Rope climbing physical training assessment limit sound and light alarm device
The rope climbing physical training assessment limit sound and light alarm device solves the problem that examiners find it difficult to judge whether the contestants have reached the end of the rope, achieves accurate assessment and improves safety in different environments, and has a reasonable structure and a wide range of applications.
Patent Information
- Application Number
- CN202011487510.8
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- Filing Date
- 2020-12-16
- Publication Date
- 2025-10-14
- Estimated Expiration
- 2040-12-16
AI Technical Summary
In the current rope climbing physical training assessment, it is difficult for examiners to accurately judge whether the contestants have reached the end of the rope. There are also problems such as inconsistent rope climbing heights and disputes over human officiating.
A rope climbing physical training and assessment limit sound and light alarm device is designed, which includes a button switch, a sound-controlled alarm, a support box, an outer sleeve device and an inner sleeve device. The rope buckle and the sleeve are installed together to ensure the stable connection of the device. When the athlete reaches the specified height, the sound and light alarm is triggered to notify the referee.
It can accurately judge whether the athletes have reached the finish line in different environments, reduce human interference, and improve the fairness and safety of training and assessment. The device has a reasonable structure, is easy to install, and has a wide range of applications.
Smart Images
Figure CN112619110B_ABST
Abstract
Description
TECHNICAL FIELD
[0001] The present application relates to a kind of sound-light alarm device, specifically is the sound-light alarm device of rope climbing physical training examination limiting position. BACKGROUND
[0002] Mine rescue workers, firemen and military physical personnel have daily rope climbing training subjects, and rope climbing is one of the comprehensive physical contests. At present, the examiner needs to arrive at the building at the end of the rope climbing contest in advance, and the role of the examiner is to supervise whether the trainee reaches the end of the rope. However, there are factors such as non-uniform climbing height, controversial human executive, and unclear judgment of the contestant during the competition. SUMMARY
[0003] In view of the problems existing in the prior art, the present application provides a rope climbing physical training examination limiting position sound-light alarm device, which is not affected by the site environment, easy to install, stable and reliable in work, and is an intuitive ideal training and examination device.
[0004] In order to achieve the above-mentioned purpose, the present invention is implemented through the following technical solutions: a rope climbing physical training assessment limit sound and light alarm device, including a button switch, a sound-controlled alarm, a support box, an outer sleeve device, an inner sleeve device, a climbing rope and a pressure piece II. The button switch and the sound-controlled alarm are fixedly installed on the support box, the button switch, the sound-controlled alarm and the dry battery are connected in series through a power supply connection, the sleeve device is fixedly installed on the surface of the support box, the outer sleeve device and the inner sleeve device are installed together, and the top of the rope buckle is fixed inside the outer sleeve device. The outer sleeve device is composed of a sleeve top, an outer sleeve I, an outer sleeve II and a sleeve bottom. There are through holes in the middle of the sleeve top and the sleeve bottom. The sleeve top, outer sleeve I, outer sleeve II and the sleeve bottom are concentric circles. The sleeve top, outer sleeve I, outer sleeve II and the sleeve bottom are fixedly connected together in sequence. The inner sleeve device is composed of a sleeve column, a pressure piece I and a base. The top of the hollow cylindrical sleeve column is 6 cm The high semi-cylindrical shape and 6cm high pressing piece I are welded at both ends of the semi-cylindrical shape respectively. The pressing piece I is left and right shaped, and the base is welded to the bottom end of the sleeve column. The two pressing pieces II are fixedly installed on the surface of the sleeve column respectively. There is a rope buckle at the top of the climbing rope, and the rope buckle is installed in the inner cavity of the outer sleeve II. The pressing piece I and pressing piece II are located in the same plane, which can fit the support box more closely. When the staff uses screws to connect the outer sleeve device and the inner sleeve device to the support box through the pressing piece I and the pressing piece II, it is more stable and there will be no warping of the pressing piece I and the pressing piece II, which effectively prevents the pressing piece I and the pressing piece II from scratching people. Two mounting holes are opened on the surface of the two pressing pieces I, and elliptical adjustment holes are opened on the surface of the two pressing pieces II. The adjustment holes can adjust the position of the support box so that the button switch and the voice-controlled alarm will not be tilted. The outer sleeve device and the inner sleeve device are fixedly connected to the support box through the pressing piece I and the pressing piece II.
