CN218219313U - A sports shoes for correcting rope skipping posture - Google Patents
A sports shoes for correcting rope skipping posture Download PDFInfo
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- CN218219313U CN218219313U CN202222031799.3U CN202222031799U CN218219313U CN 218219313 U CN218219313 U CN 218219313U CN 202222031799 U CN202222031799 U CN 202222031799U CN 218219313 U CN218219313 U CN 218219313U
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- rope skipping
- sports shoe
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- alarm device
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Abstract
The utility model belongs to the technical field of the intelligence technique of dressing and specifically relates to indicate a sports shoes for correcting rope skipping posture. According to the technical scheme provided by the utility model, the sports shoes for correcting the rope skipping posture comprise a sports shoe body, a pressure alarm device for detecting whether the heel of a rope skipping person falls to the ground or not and an infrared alarm device for detecting whether the knee bending of the rope skipping person exceeds a threshold value or not; the pressure alarm device is positioned at the heel of the sports shoe body, and the infrared alarm device is positioned on the toe cap of the sports shoe body. The utility model discloses can report to the police when the heel falls to the ground and/or the knee is crooked to exceed the threshold value behind the rope skipping person, monitor the rope skipping posture comprehensively to reduce the possibility of rope skipping person knee damage.
Description
Technical Field
The utility model belongs to the technical field of the intelligence technique of dressing and specifically relates to indicate a sports shoes for correcting rope skipping posture.
Background
As is known, skipping ropes are efficient body-building exercises, can not only exercise the body coordination ability and effectively burn fat, but also are beneficial to the health of the respiratory system, the heart and the cardiovascular system.
Although rope skipping is easy to implement, few people can master scientific skipping and correct body posture. An incorrect jump-rope posture causes irreversible damage to the body, such as the falling of the rear sole and excessive bending of the knee, which results in a heavy load on the knee joint and thus damage to the knee. Therefore, how to remind and correct the incorrect rope skipping posture is an urgent problem to be solved at present.
Chinese patent CN213370266U discloses an intelligence sports leisure shoes of skipping rope, including shoes body and intelligent shoes shell, the connection can be dismantled at shoes body lower extreme to intelligent shoes shell, be equipped with pressure sensor in the intelligent shoes shell, shoes body lower extreme corresponds pressure sensor and can dismantle and be equipped with the kicking block, the kicking block is trampled the in-process with pressure sensor at the human body and is contradicted. However, the device has no alarm device, cannot remind a rope skipping person of bad jumping posture in time, and can only feed back the stress condition of the sole and the knee bending condition of the rope skipping person.
SUMMERY OF THE UTILITY MODEL
Therefore, the utility model aims to solve the technical problem that overcome not enough among the prior art, provide a sports shoes for correcting rope skipping posture, it can report to the police when the heel falls to the ground and/or the knee is crooked to exceed the threshold value behind the rope skipping person, monitors rope skipping posture comprehensively to reduce the possibility of rope skipping person knee damage.
In order to solve the technical problem, the utility model provides a sports shoe for correcting the rope skipping posture, which comprises a sports shoe body, a pressure alarm device for detecting whether the heel of a rope skipping person falls to the ground or not and an infrared alarm device for detecting whether the knee bending of the rope skipping person exceeds a threshold value or not;
the pressure alarm device is positioned at the heel of the sports shoe body, and the infrared alarm device is positioned on the toe cap of the sports shoe body.
The pressure alarm device comprises an elastic air bag and an air whistle, the elastic air bag is positioned in the heel of the sports shoe body, the air whistle is positioned on the side surface of the heel of the sports shoe body, and the air whistle is connected with the elastic air bag; the distance between the center of the elastic air bag and the rear end of the heel of the sports shoe body is one fifth to one fourth of the length of the sports shoe body.
The part of the elastic air bag connected with the air whistle is a narrow passage, and the size of the narrow passage is matched with that of the air whistle.
The air whistle is provided with an air whistle bulge used for separating the air whistle from the elastic air bag, and the air whistle bulge is positioned on the side surface of the heel of the sports shoe body.
The infrared alarm device comprises an infrared transmitting tube, an infrared receiving tube, a chip, a triode, a buzzer and a power supply; the positive pole of infrared emission pipe, the negative pole of infrared receiving tube and the one end of bee calling organ with the power positive pole is connected, the negative pole of infrared emission pipe, the positive pole of infrared receiving tube and the projecting pole of triode with the power negative pole is connected, the other end of bee calling organ with the collecting electrode of triode is connected, the positive pole of infrared receiving tube with the input of chip is connected, the base of triode with the output of chip is connected.
