end, an audio output R end, an audio input L end, an audio input R end, an adjustable resistor and a positive-level port and a negative-level port of a working power supply; and the audio output L end and the audio output R end of the voice recording and broadcasting module are electrically connected with the audio input L end and the audio input R end of the power amplification module through an audio line L1 and an audio line R1 respectively.
Preferably, the pulse sensor a, the pulse sensor B, the pulse sensor C and the pulse sensor D are pulse sensors with the same structure and function, and are provided with an output signal display lamp, an output port, a signal amplifier, and positive and negative ports of a working power supply, and output signals of the output port are pulse-charging high and low levels.
Preferably, the relay module a and the relay module C are relay modules with the same structure and function, and are triggered at a high level and immediately conducted, and are contacted again during the conduction period.
Preferably, the time relay module a and the time relay module B are time relay modules with the same structure and function, and are triggered by a high level, turned on for T time, and then automatically turned off, and are again deactivated during the turn-on period.
Has the advantages that: compared with the prior art, the utility model discloses utilize human biological characteristic, like rhythm of the heart, pulse etc, application artificial intelligence voice technology carries out pronunciation warning when improper to children's study period position of sitting and pays attention to correcting, has realized that father and mother can not be in children's side again through pronunciation broadcast to children care the purpose of reminding.
Drawings
Fig. 1 is a schematic perspective view (1) of an embodiment of the present invention;
fig. 2 is a schematic perspective view (2) of an embodiment of the present invention;
fig. 3 is a schematic structural diagram of the intelligent voice posture correcting system of the present invention;
fig. 4 is a schematic circuit diagram of the intelligent voice posture correcting system of the present invention.
Detailed Description
The invention is further described with reference to the accompanying drawings and specific embodiments.
Referring to fig. 1-4, the intelligent posture-correcting double-back-plate learning chair of the present invention comprises a chair leg assembly 1, a chair seat assembly 4, a double-back-plate chair back assembly and a single-tube chair frame assembly 2; the bottom end of the single-tube chair frame assembly 2 is assembled in an assembly hole positioned in the gravity center part of the chair leg assembly 1; the double-back-plate chair back assembly 3 comprises a left back-plate assembly 31 and a right back-plate assembly 32; the back parts of the left back plate assembly 31 and the right back plate assembly 32 are fixed on a chair back support 6, and the chair back support 6 is sleeved and assembled on the upper part of the single-tube chair frame assembly 2 and is locked and fixed through a locking bolt; a U-shaped clamping groove is formed in the center of the tail of the seat assembly 4 and clamped on the single-tube seat frame assembly 2, a seat support 5 is fixedly mounted at the bottom of the seat assembly 4, and the seat support 5 is sleeved and assembled on the lower portion of the single-tube seat frame assembly 2 and is locked and fixed through a locking bolt; the left back plate assembly 31 and the right back plate assembly 32 both comprise chair back decorative cloth, a chair back elastic body, a chair back middle plate and a chair back rear plate.
Appearance two backplate study chair are rectified to intelligence still include intelligence pronunciation and rectify appearance system. The intelligent voice posture correcting system comprises 4 pulse sensors, a voice recording and broadcasting module 713, 2 time relay modules, 3 relay modules, an obstacle avoiding module 718, a power amplifier module 709, a loudspeaker 710, a storage battery assembly 717, a power switch 701, a direct current charging socket 702, a public flat cable 711 and a busbar 712.
The pulse sensors include pulse sensor a 703, pulse sensor B704, pulse sensor C705, and pulse sensor D706. The pulse sensor A703, the pulse sensor B704, the pulse sensor C705 and the pulse sensor D706 are pulse sensors with the same structure and function, and are provided with an output signal display lamp, an output port, a signal amplifier, and a positive electrode port and a negative electrode port of a working power supply, wherein the output signal of the output port is a pulse-charging high-low level.
The time relay modules include time relay module A714 and time relay module B708. The time relay module A714 and the time relay module B708 are time relay modules with the same structure and function, are triggered at a high level, are automatically closed after being conducted for T time, and are again ineffective in the conducting period.
The relay modules comprise a relay module A715, a relay module B716 and a relay module C707; the relay module A715 and the relay module C707 are relay modules with the same structure and function, are triggered at a high level and immediately conducted, and are contacted again during the conduction period.
The time relay module a 714, the relay module a 715, the relay module B716, the storage battery component 717, the obstacle avoidance module 718, the dc charging socket 702, the power switch 701, and the bus bar 712 are all mounted on the middle plate of the seat back of the left back plate assembly 31. The pulse sensor a 703 and the pulse sensor B704 are respectively installed on the top and the middle of the outer edge of the backrest elastic body of the left back plate assembly 31.
