TWM565380U - Safety rope monitoring system - Google Patents

Abstract

A safety rope monitoring system is used to solve the problem that conventional safety ropes cannot be used correctly and that managers cannot effectively grasp the status of personnel. The system includes: a safety rope with a lanyard, and a positioning hook and a safety hook respectively located at two ends of a lanyard; a sensing module having a first module disposed adjacent to the positioning hook, and a first Two modules are arranged adjacent to the safety hook, the first module has a motion sensor and a transmission unit, and the second module has another motion sensor, a positioning element and another transmission unit; and a management The module has a receiving unit coupled to the two transmission units. The data detected by the two motion sensors and the positioning element are transmitted to the receiving unit through the two transmission units. The management module also has a monitoring platform coupling. Connect the receiving unit.

Description

Safety rope monitoring system

This creation is about a safety rope monitoring system, especially a safety rope monitoring system used for working at heights to grasp the status of personnel through sensors.

When working at heights, in order to ensure the safety of workers, a safety rope device is usually used. Each worker is equipped with a human body strap, and one end of a safety rope is connected to the human body strap, and the other end of the safety rope is used. The buckle is hooked to a stable place such as a sling or a fence, so that each operator can move within the length of the safety rope. When the operator accidentally falls off the work area and leaves the work area, the safety rope can be used to stop the fall. The personnel pulled back.

The above-mentioned conventional safety rope device must be actively and surely used by the operator to achieve the effect of safety protection. Therefore, if the operator is eager to facilitate or change the working position, the buckle is not installed in the set position, resulting in the conventional knowledge. Safety ropes have lost their protective effect, and industrial safety incidents frequently occur. Moreover, when the workers are scattered in a wide range of working environments, the management staff cannot confirm whether each worker complies with the safety regulations one by one. In addition, when the operator fails In the event of an accident, although a person could be prevented from falling through a safety line, a third person could not be notified immediately to provide assistance.

In view of this, the conventional safety rope device still needs to be improved.

In order to solve the above problems, the purpose of this creation is to provide a safety rope monitoring system, which can monitor and judge whether each worker uses the safety rope correctly.

The second purpose of this creation is to provide a safety rope monitoring system, which can instantly know the working status and location of each operator for accident assistance or work distribution.

The created safety rope monitoring system includes: a safety rope having a lanyard, and a positioning hook and a safety hook respectively located at two ends of a lanyard; a sensing module having a first module adjacent to the A positioning hook is provided, and a second module is provided adjacent to the safety hook. The first module has a motion sensor and a transmission unit, and the second module has another motion sensor, a positioning element and another A transmission unit; and a management module having a receiving unit coupled to the two transmission units, and the data detected by the two motion sensors and the positioning element are transmitted to the receiving unit through the two transmission units, and the management module The team also has a monitoring platform coupled to the receiving unit. The monitoring platform is used to store and analyze the data and determine whether the safety rope is normally used.

According to this, the safety rope monitoring system of this creation uses the sensing module to detect the movement and displacement change of the safety rope. After the detected data is analyzed by the management module, the creation can determine the equipment Whether the operator of the safety rope correctly used the safety rope in accordance with the regulations. In addition, the management module can also display the working status of the worker through data analysis, so that the manager can urge the worker or deal with the accident immediately. With the effect of improving work safety and efficiency.

The motion sensor is a gyroscope. In this way, the acceleration in the triaxial direction can be recorded, which has the effect of judging posture changes and object swing.

The positioning element is a global positioning system chip. In this way, it can be positioned by several satellites, which has the effect of judging the position of the target in three-dimensional space.

The first module and the second module each have a power supply unit, and the power supply unit is a rechargeable battery. In this way, the energy required for detecting data and transmitting data can be provided, which has the effect of maintaining the operation of the sensing module and using it repeatedly.

The sensing module has a warning unit, and the warning unit is a buzzer or Warning Light. In this way, it can attract attention in unexpected situations, and it has the function of alerting and seeking support.

The first module and the second module each have an identification unit, and the identification unit is a two-dimensional barcode. In this way, the sensing module can be paired with operators, so that managers can monitor specific operators through the identification unit, which has the effect of assisting managers.

Among them, the receiving unit and the two transmitting units transmit data by using ultra-long-distance low-power data transmission technology. In this way, data can be transmitted over long distances, with low energy consumption, low bandwidth, and a large number of connections, which has the effect of increasing the monitoring range and the number of personnel.

The monitoring platform is a mobile device. In this way, the monitoring process is not restricted by space and distance, and has the effect of remote management.