The infrared alarm device further comprises an adjustable resistor used for adjusting the sensing range of the infrared transmitting tube and a shifting piece connected with the adjustable resistor, wherein the adjustable resistor is connected between the anode of the infrared transmitting tube and the anode of the power supply.
The chip is an LM358 chip.
The two ends of the infrared alarm device are connected with elastic belts, one of the tail end of the elastic belt and the sports shoe body is provided with a magic tape female buckle, the other one of the tail end of the elastic belt and the sports shoe body is provided with a magic tape male buckle, and the magic tape female buckle is matched with the magic tape male buckle.
The sports shoe is characterized in that an arch support insole is arranged in the sports shoe body and comprises an arch support plate and a shock absorption and pressure relief gasket, the arch support plate corresponds to the arch of the sports shoe body, and the shock absorption and pressure relief gasket corresponds to the heel of the sports shoe body.
The sole insole of sports shoes body is the EVA material, the sole outsole of sports shoes body is natural rubber.
Compared with the prior art, the technical scheme of the utility model have following advantage:
1. the utility model arranges a pressure sensing device at the heel of the sports shoe, when the heel of a rope skipping falls to the ground, the pressure sensing device gives an alarm; the pressure sensing device gives an alarm through the detachable whistle, and the normal walking of a user is not influenced after the pressure sensing device is detached; the device is simple in structure, easy to implement, free of power supply and not easy to damage.
2. The utility model discloses set up infrared sensing device in tip department, when rope skipping person knee bending exceeded the threshold value, infrared sensing device reported to the police, in time reminded the rope skipping person to have the problem that the knee was bent excessively, reduced the risk of knee damage effectively.
Drawings
In order to make the content of the present invention more clearly understood, the present invention will be described in further detail with reference to the following specific embodiments of the present invention in conjunction with the accompanying drawings.
Fig. 1 is a schematic structural view of the present invention;
FIG. 2 is a schematic view of the infrared alarm device of the present invention;
fig. 3 shows the topology of the infrared alarm device of the present invention.
The specification reference numbers indicate: 10-a sports shoe body; 11-an elastic balloon; 12-whistling; 13-the whistle bulge; 14-fixing the shoelace by using a magic tape; 15-arch support pad; 101-infrared induction accessory board; 102-an elastic band; 103-a magic tape female buckle; 104-magic tape button; 105-infrared inductive switch buttons; 1011-infrared emission tube; 1012-infrared receiving tube; 1013-buzzer, 1014-chip; 1015-adjustable resistance; 1016-a power supply; 1017-plectrum; 1018-battery cover plate; 1019-triode.
Detailed Description
As shown in fig. 1, in order to detect whether the heel of the rope skipping person falls to the ground and/or whether the knee bending exceeds the threshold value in time, the utility model discloses a sports shoe body 10, further including a pressure alarm device for detecting whether the heel of the rope skipping person falls to the ground and an infrared alarm device for detecting whether the knee bending of the rope skipping person exceeds the threshold value;
the pressure alarm device is positioned at the heel of the sports shoe body 10, and the infrared alarm device is positioned on the toe cap of the sports shoe body 10.
Specifically, during rope skipping, the rope skipping person should keep the knees slightly bent, and with the posture of taking off and landing of the forefoot, the rope skipping person can cause damage to the body of the rope skipping person due to the fact that the bent radian of the knees is too large or the heels of the rope skipping person are landed on the ground. On a top plan, when the knees of a rope skipping person are overlapped with the toes, namely the knees are judged to be bent to exceed a threshold value, the human body is possibly damaged, the infrared alarm device detects the bent degrees of the knees through emitting infrared rays, when the bent knees of the rope skipping person exceed the toes, the infrared rays are reflected back to the infrared alarm device through the knees, and the infrared alarm device sends out an alarm after receiving the infrared rays and timely reminds the rope skipping person to correct the rope skipping posture. When the heel of the rope skipping person falls to the ground, the pressure alarm device positioned at the heel of the sports shoe body 10 gives an alarm to remind the rope skipping person to correct the rope skipping posture.
Further, the pressure alarm device comprises an elastic air bag 11 and an air whistle 12, wherein the elastic air bag 11 is positioned in the heel of the sports shoe body 10, the air whistle 12 is positioned on the side surface of the heel of the sports shoe body 10, and the air whistle 12 is connected with the elastic air bag 11; the distance between the center of the elastic air bag 11 and the rear end of the heel of the sports shoe body 10 is one fifth to one fourth of the length of the sports shoe body 10.