[0005] The diameter of the base is 4 cm longer than the diameter of the outer sleeve I, so that the inner sleeve device can be installed in the outer sleeve device and the inner sleeve device will not slide out from the outer sleeve device.
[0006] The diameter of the rope buckle is 6 cm longer than the diameter of the middle through hole of the sleeve bottom, so that the rope buckle will not fall off from the outer sleeve II.
[0007] The support box is a hollow structure. The power connection line of the button switch is connected to the power connection line of the voice-controlled alarm from the inside of the support box. The dry battery is fixedly installed in the support box. The button switch, voice-controlled alarm and dry battery are connected in series through the power connection. The material of the support box is plastic steel, which can not only support the weight of the button switch and voice-controlled alarm, but also has a light weight.
[0008] The diameter of the sleeve column is 1 cm shorter than the diameter of the sleeve top through hole and the diameter of the outer sleeve I. The sleeve column can easily pass through the sleeve top and the outer sleeve I to connect the outer sleeve device and the inner sleeve device together.
[0009] The surface of the rope buckle is wrapped with a layer of plastic. When climbing, the rope buckle will shake and wear inside the outer sleeve II due to the pulling force. Over time, the climbing rope will be worn off from the bottom of the sleeve, affecting the service life of the rope buckle and the safety of climbing. After being wrapped with a layer of plastic, the rope buckle will not directly wear the outer sleeve II and the bottom of the sleeve, thereby extending the service life and improving the safety of climbing.
[0010] The plastic surface of the rope buckle is provided with grooves to increase friction, so that the rope buckle will not shake on the outer sleeve II, thereby increasing the safety of climbing.
[0011] This device is used for physical training of rope climbing on the ground. It has a wide range of adaptability, is not affected by the on-site environment, is easy to install, and works stably and reliably. It is an intuitive and ideal training and assessment device with a reasonable structure, easy use, a wide range of applications, and can be widely recommended. BRIEF DESCRIPTION OF THE DRAWINGS
[0012] Figure 1 It is a structural schematic diagram of the present invention;
[0013] Figure 2 It is a schematic diagram of the combination of the outer sleeve device and the inner sleeve device;
[0014] Figure 3 It is a structural diagram of the inner sleeve device;
[0015] Figure 4 It is a structural schematic diagram of the outer sleeve device;
[0016] In the figure: 1. push button switch, 2. voice-activated alarm, 3. support box, 4. outer sleeve device, 5. inner sleeve device, 6. climbing rope, 7. pressing piece II, 41. sleeve top, 42. outer sleeve I, 43. outer sleeve II, 44. sleeve bottom, 51. sleeve column, 52. pressing piece I, 53. base, 61. rope buckle. DETAILED DESCRIPTION
[0017] The present invention will be further described below with reference to the accompanying drawings.
[0018] The model of the push button switch in this application is DE41 push button switch, the model of the voice-activated alarm is AE12 voice-activated alarm, and the dry battery is a No. 1 dry battery.
