KR102653511B1 - Intelligent production process management apparatus - Google Patents

Abstract

The present invention relates to an intelligent production process management device that identifies and manages information on production status using industrial code images, production facility instrument panel images, and production product images. For this purpose, a wearable glove is worn by the user and detects and transmits the user's biometric information as it is worn, a wireless reader holder that is attached and detachable to one area of the glove, and is inserted and fixed into the wireless reader holder and is electrically connected to the wearable glove, and the user A wireless reader that captures industrial codes and industrial production information according to the action of external forces, a production process management department that collects production information based on information transmitted from the wireless reader, verifies production quality, and manages product production, transmitted from the wireless reader. An intelligent production process management device is disclosed that includes a worker safety management unit that analyzes the worker's work location and health status based on the information provided and transmits the analyzed data to the production process management unit.

Description

Intelligent production process management apparatus}

The present invention relates to an intelligent production process management device, and more specifically, to an intelligent production process management device that identifies and manages information on production status using industrial code images, production facility instrument panel images, and production product images.

Republic of Korea Patent Publication No. 2001-0106804 (Title of the invention: Production management device and method using a barcode system) states that the status of all processes for semi-finished products or finished products is entered using barcodes, monitored in real time, and accurate information is provided. By carrying out collection and processing, we are initiating inventions to improve product quality, prevent overrun, balance production, and minimize inventory by process.

The invention described in the prior patent literature performs production management using a barcode system, but additional effort is required to input the barcode, and furthermore, there is a problem in that the barcode system alone cannot prevent quality errors or production errors in manufactured products. .

Republic of Korea Patent Publication No. 2001-0106804 Republic of Korea Patent Publication 10-1462109 Republic of Korea Patent Publication No. 10-2110723 Republic of Korea Patent Publication 10-0869703 Republic of Korea Patent Publication No. 10-2006-0081857 Japanese Patent Publication JP 2020-77259 WO 2020/117166

Therefore, the present invention was created to solve the problems described above, and provides an invention that can intelligently perform production management by generating industrial code images, production facility instrument panel images, and production product images and analyzing the images. It has a purpose.

In addition, the purpose of the present invention is to provide an invention that can simply and easily obtain production-related image information by allowing a wireless reader to be easily worn in the worker's hand in a wearable form.

However, the objects of the present invention are not limited to the objects mentioned above, and other objects not mentioned will be clearly understood by those skilled in the art from the description below.

The purpose of the present invention described above is to provide a wearable glove that is worn by the user and detects and transmits the user's biometric information as it is worn, a wireless reader holder that is attached and detachable to one area of the glove, and a wearable glove that is inserted and fixed into the wireless reader holder. A wireless reader that is electrically connected and captures industrial codes and industrial production information according to the user's external force. A production process that collects production information based on information transmitted from the wireless reader, verifies production quality, and manages product production. This can be achieved by providing an intelligent production process management device, which includes a worker safety management unit that analyzes the worker's work location and health status based on information transmitted from the management unit and wireless reader, and transmits the analyzed data to the production process management unit. there is.

In addition, the wearable glove has a trigger button placed in front of the thumb insertion groove so that the user can push it with the thumb when wearing the glove through the thumb insertion groove, and a biometric information detection device provided in the wearable glove to detect biometric information. It includes a sensor unit, and the wireless reader holder is electrically connected to the trigger button unit. A trigger contact part formed on the upper surface of the wireless reader holder so that the contact points are electrically connected to each other when the wireless reader is inserted and coupled to the wireless reader holder, a biological body. It is electrically connected to the information detection sensor unit and includes a biometric information contact portion formed on the upper surface of the wireless reader holder so that the contact points are electrically connected to each other when the wireless reader is inserted and coupled to the wireless reader holder.

In addition, the wireless reader has a camera unit placed in the front to capture industrial codes and industrial production information at the same time, and first and second reference points located on the left and right sides of the camera unit, respectively, to investigate reference points for shooting industrial codes and industrial production information. A display unit placed on the upper surface of the wireless reader to display images taken from the transmitter and camera unit or to display operation information of the wireless reader, industrial codes received from the camera unit and information on the equipment instrument panel are used at the production site. A production information leader unit that relays production information to the production process management department, a quality information reader unit that relays quality information from the production site, including industrial codes and production product images transmitted from the camera unit, to the production process management department, and a quality information reader unit that relays quality information received from the camera unit. It includes a shipment information reader unit that relays product shipment information made at the production site, including industrial codes, to the production process management department.