Specifically, the elastic air bag 11 is positioned in the heel of the sports shoe body 10 and corresponds to the rear heel landing position; the through hole is arranged on the side face of the heel of the sports shoe body 10, the elastic air bag 11 is connected with the through hole, one part of the air whistle 12 is connected with the elastic air bag 11 in the heel of the sports shoe body 10, the other part of the air whistle 12 is connected with the through hole exposed on the side face of the heel of the sports shoe body, the connecting part of the elastic air bag 11 and the air whistle 12 is in a narrow passage shape, the size of the narrow passage can be 4mm in inner diameter and 2cm in length, the size of the narrow passage is slightly smaller than the size of the air whistle 12 due to the fact that the elastic air bag 11 is made of elastic materials, and the size of the air whistle 12 corresponds to the narrow passage, can be 4.5mm in outer diameter and 2.2cm in length. Of course, the sizes of the elastic air bag 11, the narrow passage and the whistle 12 can also be selected from other specifications, and the specific size and the material can be selected according to actual needs so as to meet the purpose of detection and alarm.
During the concrete implementation, when rope skipping person heel ground, elasticity gasbag 11 receives the extrusion, and elasticity gasbag 11 arranges the air of storing to gas whistle 12 through the narrow road, and gas whistle 12 sends the police dispatch newspaper this moment, reminds rope skipping person to correct the posture of skipping the rope, and when rope skipping person heel ground, elasticity gasbag 11 automatic absorption air resumes initial condition. In order to reduce false alarm, the distance between the elastic air bag 11 and the shoe arch of the sports shoe body 10 is one fifth to one fourth of the length of the sports shoe body 10, and in the process of rope skipping, the pressure alarm device can give an alarm only when the heel of a rope skipping person falls to the ground.
In order to make the utility model discloses can use in daily life, sports shoes body 10 heel side still is equipped with the protruding 13 of gas whistle, and the protruding 13 of gas whistle is connected with gas whistle 12, can separate gas whistle 12 and elastic air bag 11 through protruding 13 of gas whistle. When the rope skipping posture is required to be detected, the air whistle 13 is connected with the elastic air bag 11, and the air whistle 12 is separated from the elastic air bag 11 through the air whistle bulge 13 during daily activities, so that the sports shoe does not give an alarm during daily walking.
Further, the infrared alarm device comprises an infrared transmitting tube 1011, an infrared receiving tube 1012, a chip 1014, a triode 1019, a buzzer 1013 and a power supply 1016; the anode of the infrared transmitting tube 1011, the cathode of the infrared receiving tube 1012 and one end of the buzzer 1013 are connected with the anode of the power supply 1016, the cathode of the infrared transmitting tube 1011, the anode of the infrared receiving tube 1012 and the emitter of the triode 1019 are connected with the cathode of the power supply 1016, the other end of the buzzer 1013 is connected with the collector of the triode 1019, the anode of the infrared receiving tube 1012 is connected with the input end of the chip 1014, and the base of the triode 1019 is connected with the output end of the chip 1014.
Specifically, as shown in fig. 2, the infrared alarm device includes an infrared sensing accessory board 101, and an infrared transmitting tube 1011, an infrared receiving tube 1012, a chip 1014, a transistor 1019, a buzzer 1013, an infrared sensing switch button 105, and a power supply 1016 are disposed on the infrared sensing accessory board 101. Infrared emission pipe 1011 and infrared receiving pipe 1012 are the distribution side by side on infrared induction accessory board 101, and the distance between infrared emission pipe 1011 and the infrared receiving pipe 1012 can be selected according to actual need, specifically regards infrared that infrared receiving pipe 1012 can receive infrared emission pipe 1011 and send as the standard. The embodiment of the utility model provides an in, LM358 chip 1014 is selected to chip 1014, and PNP type triode 1019 is selected to triode 1019, and button cell is selected to power 1016, and of course, above-mentioned electron device's particular case all can be selected according to actual need, specifically aims at reaching the purpose that detects the crooked degree of knee.
As shown in fig. 3, the infrared transmitting tube 1011 corresponds to the diode D1, the infrared receiving tube 1012 corresponds to the diode D2, the chip 1014 corresponds to the LM358 chip 1014, the transistor 1019 corresponds to Q1, and the buzzer 1013 corresponds to LS.