[0019] like Figures 1 to 4As shown, the rope climbing physical training assessment limit sound and light alarm device includes a button switch 1, a sound-controlled alarm 2, a support box 3, an outer sleeve device 4, an inner sleeve device 5, a climbing rope 6 and a pressing piece II 7. The button switch 1 and the sound-controlled alarm 2 are fixedly mounted on the support box 3. The button switch 1, the sound-controlled alarm 2 and the dry battery are connected in series through a power supply. The sleeve device 4 is fixedly mounted on the surface of the support box 3. The outer sleeve device 4 and the inner sleeve device 5 are installed together. The top of the rope buckle 6 is fixed inside the outer sleeve device 4. The outer sleeve device 4 is composed of a sleeve top 4. 1. The outer sleeve Ⅰ42, the outer sleeve Ⅱ43 and the bottom 44 are composed of a through hole in the middle of the sleeve top 41 and the bottom 44. The top 41, the outer sleeve Ⅰ42, the outer sleeve Ⅱ43 and the bottom 44 are concentric circles. The top 41, the outer sleeve Ⅰ42, the outer sleeve Ⅱ43 and the bottom 44 are fixed together in sequence. The inner sleeve device 5 is composed of a sleeve column 51, a pressing piece Ⅰ52 and a base 53. The top of the hollow cylindrical sleeve column 51 is a semi-cylindrical 6 cm high, and a 6 cm high pressing piece Ⅰ52 is welded to both ends of the semi-cylindrical 6 cm high. The pressing piece Ⅰ52 is left and right. , the base 53 is welded to the bottom end of the sleeve column 51, and the two pressing pieces II 7 are fixedly installed on the surface of the sleeve column 51 respectively. There is a rope buckle 61 at the top of the climbing rope 6, and the rope buckle 61 is installed in the inner cavity of the outer sleeve II 43. The pressing piece I 52 and the pressing piece II 7 are located in the same plane, which can better fit the support box 3. When the staff uses screws to connect the outer sleeve device 4 and the inner sleeve device 5 with the support box 3 through the pressing piece I 52 and the pressing piece II 7, it is more stable, and the pressing piece I 52 and the pressing piece II 7 will not warp, which effectively prevents the pressing piece I 52 from warping. And the pressing piece Ⅱ 7 scratches the personnel, the two pressing pieces Ⅰ 52 are provided with two mounting holes on the surface, and the two pressing pieces Ⅱ 7 are provided with an elliptical adjustment hole on the surface. The adjustment hole can adjust the position of the support box 3 so that the button switch 1 and the voice-controlled alarm 2 will not tilt. The outer sleeve device 4 and the inner sleeve device 5 are fixedly connected to the support box 3 through the pressing piece Ⅰ 52 and the pressing piece Ⅱ 7. The diameter of the base 53 is 4 cm longer than the diameter of the outer sleeve Ⅰ 42, so that the inner sleeve device 5 can be installed in the outer sleeve device 4, and the inner sleeve device 5 will not slip out from the outer sleeve device 4.
[0020] The diameter of the cord lock 61 is 6 cm longer than the diameter of the middle through hole of the sleeve bottom 44, so that the cord lock 61 will not fall out of the outer sleeve II 43.
[0021] The support box 3 is a hollow structure. The power connection line of the button switch 1 is connected to the power connection line of the voice-controlled alarm 2 from the inside of the support box 3. The dry battery is fixedly installed in the support box 3. The button switch 1, the voice-controlled alarm 2 and the dry battery are connected in series through the power connection. The material of the support box 3 is plastic steel, which can not only support the weight of the button switch 1 and the voice-controlled alarm 2, but also is light in weight.
[0022] The diameter of the sleeve column 51 is 1 cm shorter than the diameter of the through hole of the sleeve top 41 and the diameter of the outer sleeve I 42. The sleeve column 51 can easily pass through the sleeve top 41 and the outer sleeve I 42 to connect the outer sleeve device 4 and the inner sleeve device 5 together.
[0023] The surface of the rope buckle 61 is wrapped with a layer of plastic. When climbing, the rope buckle 61 will shake and wear in the outer sleeve II 43 due to the pulling force. Over time, the climbing rope 6 will be worn off from the bottom of the sleeve 44, affecting the service life of the rope buckle 61 and the safety of climbing. After being wrapped with a layer of plastic, the rope buckle 61 will not directly wear the outer sleeve II 43 and the bottom of the sleeve 44, thereby extending the service life and improving the safety of climbing.
[0024] The surface plastic of the rope buckle 61 is provided with grooves to increase friction, so that the rope buckle 61 will not shake on the outer sleeve II 43, thereby increasing the safety of climbing.