2 conducting wires of the bus bar 712 are respectively and electrically connected with the positive electrode and the negative electrode of the storage battery component 717, and are respectively and electrically connected with the positive electrode and the negative electrode ports of the working power supply of the time relay module A714, the relay module A715, the relay module B716, the obstacle avoidance module 718, the pulse sensor A703 and the pulse sensor B704; the other 2 conductors of the bus bar 712 are respectively connected with the normally open end and the common end of the time relay module a 714; the output female end of the female flat cable 712 is externally arranged at the inner side of the left back plate assembly 31.
The positive and negative terminals of the dc charging socket 702 are electrically connected to the positive and negative terminals of the battery module 717, respectively; the power switch 701 is electrically connected with the positive electrode port of the storage battery component 717; the output ports of the pulse sensor a 703 and the pulse sensor B704 are electrically connected to the signal input terminal of the relay module a 715, respectively, and the common terminal of the relay module a 715 is electrically connected to the ground terminal of the time relay module a 714.
The obstacle avoidance module 718 is located at the inner side edge of the chair back middle plate of the left back plate assembly 31, and the inner side edge of the chair back middle plate of the left back plate assembly 31 is provided with a long hole corresponding to the transmitting and receiving diode of the obstacle avoidance module 718; the output signal end of the obstacle avoidance module 718 is electrically connected with the input trigger end of the relay module B716; the output common end of the relay module B716 is electrically connected with the positive electrode port of the storage battery component 717, and the output normally open end is electrically connected with the busbar 712.
The relay module C707, the time relay module B708, the power amplifier module 709, the speaker 710, the voice recording and broadcasting module 713, and the public flat cable 711 are all installed on the middle plate of the chair back of the right back plate assembly 32. The pulse sensor C705 and the pulse sensor D706 are arranged at the top and the middle of the outer edge of the chair back elastic body of the right back plate assembly 32. The voice recording and playing module 713 is provided with a recording microphone, an audio output L end, an audio output R end, a playing key, a recording key, at least one playing triggering port and a positive and negative port of a working power supply; the power amplifier module 709 is provided with an audio output L end, an audio output R end, an audio input L end, an audio input R end, an adjustable resistor and a positive and negative port of a working power supply; the audio output L end and the audio output R end of the voice recording and playing module 713 are electrically connected with the audio input L end and the audio input R end of the power amplifier module 709 through an audio line L1 and an audio line R1, respectively.
2 wires in the public flat cable 711 are electrically connected with the positive and negative ports of the working power supply of the voice recording and broadcasting module 713, the power amplifier module 709, the pulse sensor C705, the pulse sensor D706, the relay module C707 and the time relay module B708 respectively. The other 2 wires in the public flat cable 711 are respectively connected with the normally open end and the public end of the time relay module B708; the input male end of the male flat cable 711 is externally arranged on the inner side of the right back plate assembly 32, and is connected with the output female end of the female flat cable 712 in a plugging manner.
The normally open end of the time relay module B708 is electrically connected with the audio L end of the loudspeaker 710 through an audio line L3; an output L end of the power amplifier module 709 is electrically connected with a public end of the time relay module B708 through an audio line L2, and an output R end of the power amplifier module 709 is electrically connected with an audio R end of the loudspeaker 710 through an audio line R2; the voice recording and playing module 713 is electrically connected with the power amplifier module 709 through an audio line L1 and an audio line R1 respectively; the pulse sensor C705 and the pulse sensor D706 are respectively electrically connected to a signal input terminal of the relay module C707, and a common terminal of the relay module C707 is electrically connected to a ground terminal of the time relay module B708.
The common end and the normally open end of the time relay module A714 are respectively connected with the common end and the normally open end of the time relay module B708 through an audio line L4 and an audio line L5.
The following description is provided with reference to fig. 4, the working principle of the intelligent posture-correcting double-backboard learning chair is as follows:
when the intelligent voice posture correction system is used, the seat assembly 4 is adjusted to be proper in height, depth and distance from a table, and when the power switch 701 is turned on, the intelligent voice posture correction system starts to work.