In specific implementation, the infrared sensing switch button 105 is turned on first, the infrared alarm device is started, the infrared transmitting tube 1011 is turned on, and infrared rays are transmitted upwards and vertically. When the degree of knee bending of the rope skipper is within the threshold value range, the infrared receiving tube 1012 is in a reverse cut-off state. The voltage at the cathode of the ir receiving tube 1012 is high and transmits a high signal to the 3 pins of the chip 1014, i.e., the input terminal of the chip 1014. The chip 1014 adopts a conventional sampling comparator circuit, and according to the working principle of the comparator, when the voltage of pin 3 of the chip 1014 is greater than the voltage of pin 2 of the chip 1014, pin 1 of the chip 1014, i.e., the output terminal of the chip 1014 outputs a high level to the base of the transistor 1019, so that the transistor 1019 is turned off, and the buzzer 1013 does not sound.
When the degree of knee flexion exceeds the threshold value, that is, when the knee flexion exceeds the toe of the foot, the knee blocks and reflects infrared rays onto the infrared receiving tube 1012, the infrared receiving tube 1012 receives infrared rays, and is immediately turned on, so that the voltage of the negative electrode of the infrared receiving tube 1012 drops rapidly, and a low-level signal is transmitted to the 3 feet of the chip 1014. When the voltage of pin 3 of the chip 1014 drops to a voltage lower than that of pin 2, pin 1 of the chip 1014 outputs a low level and is sent to the base of the transistor 1019 through the current limiting resistor R3, so that the transistor 1019 is turned on and the buzzer 1013 sounds. Through the above debugging, it is possible to realize that the buzzer 1013 sounds when the knee is bent above the infrared transmitting tube 1011 and the infrared receiving tube 1012. When the knees leave the upper part of the infrared transmitting tube 1011 and the infrared receiving tube 1012, the buzzer 1013 stops sounding, and the purpose of monitoring and reminding whether the knees are bent beyond the threshold value is achieved.
Further, the infrared alarm device further comprises an adjustable resistor 1015 for adjusting the sensing range of the infrared transmitting tube 1011 and a shifting sheet 1017 connected with the adjustable resistor 1015, wherein the adjustable resistor 1015 is connected between the anode of the infrared transmitting tube 1011 and the anode of the power supply 1016.
Specifically, if 3 shows, the adjustable resistor 1015 corresponds to RP1, the adjustable resistor 1015 is connected in series with the infrared emission tube 1011, and the resistance of the adjustable resistor 1015 can be adjusted by the pick 1017, so as to adjust the range of infrared emission, specifically, the range of upward vertical infrared emission can be adjusted according to the height of the rope skipping person.
In the embodiment of the utility model provides an in, above-mentioned circuit seals in a plastic casing, be equipped with on the plastic casing with infrared transmitting tube 1011, infrared receiving tube 1012, button cell and plectrum 1017 one-to-one's window. The infrared transmitting tube 1011 and the infrared receiving tube 1012 are exposed out of the front surface of the plastic shell through corresponding windows, so that the infrared transmitting and receiving are realized. The button cell is exposed out of the front face of the plastic shell through the corresponding window, and a cell cover plate 1018 matched with the button cell is arranged, so that the cell is convenient to replace. The shifting sheet 1017 is exposed out of the front face of the plastic shell through the corresponding window, so that the sensing range of the infrared alarm device can be directly adjusted by hands. In addition, a square shallow groove matched with the infrared alarm device is arranged on the toe cap of the sports shoe body 10 to enhance the stability of the infrared induction accessory board 101.
Furthermore, the two ends of the infrared alarm device are connected with an elastic band 102, one of the tail end of the elastic band 102 and the sports shoe body 10 is provided with a female hook-and-loop fastener 103, the other is provided with a male hook-and-loop fastener 104, and the female hook-and-loop fastener 103 is matched with the male hook-and-loop fastener 104.
Specifically, through the connection of magic tape box 103 and magic tape sub-button 104, can fix infrared alarm device in the required position of detection, on the sports shoes body 10 toe cap promptly to whether the knee bending of detection surpasses the toe cap. In daily activities, the female hook and loop fastener 103 and the male hook and loop fastener 104 can be separated, so that the infrared alarm device is separated from the sports shoe body 10.
In addition, a hook and loop fastener fixing shoelace 14 is arranged on the tongue of the sports shoe body 10. The fixed shoelace 14 of magic subsides is compared with ordinary shoelace and is convenient for wear to take off, and at the rope skipping in-process, can avoid the situation that the shoelace scatters.
Furthermore, an arch support insole is arranged in the sports shoe body 10 and comprises an arch support plate and a shock absorption and pressure relief pad, the arch support plate corresponds to the arch of the sports shoe body 10, and the shock absorption and pressure relief pad corresponds to the heel of the sports shoe body 10.
