TWM582665U - Artificial intelligence construction inspection system for construction safety - Google Patents

Abstract

A construction safety artificial intelligence supervision system is an extension application of artificial intelligence research field. It uses image capture unit to capture human behavior and objects for identification. It is a technology for many applications such as smart monitoring and human-computer interaction. For example, the artificial intelligence supervisory system judges whether the operator maintains continuous construction, whether it is in normal construction, and whether abnormal actions occur by detecting and analyzing the operation of the operator. For example, no helmet is worn, no safety belt is used, and a fire extinguisher is not used. , goggles, smoking, drinking, dangerous goods, falls, dangerous work and other occupational safety and health laws related requirements, using the construction site alarms and portable alarms, mouth to speak the alarm voice, so as to immediately give the operator a warning reminder to ensure The construction safety of the operator and the improvement of the construction quality of the operator, and the server interaction system can be used to set the construction site specifications and construction site guidelines, and the operator's behavior can be identified through the image capturing unit, and an accurate warning can be given immediately. Correct and reduce the occurrence of work safety accidents at the construction site.

Description

Construction safety artificial intelligence supervision system

This creation provides a construction safety artificial intelligence supervision system, which is an extension application of artificial intelligence research field. It uses image capture unit to capture human behavior for identification. It is a technology for many applications such as smart monitoring and human-computer interaction.

Wisdom technology services provide a different life experience from traditional life applications through the combination of technology and humanity. Early artificial intelligence can only solve some algebra problems and mathematical proofs, so the research direction of artificial intelligence is limited to the field of logical mathematics. The predicament on the upper hardware environment makes early artificial intelligence only solve some algebraic problems and mathematical proofs, and it is difficult to apply it in practice.

The construction safety used in the past is to monitor the construction of the operator on the spot by the supervisor, or to observe the current situation of the operator in the construction site by using the image capturing unit, and the observer can judge from the human motion image obtained by the image capturing unit. If the operator's work posture is correct, the observer notifies the operator to adjust the work posture. The image capture unit can only obtain the image of the human body, and the server cannot be used to manually determine the movement of the operator's human body based on the image of the human body. And the construction protective gear is worn to give accurate warning and correction immediately.

In view of this, the creator is facing the safety of the construction work, facing In-depth discussion of the problem, and through years of experience in related industries, continuous efforts to improve and test, finally successfully developed a construction safety artificial intelligence supervision system to overcome the use of supervision, can not use the server to identify human intelligence based on human intelligence The movement of the human body, the movement of the human body and the wear of the construction equipment are compared to the lack of discrimination, thereby reducing the occurrence of public security accidents at the construction site.

Therefore, the main purpose of this creation is to provide a construction safety artificial intelligence supervision system, which can use the image capturing unit to obtain the human body movement of the construction site operator and the wearing image data of the construction equipment, and the artificial intelligence and image capturing unit via the server host. The acquired human body movements and the wearable image data of the construction equipment are compared and identified. The artificial intelligence supervision system determines whether the operator maintains continuous construction, whether it is in normal construction, and whether abnormal actions occur due to the immediate detection and analysis of the operator's actions. For example: Wear protective clothing, no safety helmets, no safety ropes, smoking, drinking, contraband, dangerous work, falls, use construction site alarms, alarm voices, and portable alarms to immediately alert the operator. Ensure the construction safety of the operator and improve the construction quality of the operator, and use the server interactive system to set the construction site specifications and construction site guidelines, identify the operator's behavior through the image capturing unit, and immediately give accurate warnings. And correct, reduce the occurrence of work safety accidents at the construction site

Accordingly, this creation mainly aims to achieve the aforementioned objectives and effects through the following technical means, a construction safety artificial intelligence supervision system, which includes: an image capturing unit, a server host and a construction site alarm And a portable alarm device, the image capturing unit is connected with the server host, and the construction site alarm The reporter and the portable alarm are controlled by the artificial intelligence of the server host. The image capturing unit continuously captures the human body movements and the wearing image data of the construction equipment. If the human motion image obtained by the image capturing unit and the wearing information of the construction equipment are abnormal, the servo is obtained. The host sends a posture abnormality notification to the portable alarm. The portable alarm alerts the operator with vibration, buzzer or voice. The construction site alarm alerts the operator with a beep or voice and captures the image capture unit. The human motion image and the construction equipment wear the shadow data, and send it to the portable alarm device or send it to the operator's electronic mail box by MAIL, and immediately notify the operator to immediately wear the construction equipment and correct the movement, thereby reducing the occurrence of the work safety accident at the construction site.

20‧‧‧Image capture unit

21‧‧‧ Human body motion imaging and construction equipment wear materials

30‧‧‧Server Host

31‧‧‧The correct human motion image and construction equipment wear materials

32‧‧‧Artificial wisdom

32‧‧‧Digital data on construction site specifications and construction site guidelines

40‧‧‧ portable alarm

41‧‧‧ Construction site alarm

50‧‧‧Workers

Fig. 1 is a flow chart showing the auxiliary device of the preferred embodiment of the present invention.

Fig. 2 is a schematic view showing the human body motion image and the wearing material of the construction tool obtained by the image capturing unit of the portable alarm device.

Fig. 3 is a schematic view showing the human body motion image and the wearing material of the construction instrument with the image capturing unit of the construction site alarm and the portable alarm.