1. When the child is in the correct sitting posture
At this time, the back of the child is tightly attached to the central portions of the left back plate assembly 31 and the right back plate assembly 32, and the left back plate assembly 31 and the right back plate assembly 32 are in a balanced state. The transmitting end and the receiving end of the obstacle avoidance module 718 installed in the left back plate assembly 31 are both opposite to the inner side edge of the back middle plate of the right back plate assembly 32 through the elongated holes on the inner side edge of the back middle plate of the left back plate assembly 31. The infrared rays emitted by the emitting end of the obstacle avoidance module 718 are reflected by the middle plate of the chair back of the right back plate assembly 32 to the receiving end of the obstacle avoidance module 718, and the obstacle avoidance module 718 outputs a low-level signal and cannot trigger the relay module B716 electrically connected with the low-level signal to conduct and work.
Meanwhile, when the child is in a correct sitting position, the body part of the child cannot touch any one of the 4 pulse arm sensors, and no signal is output from the 4 pulse arm sensors.
Therefore, when the child is in a correct sitting posture state, the intelligent voice posture correcting system cannot send out a warning voice for correcting the sitting posture.
2. When the child has incorrect sitting posture (left or right inclination)
When the child is badly seated and has a left or right inclination, the left backboard assembly 31 and the right backboard assembly 32 are dislocated and deformed due to unbalanced stress. Infrared rays emitted by an emitting end of the obstacle avoidance module 718 cannot be reflected back to a receiving end of the obstacle avoidance module 718, the obstacle avoidance module 718 outputs a high level signal to trigger a relay module B716 electrically connected with the obstacle avoidance module to conduct and work, a voice recording and broadcasting module 713, a power amplifier module 709 and a relay module C707 arranged in the right chair back assembly 32 are electrified and work, so that the relay module C707 obtains the high level signal, the relay module C707 is designed to be triggered at the high level and conducted immediately, the relay module C707 is contacted effectively again during conduction, and when the relay module C707 is conducted, the generated high level signal also synchronously triggers the time relay module B708 to conduct and work; when the time relay module B708 is turned on by a high level signal, the voice recording and broadcasting module 713 works for a time T, that is, the speaker 710 repeatedly broadcasts voice times like "kids, please correct sitting posture", "correct sitting posture is good and study", and the like; when the sitting posture of the child is recovered, the obstacle avoidance module 718 outputs a low level signal, the relay module B716 electrically connected with the obstacle avoidance module cannot be triggered to be switched on, the power supply cannot be transmitted to each electronic component in the right chair back assembly 32, and the voice playing is stopped.
Meanwhile, when the child has a bad sitting posture and has a left or right inclination, the body part touches any one of the 4 pulse arm sensors, the output port of the touched pulse arm sensor outputs a pulse-charging type high-level signal, and the relay module C707 or the relay module A715 connected with the pulse arm sensor is triggered to be conducted. For example:
when a body part of a child touches any one of the pulse arm sensor A703 or the pulse arm sensor A704, the output port of the pulse arm sensor outputs a pulse-filling high-level signal to trigger the relay module A715 which is continuous with the pulse arm sensor to be conducted; since the normally open end of the relay module a 715 is electrically connected to the positive terminal port of the battery assembly 717, the common end of the relay module a 715 is electrically connected to the ground end of the time relay module a 714; the relay module a 715 is designed to be triggered at a high level and immediately turned on, and is again active during the on period.
Since the common end and the normally open end of the time relay module a 714 are connected to the common end and the normally open end of the time relay module B708 through the audio line L4 and the audio line L5, respectively, when the relay module a 715 is turned on, the audio line L4 and the audio line L5 are turned on and connected to generate a trigger high level signal for the time relay module B708, and the time relay module B708 is turned on for T time.
Because the power amplifier module 709 is connected with the public end of the time relay module B708 through the audio line L2, the time relay module B708 is connected with the loudspeaker 710 through the audio line L3, when the time relay module B708 is also conducted after obtaining a high level signal, the voice recording and broadcasting module 713 works for T time, and the loudspeaker 710 repeatedly broadcasts warning voice T time like 'children, please correct sitting posture', 'correct sitting posture and good learning' and the like; when the sitting posture of the child is recovered, the output of the pulse arm sensor A703 or the pulse arm sensor A704 is a low level signal, the relay module A715 stops conducting, the time relay module B708 has no trigger signal, and the voice playing of the loudspeaker 710 stops.
Similarly, when the body part of the child touches any one of the pulse arm sensor C705 or the pulse arm sensor D706, the time relay module B708 obtains the high level signal conduction, the voice recording and playing module 713 works for T time, and the speaker 710 repeatedly plays warning voice T time like "kids, please correct sitting posture", "correct sitting posture is good to learn", and the like; when the sitting posture of the child is recovered, the output of the pulse arm sensor A703 or the pulse arm sensor A704 is a low level signal, the relay module A715 stops conducting, the time relay module B708 has no trigger signal, and the voice playing of the loudspeaker 710 stops.