Specifically, the arch support plate is supported at the arch of the arch support pad 15, so that the radian of the arch support pad 15 corresponds to the radian of the sole of a foot, the landing stability is ensured, and the sour swelling condition of the arch caused by high-strength skipping ropes is relieved
Further, the middle sole of the sports shoe body 10 is made of EVA (ethylene vinyl acetate copolymer), and the large sole of the sports shoe body 10 is made of natural rubber.
Specifically, the sports shoes insole can adopt the EVA material of current commonly used, and the EVA material kick-backs, effectively shock attenuation antiskid in the motion. The outsole can be made of natural rubber, is antiskid and wear-resistant, and provides safety guarantee for rope skipping.
Claims (10)
1. A sports shoes for correcting rope skipping posture, includes the sports shoes body, its characterized in that: the device also comprises a pressure alarm device for detecting whether the heel of the rope skipping person falls to the ground or not and an infrared alarm device for detecting whether the knee bending of the rope skipping person exceeds a threshold value or not;
the pressure alarm device is positioned at the heel of the sports shoe body, and the infrared alarm device is positioned on the toe cap of the sports shoe body.
2. Sports shoe for correcting a rope skipping posture as claimed in claim 1 wherein: the pressure alarm device comprises an elastic air bag and an air whistle, the elastic air bag is positioned in the heel of the sports shoe body, the air whistle is positioned on the side face of the heel of the sports shoe body, and the air whistle is connected with the elastic air bag; the distance between the center of the elastic air bag and the rear end of the heel of the sports shoe body is one fifth to one fourth of the length of the sports shoe body.
3. Sports shoe for correcting a rope skipping posture as claimed in claim 2 wherein: the part of the elastic air bag connected with the air whistle is a narrow passage, and the size of the narrow passage is matched with that of the air whistle.
4. Sports shoe for correcting a rope skipping posture as claimed in claim 2 wherein: the air whistle is provided with an air whistle bulge used for separating the air whistle from the elastic air bag, and the air whistle bulge is positioned on the side face of the heel of the sports shoe body.
5. Sports shoe for correcting a rope skipping posture as claimed in claim 1 wherein: the infrared alarm device comprises an infrared transmitting tube, an infrared receiving tube, a chip, a triode, a buzzer and a power supply; the positive pole of infrared emission pipe the negative pole of infrared receiving tube and the one end of bee calling organ with the power positive pole is connected, the negative pole of infrared emission pipe the positive pole of infrared receiving tube and the projecting pole of triode with the power negative pole is connected, bee calling organ's the other end with the collecting electrode of triode is connected, the positive pole of infrared receiving tube with the input of chip is connected, the base of triode with the output of chip is connected.
6. Sports shoe for correcting a rope skipping posture as claimed in claim 5 wherein: the infrared alarm device further comprises an adjustable resistor and a shifting piece, wherein the adjustable resistor is used for adjusting the sensing range of the infrared transmitting tube, the shifting piece is connected with the adjustable resistor, and the adjustable resistor is connected between the anode of the infrared transmitting tube and the anode of the power supply.
7. Sports shoe for correcting a rope skipping posture as claimed in claim 5 wherein: the chip is an LM358 chip.
8. The athletic shoe for correcting a rope skipping posture of claim 1, wherein: the two ends of the infrared alarm device are connected with elastic belts, one of the tail end of the elastic belt and the sports shoe body is provided with a magic tape female buckle, the other one of the tail end of the elastic belt and the sports shoe body is provided with a magic tape male buckle, and the magic tape female buckle is matched with the magic tape male buckle.
9. The athletic shoe for correcting a rope skipping posture of claim 1, wherein: the sports shoe is characterized in that an arch support insole is arranged in the sports shoe body and comprises an arch support plate and a shock absorption pressure-relieving gasket, the arch support plate corresponds to the arch of the sports shoe body, and the shock absorption pressure-relieving gasket corresponds to the heel of the sports shoe body.
10. The athletic shoe for correcting a rope skipping posture of claim 1, wherein: the sole insole of sports shoes body is the EVA material, the sole outsole of sports shoes body is natural rubber.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202222031799.3U CN218219313U (en) | 2022-08-03 | 2022-08-03 | A sports shoes for correcting rope skipping posture |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202222031799.3U CN218219313U (en) | 2022-08-03 | 2022-08-03 | A sports shoes for correcting rope skipping posture |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN218219313U true CN218219313U (en) | 2023-01-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202222031799.3U Active CN218219313U (en) | 2022-08-03 | 2022-08-03 | A sports shoes for correcting rope skipping posture |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN218219313U (en) |
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2022
- 2022-08-03 CN CN202222031799.3U patent/CN218219313U/en active Active
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