In addition, by setting the image area to be analyzed and analyzing the production information transmitted from the image analysis unit and production information reader unit, which analyzes the equipment instrument panel information as an image and converts it into text information, the production location, production time, and production worker are analyzed. A production information recognition unit that analyzes and recognizes the production status, a production status analysis unit that analyzes the production status based on the industrial code transmitted from the production information reader unit, and text information transmitted from the image analysis unit, based on data transmitted from the production information recognition unit. A work flow analysis department that analyzes the flow of the production work process and changes the production work process so that the production work progresses efficiently, a quality verification department that verifies the quality of the product according to the learned data, a production status analysis department, and a work A production management analysis department that manages and analyzes work proficiency, worker health status, and manufactured products based on data transmitted from the flow analysis department, quality verification department, and worker safety management department, and a product shipment that manages and reports product shipment by recognizing industrial codes. It includes a cloud server unit that manages and stores the generated data, and further includes an image learning unit that provides learned data to a production status analysis unit and a quality verification unit.

In addition, the image learning unit receives the industrial code image, equipment dashboard information image, and production product image from the image analysis unit 430, and learns the industrial code image transmitted from the production information image learning unit and the image analysis unit 430, respectively. Production that transmits product information of the industrial code recognized by the quality verification unit, and recognizes the produced product image transmitted from the image analysis unit 430 through learning and transmits product information of the product recognized by the quality verification unit. It includes a product recognition learning unit, and the quality verification unit compares the product information of the industrial code and the product information of the manufactured product to verify whether the manufactured product matches the recognized industrial code, and the external image and image included in the product information of the manufactured product. The production product images sent from the analysis department are compared and verified.

In addition, the worker safety management department collects the worker's health information based on data transmitted from the biometric information detection sensor unit, and the worker safety management department collects the location of safety accidents based on the worker's location information transmitted from the wireless reader. It includes an accident location determination unit, a health status analysis unit that analyzes the worker's health status according to the worker's health information and location information, and a replacement order that instructs the worker to rest or be replaced according to the worker's health status determined by the worker safety management department. It further includes an operator change instruction unit that generates a command by comparing it with preset conditions and transmits a replacement command to the worker's wireless reader.

Meanwhile, the purpose of the present invention is to insert and fix the gloves worn by the user, the wireless reader holder that is attached and detachable to one area of the upper surface of the gloves, and the wireless reader holder, and collect industrial codes and industrial production information according to the user's external force. This can be achieved by providing an industrial hands-free reader, which includes a wireless reader.

In addition, the glove includes a Velcro tape on the front of the glove disposed in a first region of the upper surface of the glove, a thumb insertion groove formed in a second region of the glove, and a thumb insertion groove that the user pushes with his or her thumb when wearing the glove. The trigger button part is disposed in front of the thumb insertion groove so as to be able to do so, the holder Velcro tape is disposed in the third region of the upper surface of the glove, and is disposed in the third region of the lower surface of the glove so that it can be used in the first region when the glove is worn. It includes a curved portion protruding in front of the second region so that the rear Velcro tape of the glove is detachably coupled to the Velcro tape on the front of the glove moved to region 3, and the trigger button portion is disposed in front of the thumb insertion groove.

In addition, the wireless reader holder has a base support portion protruding forward to support the lower part of the wireless reader when the wireless reader is inserted, and a left coupling guide curved to the right, so that the wireless reader is guided and inserted, so that the wireless reader is supported and coupled from the left side. The wireless reader is inserted into the support coupling portion and the right coupling guide curved to the left, and is electrically connected to the right support coupling portion and trigger button portion that supports and couples the wireless reader from the right, and the wireless reader is inserted and coupled into the wireless reader holder. It includes a trigger contact portion formed on the upper surface of the wireless reader holder so that the contact points are electrically connected to each other.

In addition, it further includes a holder fixing Velcro tape that is disposed inside the trigger contact portion and the left and right support coupling portions and detachably couples with the holder Velcro tape to attach and detach the wireless reader holder.

In addition, the wireless reader has a reader unit disposed in the front to simultaneously photograph or scan the industrial code and industrial production information, and a first, 2 A reference point transmitter, a display unit disposed on the upper surface of the wireless reader to display images taken from the camera unit or display operation information of the wireless reader, and a shooting button unit disposed on the upper surface of the wireless reader to operate the camera unit , an indicator light disposed on the upper surface of the wireless reader to display the battery status, Bluetooth connection status, and reader status of the wireless reader, an interface portion disposed at the rear to interface with the outside, and a rear left and right light to engage with the left and right support coupling portions. It includes left and right joining grooves formed in the right area.

As described above, according to the present invention, intelligent production management is achieved, thereby preventing human errors, shortening production time, and reducing costs.