The present invention is a construction safety artificial intelligence supervisory system, and the specific embodiments of the novel and the components thereof, as illustrated in the accompanying drawings, all relate to front and rear, left and right, top and bottom, upper and lower, and horizontal and vertical. References are for convenience of description only, and are not intended to limit the present invention, nor to limit its components to any position or spatial orientation. The dimensions specified in the schema and the manual, when not leaving this new Within the scope of the patent application, variations are made in accordance with the design and needs of the specific embodiments of the present invention.

In order to enable your review committee to have a better understanding and understanding of the purpose, features and effects of this new model, please refer to Figure 1 to Figure 3, a construction safety artificial intelligence supervisory system, which includes: an image capture The unit 20, a server host 30 and a construction site alarm 41 and a portable alarm 40, the image capturing unit 20 is connected to the server host 30, and the construction site alarm 41 and a portable alarm 40 are received by the server. The artificial intelligence 32 of the host computer 30 controls the image capturing unit 20 to continuously capture the human body motion image and the construction instrument wearing data 21 on the construction site, and obtain the human motion image and the construction appliance wearing data 21 to be transmitted to the server host 30 for analysis, and the server host 30 The image data 32 of the correct human body motion image and the construction equipment wearing data 31 of the operator 50, and the construction site specification and the construction site standard are stored therein, and the server host 30 obtains the image capturing unit 20 by using the artificial intelligence 32. Human body movements and construction equipment wear image data 21, and the human body movement and construction equipment of the operator 50 built in the server main unit 30 The image data 32, and the image data 32 of the construction site specification and the construction site standard are determined for comparison. If the human motion image obtained by the image capturing unit 20 and the wearing information of the construction tool 21 are abnormal, the server host 30 is abnormal. The artificial intelligence 32 issues a posture abnormality notification to the portable alarm 40, and the portable alarm 40 alerts the operator 50 that the posture is abnormal by vibration, buzzing or voice, and the construction site alarm 41 alerts the operator 50 to abnormal posture by buzzer or voice. The artificial intelligence supervisory system judges whether the operator 50 maintains continuous construction, whether it is in normal construction, smoking, by detecting and analyzing the action of the operator 50 in real time. Falling, close to the edge of the workplace and the opening part, there is a risk of falling, whether the construction equipment is properly worn, for example: no protective clothing, protective shoes, no hard hat, no safety rope, and image capture The posture abnormal human body motion image and the construction tool wearing data 21 captured by the unit 20 are transmitted to the portable alarm 40 or sent to the electronic mail box of the worker 50 by MAIL, and the operator 50 is immediately notified that the posture is abnormal, and the ticket is sent and passed. The image capture unit identifies the operator's behavior, promptly gives accurate warnings and corrections, and reduces the occurrence of public security accidents at the construction site.

Therefore, the image capturing unit 20 continuously captures the human motion image and the construction instrument wearing data 21, and obtains the human motion image and the construction equipment wearing material 21 as shown in FIGS. 2 to 3 . It is transmitted to the server host 30 for analysis, and the artificial intelligence supervisory system compares and analyzes the posture action and the wearing of the construction apparatus by the action of the operator 50, and the operator 50 is stored correctly in the server host 30. The human body motion image and construction equipment wearing data 31, and the image data 32 of the construction site specification and the construction site standard are set, and the operator 50 is equipped with the portable alarm 40 to immediately notify the operator 50 posture and the wearing of the construction equipment abnormally. Or, the construction site alarm 41 is placed at a specific place in the workplace, and the construction site alarm 41 prompts the posture and the construction tool to wear the abnormal worker 50 by buzzing or voice, and the posture abnormal operation human body motion image data 21, or the ticket MAIL Send to the operator's 50 e-mail, immediately give the operator 50 accurate warning and correction, use construction Alarm field 41 players and 40 double alarm notification, the operator 50 can not receive a warning notice to prevent the phenomenon occurs due to external factors venue construction work, reducing the construction site of the police accident.

Claims (6)

A construction safety artificial intelligence supervision system comprises: an image capturing unit, a server host, a construction site alarm and a portable alarm, the image capturing unit is connected with a server host, and the construction site alarm And the portable alarm is controlled by the artificial intelligence of the server host. The image capturing unit continuously captures the human body motion image and the wearing data of the construction equipment at the construction site, and obtains the human motion image and the wearing data of the construction instrument to be transmitted to the server host for analysis, and the server host The image of the correct human body motion image and the wearing materials of the construction equipment, and the image data of the construction site specification and the construction site standard are stored in the store, and the operator's human motion image and the wearing materials of the construction equipment are compared and identified. The human motion image obtained by the unit and the wearable data of the construction tool are abnormal, and the artificial intelligence of the server main body sends a posture abnormality to notify the construction site alarm and the portable alarm. For example, the construction safety artificial intelligence supervision system described in claim 1 of the patent scope, wherein the portable alarm device alerts the operator to abnormal posture by vibration, voice or buzzer. For example, the construction safety artificial intelligence supervision system described in claim 1 of the patent scope, wherein the construction site alarm reminds the operator that the posture is abnormal by voice or buzzer. For example, the construction safety artificial intelligence supervision system described in claim 1 of the patent scope, wherein the artificial intelligence can transmit the abnormal human motion image data captured by the image capturing unit to the portable alarm device. For example, the construction safety artificial intelligence supervision system described in claim 1 of the patent scope, wherein the artificial intelligence can send the abnormal human body motion image data captured by the image capturing unit, and the ticket MAIL is sent to the operator's electronic mail box. For example, the construction safety artificial intelligence supervision system described in claim 1 of the patent scope, wherein the artificial intelligence of the server main body can set the image data of the construction site specification and the construction site standard.