The foregoing shows and describes the basic principles, features and technical effects of the present invention. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are merely illustrative of the principles of the invention, and that various changes and modifications may be made without departing from the spirit and scope of the invention, and the scope of the invention is to be protected. The scope of the invention is defined by the claims and their equivalents.
Claims (5)
1. An intelligent posture-correcting double-back-plate learning chair comprises chair leg assemblies (1), a chair seat assembly (4), a double-back-plate chair back assembly and a single-tube chair frame assembly (2); the bottom end of the single-tube chair frame assembly (2) is assembled in an assembly hole positioned in the gravity center of the chair leg assembly (1); the double-backboard chair back assembly (3) comprises a left backboard assembly (31) and a right backboard assembly (32); the backs of the left back plate assembly (31) and the right back plate assembly (32) are fixed on a chair back support (6), and the chair back support (6) is sleeved and assembled at the upper part of the single-tube chair frame assembly (2) and is locked and fixed through a locking bolt; a U-shaped clamping groove is formed in the center of the tail of the seat assembly (4), the U-shaped clamping groove is clamped on the single-tube seat frame assembly (2), a seat support (5) is fixedly installed at the bottom of the seat assembly (4), and the seat support (5) is assembled on the lower portion of the single-tube seat frame assembly (2) in a sleeved mode and locked and fixed through a locking bolt; the left back plate assembly (31) and the right back plate assembly (32) respectively comprise chair back decorative cloth, a chair back elastic body, a chair back middle plate and a chair back rear plate; the method is characterized in that: the system also comprises an intelligent voice posture correcting system; the intelligent voice posture correcting system comprises 4 pulse sensors, a voice recording and broadcasting module (713), 2 time relay modules, 3 relay modules, an obstacle avoiding module (718), a power amplifier module (709), a loudspeaker (710), a storage battery assembly (717), a power switch (701), a direct-current charging socket (702), a public flat cable (711) and a busbar (712); the pulse sensors include a pulse sensor A (703), a pulse sensor B (704), a pulse sensor C (705), and a pulse sensor D (706); the time relay module comprises a time relay module A (714) and a time relay module B (708); the relay module comprises a relay module A (715), a relay module B (716) and a relay module C (707);
the time relay module A (714), the relay module A (715), the relay module B (716), the storage battery assembly (717), the obstacle avoidance module (718), the direct-current charging socket (702), the power switch (701) and the bus bar (712) are all arranged on a middle chair back plate of the left back plate assembly (31); the pulse sensor A (703) and the pulse sensor B (704) are respectively arranged at the top and the middle of the outer edge of the chair back elastic body of the left backboard assembly (31); 2 conducting wires of the bus bar (712) are respectively and electrically connected with the positive electrode and the negative electrode of the storage battery assembly (717), and are respectively and electrically connected with the positive electrode and the negative electrode ports of the working power supply of the time relay module A (714), the relay module A (715), the relay module B (716), the obstacle avoidance module (718), the pulse sensor A (703) and the pulse sensor B (704); the other 2 leads of the bus bar (712) are respectively connected with the normally open end and the common end of the time relay module A (714); the output female end of the female flat cable (712) is externally arranged at the inner side of the left back plate assembly (31); the positive and negative ports of the direct current charging socket (702) are respectively electrically connected with the positive and negative ports of the storage battery component (717); the power switch (701) is electrically connected with a positive electrode port of the storage battery component (717); the output ports of the pulse sensor A (703) and the pulse sensor B (704) are respectively electrically connected with the signal input end of the relay module A (715), and the common end of the relay module A (715) is electrically connected with the grounding end of the time relay module A (714); the obstacle avoidance module (718) is positioned on the inner side edge of the chair back middle plate of the left back plate assembly (31), and the inner side edge of the chair back middle plate of the left back plate assembly (31) is provided with strip holes corresponding to the transmitting and receiving diodes of the obstacle avoidance module (718); the output signal end of the obstacle avoidance module (718) is electrically connected with the input trigger end of the relay module B (716); the output common end of the relay module B (716) is electrically connected with the positive electrode port of the storage battery assembly (717), and the output normally open end is electrically connected with the bus bar (712);