[0025] When in use, install the dry battery, power on the button switch 1 and the voice-controlled alarm 2 and test them to be correct. After the athlete climbs to the specified height along the rope, touch the button switch 1 to trigger the voice-controlled alarm 2 to alarm. The voice-controlled alarm 2 emits a strong sound and light alarm to attract the attention of the referee, proving that the athlete has reached the specified height. Then after 5 seconds, the voice-controlled alarm 2 stops alarming and returns to normal, and then the next athlete continues to use the competition.
Claims
1. A rope climbing physical training and assessment limit sound and light alarm device, comprising a button switch (1), a sound-controlled alarm (2), a support box (3), an outer sleeve device (4), an inner sleeve device (5), a climbing rope (6) and a pressing sheet II (7), characterized in that: The button switch (1) and the sound-activated alarm (2) are fixedly mounted on the support box (3). The button switch (1), the sound-activated alarm (2) and the dry battery are connected in series through a power supply connection. The sleeve device (4) is fixedly mounted on the surface of the support box (3). The outer sleeve device (4) and the inner sleeve device (5) are installed together. The top of the rope buckle is fixed inside the outer sleeve device (4). The outer sleeve device (4) is composed of a sleeve top (41), an outer sleeve I (42), an outer sleeve II (43) and a sleeve bottom (44). A through hole is opened in the middle of the sleeve top (41), the outer sleeve I (42), the outer sleeve II (43) and the sleeve bottom (44) are concentric circles. The sleeve top (41), the outer sleeve I (42), the outer sleeve II (43) and the sleeve bottom (44) are fixedly connected together in sequence. The inner sleeve device (5) is composed of The sleeve column (51), a pressing piece I (52) and a base (53) are composed. The top of the hollow cylindrical sleeve column (51) is a semi-cylindrical shape with a height of 6 cm. The 6 cm high pressing piece I (52) is welded to the two ends of the semi-cylindrical shape respectively. The pressing piece I (52) is in a left-right shape. The base (53) is welded to the bottom end of the sleeve column (51). The two pressing pieces II (7) are fixedly mounted on the surface of the sleeve column (51). The top of the climbing rope (6) has a rope buckle (61). The rope buckle (61) is mounted on the inner cavity of the outer sleeve II (43). The pressing piece I (52) and the pressing piece II (7) are located in the same plane. The surfaces of the two pressing pieces I (52) are both provided with two mounting holes. The surfaces of the two pressing pieces II (7) are both provided with elliptical adjustment holes. The outer sleeve device (4) and the inner sleeve device (5) are fixedly connected to the support box (3) through the pressing piece I (52) and the pressing piece II (7).
2. The rope climbing physical training and assessment limit sound and light alarm device according to claim 1, characterized in that: The diameter of the base (53) is 4 cm longer than the diameter of the outer sleeve I (42).
3. The rope climbing physical training and assessment limit sound and light alarm device according to claim 1, characterized in that: The diameter of the cord lock (61) is 6 cm longer than the diameter of the middle through hole of the sleeve bottom (44).
4. The rope climbing physical training and assessment limit sound and light alarm device according to claim 1, characterized in that: The support box (3) is a hollow structure. The power connection line of the push button switch (1) is connected to the power connection line of the voice-controlled alarm (2) from the inside of the support box (3). The dry battery is fixedly installed in the support box (3).
5. The rope climbing physical training and assessment limit sound and light alarm device according to claim 1, characterized in that: The diameter of the sleeve column (51) is 1 cm shorter than the diameter of the through hole of the sleeve top (41) and the diameter of the outer sleeve I (42).
6. The rope climbing physical training and assessment limit sound and light alarm device according to claim 1, characterized in that: The surface of the cord buckle (61) is wrapped with a layer of plastic.
7. The rope climbing physical training and assessment limit sound and light alarm device according to claim 6, characterized in that: The surface plastic of the cord buckle (61) is provided with grooves.
Citation Information
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