1‧‧‧ safety rope

11‧‧‧ positioning hook

12‧‧‧Safety Hook

13‧‧‧ Lanyard

2‧‧‧ Sensor Module

2a‧‧‧First Module

2b‧‧‧Second Module

21‧‧‧ Motion Sensor

22‧‧‧ Positioning element

23‧‧‧Transmission Unit

24‧‧‧ Power Supply Unit

25‧‧‧Warning unit

26‧‧‧Identification unit

3‧‧‧ Management Module

31‧‧‧Receiving unit

32‧‧‧ monitoring platform

FIG. 1 is a system architecture diagram of a preferred embodiment of the present invention.

Figure 2: A system block diagram of a preferred embodiment of the present invention.

In order to make the above and other purposes, features, and advantages of this creation more obvious and easy to understand, the following describes the preferred embodiment of this creation in conjunction with the attached drawings for detailed description as follows: Please refer to FIG. 1, It is the first embodiment of the creative safety rope monitoring system, which includes a safety rope 1, a sensing module 2 and a management module 3. The sensing module 2 is combined with the safety rope 1, and the management module Group 3 is coupled to the sensing module 2.

The safety rope 1 includes a positioning hook 11 and a safety hook 12 respectively located at two ends of a lanyard 13. The positioning hook 11 can be positioned and fastened to a hanging point. The hanging point is preferably a female cable and a steel ring. And rails, the hanging point must be firmly combined with the stable structure, and the positioning hook 11 can still slide or turn within the limit of the hanging point; the safety hook 12 can be fastened to the protection of an operator Equipment, the protective equipment may be a belt type that surrounds the waist of the operator, Or full-body protective equipment around the shoulders and hips of the operator, which can be selected and used according to the nature of work and the degree of environmental hazards, which are not limited in this creation. The safety hook 12 is preferably combined with the central position of the protective equipment When an operator accidentally falls, the positioning hook 11 of the safety rope 1 is fixed and fixed at a fixed point, and the protective equipment is pulled by the safety hook 12 to prevent the operator from hitting the ground. Therefore, the protective equipment can be distributed in a balanced manner. Impact force of a person falling.

Please refer to FIGS. 1 and 2, the sensing module 2 has a first module 2 a and a second module 2 b. The first module 2 a can sense the positioning hook 11 of the safety rope 1. The second module 2b can sense the dynamic change of the safety hook 12 of the safety rope 1. The first module 2a can be located at the junction of the positioning hook 11 and the lanyard 13 or attached to it. The positioning hook 11 and the second module 2 b may be located at the joint of the safety hook 12 and the lanyard 13 or attached to the safety hook 12. The sensing module 2 further has two motion sensors 21, and the two motion sensors 21 can be respectively located in the first module 2a and the second module 2b. When an operator attaches the safety rope 1 to work At this time, the safety hook 12 can be oscillated and changed by the action of the operator, and the movement position of the operator can shake the lanyard 13 and the positioning hook 11 to change, and the dynamic change amount can be recorded by the two action sensors 21 The two motion sensors 21 can be gyroscopes; the sensing module 2 can also have a positioning element 22, which can be located in the second module 2b, and the positioning element 22 can mark and record operations The position of the person changes. The positioning element 22 may be a Global Positioning System (GPS) chip. In addition, the sensing module 2 may further have two transmission units 23, which are respectively located in the first The module 2a and the second module 2b, each of the transmission units 23 can output the detection data of each of the motion sensor 21 and the positioning element 22, and the sensing module 2 may further have two power supply units 24, the two power supply unit 24 They can be respectively located in the first module 2a and the second module 2b, and each of the power supply units 24 can supply the power demand of the sensing module 2. The power supply unit 24 is preferably a rechargeable battery; the sensing module 2 may also have a warning unit 25, the warning The warning unit 25 is preferably located in the second module 2b. When the status of the operator is abnormal, such as a fall, injury, coma, and other accidents, the warning unit 25 can be used to issue a warning signal to notify nearby people to provide assistance. The unit 25 may be a buzzer or a warning light; the sensing module 2 may also have a recognition unit 26, which may be a two-dimensional bar code attached to any surface of the sensing module 2. The recognition unit 26 is preferably located on the first module 2a and the second module 2b at the same time, and has the functions of easy reading and identification.