the relay module C (707), the time relay module B (708), the power amplifier module (709), the loudspeaker (710), the voice recording and broadcasting module (713) and the public flat cable (711) are all arranged on a chair back middle plate of the right back plate assembly (32); the pulse sensor C (705) and the pulse sensor D (706) are arranged at the top and the middle of the outer edge of the chair back elastic body of the right backboard assembly (32); 2 leads in the public flat cable (711) are respectively and electrically connected with the positive and negative ports of a working power supply of the voice recording and broadcasting module (713), the power amplifier module (709), the pulse sensor C (705), the pulse sensor D (706), the relay module C (707) and the time relay module B (708); the other 2 conducting wires in the public flat cable (711) are respectively connected with the normally open end and the public end of the time relay module B (708); the input male end of the male flat cable (711) is externally arranged at the inner side of the right back plate assembly (32) and is connected with the output female end of the female flat cable (712) in a plugging manner; the normally open end of the time relay module B (708) is electrically connected with the audio L end of the loudspeaker (710) through an audio line L3; the output L end of the power amplifier module (709) is electrically connected with the public end of the time relay module B (708) through an audio line L2, and the output R end of the power amplifier module (709) is electrically connected with the audio R end of the loudspeaker (710) through an audio line R2; the voice recording and broadcasting module (713) is electrically connected with the power amplifier module (709) through an audio line L1 and an audio line R1 respectively; the pulse sensor C (705) and the pulse sensor D (706) are respectively electrically connected with a signal input end of a relay module C (707), and a common end of the relay module C (707) is electrically connected with a grounding end of a time relay module B (708);
the common end and the normally open end of the time relay module A (714) are respectively connected with the common end and the normally open end of the time relay module B (708) through an audio line L4 and an audio line L5.
2. The intelligent posture-correcting double-back-plate learning chair as claimed in claim 1, wherein: the voice recording and broadcasting module (713) is provided with a recording microphone, an audio output L end, an audio output R end, a broadcasting key, a recording key, at least one broadcasting trigger port and a positive and negative port of a working power supply; the power amplifier module (709) is provided with an audio output L end, an audio output R end, an audio input L end, an audio input R end, an adjustable resistor, a working power supply positive-level port and a working power supply negative-level port; the audio output L end and the audio output R end of the voice recording and broadcasting module (713) are respectively electrically connected with the audio input L end and the audio input R end of the power amplifier module (709) through an audio line L1 and an audio line R1.
3. The intelligent posture-correcting double-back-plate learning chair as claimed in claim 1, wherein: the pulse sensor A (703), the pulse sensor B (704), the pulse sensor C (705) and the pulse sensor D (706) are pulse sensors with the same structure and function, and are provided with an output signal display lamp, an output port, a signal amplifier, a working power supply positive electrode port and a working power supply negative electrode port, wherein the output signal of the output port is pulse-filling high-low level.
4. The intelligent posture-correcting double-back-plate learning chair as claimed in claim 1, wherein: the relay module A (715) and the relay module C (707) are relay modules with the same structure and function, are triggered at a high level and immediately conducted, and are contacted and effective again in the conducting period.
5. The intelligent posture-correcting double-back-plate learning chair as claimed in claim 1, wherein: the time relay module A (714) and the time relay module B (708) are time relay modules with the same structure and function, are triggered by high level and are automatically closed after being conducted for T time, and are contacted and invalid again during the conduction period.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821806472.6U CN212698247U (en) | 2018-10-26 | 2018-10-26 | Intelligent posture-correcting double-back-plate learning chair |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821806472.6U CN212698247U (en) | 2018-10-26 | 2018-10-26 | Intelligent posture-correcting double-back-plate learning chair |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212698247U true CN212698247U (en) | 2021-03-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821806472.6U Withdrawn - After Issue CN212698247U (en) | 2018-10-26 | 2018-10-26 | Intelligent posture-correcting double-back-plate learning chair |
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| Country | Link |
|---|---|
| CN (1) | CN212698247U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109363405A (en) * | 2018-10-26 | 2019-02-22 | 山东光明园迪儿童家具科技有限公司 | A kind of double backboard learning chairs of intelligent posture correction |
-
2018
- 2018-10-26 CN CN201821806472.6U patent/CN212698247U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109363405A (en) * | 2018-10-26 | 2019-02-22 | 山东光明园迪儿童家具科技有限公司 | A kind of double backboard learning chairs of intelligent posture correction |
| CN109363405B (en) * | 2018-10-26 | 2024-05-17 | 山东光明园迪儿童家具科技有限公司 | Intelligent posture correction double-backboard learning chair |
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