The management module 3 has a receiving unit 31 and a monitoring platform 32. The receiving unit 31 is coupled to the two transmission units 23 of the sensing module 2 so that the receiving unit 31 can receive the sensing module 2 at regular intervals. For detecting data, the receiving unit 31 may be a wireless base station, and it is preferable to use ultra-long-distance low-power data transmission technology (Long Range, LoRa). The receiving unit 31 can transmit a small amount of information over a long distance and a large amount of information. Connection; the receiving unit 31 can be coupled to a plurality of the sensing modules 2 at the same time, and the plurality of sensing modules 2 can be used for a plurality of safety ropes 1 respectively, which can be used by multiple operators simultaneously; the monitoring platform 32 is coupled to the receiving unit 31, so that the detection data received by the receiving unit 31 can be uploaded to the monitoring platform 32 for storage, analysis, and judgment. The monitoring platform 32 can also store the identity information of the operator, which is used by the manager The monitoring platform 32 can monitor specific operators according to the identity information of the operators, and when the operators use the safety rope 1 by mistake or the power of the power supply unit 24 is insufficient, 32 monitoring platform system can proactively alert to alert managers to improve. The monitoring platform 32 may be a mobile device (such as a smart phone, a tablet computer, etc.), so that an administrator can know the working status and safety of all workers in real time through the monitoring platform 32, and is not restricted by space barriers and distances.

The administrator activates the safety rope monitoring system of this creation by pairing the identity of the operator stored in the monitoring platform 32 with the identification unit 26 of each of the sensing modules 2 and causing the operator to assign the identification unit to the identification unit The safety rope 1 at which 26 is located. In this way, when the manager uses the monitoring platform 32 and identifies the identity through each of the identification units 26, the manager can The status of the safety rope 1 used by the workers paired with each of the identification units 26 is known, for example, when the two motion sensors 21 detect a synchronized dynamic change amount, the monitoring platform 32 determines the positioning hook 11 And the safety hook 12 is not fastened to the fixed point and the operator respectively; and when the positioning element 22 detects a long period of stationary, the monitoring platform 32 judges that the operator may not be equipped with the safety rope 1 or an abnormality occurs Status (slow work or coma, etc.); and when the two motion sensors 21 and the positioning element 22 detect a large amount of short-term change (unnatural swing, position height change, etc.), the monitoring platform 32 It can be judged that the operator may fall or fall.

In summary, the safety rope monitoring system of this creation uses the sensing module to detect the movement and displacement changes of the safety rope. After the detected data is analyzed by the management module, the creation system can Determine whether the workers equipped with the safety rope use the safety rope correctly in accordance with the regulations. In addition, the management module can also display the working status of the worker through data analysis, so that the manager can urge the worker or deal with the accident immediately. It has the effect of improving work safety and efficiency.

Although this creation has been disclosed using the above-mentioned preferred embodiments, it is not intended to limit this creation. Anyone skilled in this art can make various changes and modifications to the above-mentioned embodiments without departing from the spirit and scope of this creation. The technical scope protected by the creation, so the scope of protection of this creation shall be determined by the scope of the attached patent application.

Claims (10)

A safety rope monitoring system includes: a safety rope having a lanyard, and a positioning hook and a safety hook respectively located at two ends of the lanyard; a sensing module having a first module adjacent to the positioning hook And a second module is provided adjacent to the safety hook, the first module has a motion sensor and a transmission unit, and the second module has another motion sensor, a positioning element and another transmission Unit; and a management module having a receiving unit coupled to the two transmission units, the data detected by the two motion sensors and the positioning element are transmitted to the receiving unit through the two transmission units, and the management module is another A monitoring platform is coupled to the receiving unit, and the monitoring platform is used to store and analyze the data and determine whether the safety rope is normally used. The safety rope monitoring system according to item 1 of the patent application scope, wherein the motion sensor is a gyroscope. The safety rope monitoring system according to item 1 of the patent application scope, wherein the positioning element is a global positioning system chip. The safety rope monitoring system according to item 1 of the scope of patent application, wherein the sensing module has a power supply unit, and the power supply unit is a rechargeable battery. The safety rope monitoring system according to item 1 of the scope of patent application, wherein the first module and the second module each have a power supply unit, and the power supply unit is a rechargeable battery. The safety rope monitoring system according to item 1 of the scope of patent application, wherein the sensing module has a warning unit, and the warning unit is a buzzer or a warning light. The safety rope monitoring system according to item 1 of the scope of patent application, wherein the sensing module has an identification unit, and the identification unit is a two-dimensional bar code. The safety rope monitoring system according to item 1 of the scope of patent application, wherein each of the first module and the second module has an identification unit, and the identification unit is a two-dimensional bar code. The safety rope monitoring system according to item 1 of the scope of the patent application, wherein the receiving unit and the two transmitting units transmit data by using ultra-long-distance low-power data transmission technology. The safety rope monitoring system according to item 1 of the patent application scope, wherein the monitoring platform is a mobile device.