The following drawings attached to this specification illustrate a preferred embodiment of the present invention, and serve to further understand the technical idea of the present invention along with the detailed description of the invention. Therefore, the present invention is limited to the matters described in such drawings. It should not be interpreted in a limited way.
1 is a diagram showing gloves for an industrial hands-free reader according to an embodiment of the present invention;
Figure 2 is a diagram showing a wireless reader holder attached to a glove according to an embodiment of the present invention;
Figure 3 is a diagram showing a holder fixing Velcro tape for attaching and detaching a wireless reader holder according to an embodiment of the present invention;
Figure 4 is a diagram showing a wireless reader mounted on a wireless reader holder according to an embodiment of the present invention;
Figure 5 is a diagram showing a wireless reader capturing a barcode and a facility instrument panel according to an embodiment of the present invention;
Figure 6 is a diagram showing an industrial hands-free wireless reader according to an embodiment of the present invention;
7 and 8 are diagrams showing the approximate configuration of an intelligent production process management device according to an embodiment of the present invention;
Figure 9 is a diagram illustrating a worker safety management unit and a worker change instruction unit according to an embodiment of the present invention.

Hereinafter, a preferred embodiment of the present invention will be described with reference to the drawings. In addition, one embodiment described below does not unduly limit the content of the present invention described in the claims, and it cannot be said that all of the configurations described in this embodiment are essential as a solution to the present invention. In addition, descriptions of matters that are obvious to those skilled in the art and skilled in the art may be omitted, and descriptions of such omitted components (methods) and functions may be sufficiently referenced without departing from the technical spirit of the present invention.

(Configuration and function of industrial hands-free reader)

An industrial hands-free reader according to an embodiment of the present invention includes a glove 100 as shown in FIG. 1. The gloves 100 are preferably made of a flexible material that can cover the user's hands. With reference to FIG. 1 , a Velcro tape 111 on the front of the glove is formed and disposed on the left side of the upper surface 110 of the glove 100. In the central area of the glove 100, a thumb insertion groove 130 is formed long forward and backward, and a trigger button portion 113 is provided in front of the thumb insertion groove 130 on the upper surface 110 of the glove 100. is formed and placed. A holder Velcro tape is formed and disposed on the right side of the upper surface 110 of the glove 100, and a Velcro tape on the back of the glove 121 is formed and disposed on the right side of the lower surface 120 of the glove 100.

While inserting the user's thumb from the bottom to the top of the thumb insertion groove 130, the penetrated thumb is naturally positioned in the area where the trigger button portion 113 is disposed. Then, the front Velcro tape (111) of the glove wraps around the user's palm and back of the hand in a clockwise direction and moves toward the rear Velcro tape (121) of the glove, so that the front Velcro tape (111) of the glove and the Velcro tape (121) of the back of the glove are attached and detachable to each other. do. In this way, when the glove 100 is worn on the user's hand, it may have the shape shown in FIG. 6.

Meanwhile, the trigger button portion 113 is located in front of the thumb insertion groove 130 so that it can be easily pressed with the user's thumb. In order for the trigger button portion 113 to be disposed in the front of the glove 100, a curved area or bent portion 101 is formed in front of the central area of the glove 100, as shown in FIG. 1. The trigger button unit 113 can operate the camera unit 311 together with the shooting button unit 320, which will be described later. To prevent shooting errors due to incorrect input, the trigger protection pad portion 113a surrounding the trigger button portion 113 may be placed and fixed in the front area. The trigger protection pad portion 113a is preferably made of a flexible pad with a certain thickness so that the trigger button portion 113 is not operated by a weak external force and is operated only when an external force of a certain force or more is applied.

As shown in FIG. 2, the wireless reader holder 200 according to an embodiment of the present invention is detachably coupled to the holder Velcro tape 112. Therefore, on the rear of the wireless reader stand (200), a stand Velcro tape (112) and a rear Velcro tape that can be attached and detached are disposed.

The wireless reader holder 200 includes a base support part 201, a left support coupling part 202 (left coupling guide), and a right support coupling part 203 (right coupling guide) to mount the wireless reader 300. The base support portion 201 extends long in the longitudinal direction, and a left support coupling portion 202 and a right support coupling portion 203 are formed on the left and right sides of the lower end of the base support portion 201, respectively. The left support coupling part 202 and the right support coupling part 203 each have curved surfaces (left curved surface and right curved surface) bent in opposite directions so that the wireless reader 300 can be fixed by inserting a guide.

A trigger contact portion 210 is provided in the upper area of the base support portion 201. The trigger contact part 210 is electrically connected to the trigger button part 113 with a connection wire 10, and the trigger contact part 210 is connected to the wireless reader holder 200 by the wireless reader 300 as shown in FIG. 4. When inserted and fixed, the contact portion (not shown) on the rear of the wireless reader 300 and the mutual contact portion are electrically connected.

As shown in FIG. 3, the holder fixing Velcro tape 220 is for attaching and detaching the wireless reader holder 200 to the glove. The holder fixing Velcro tape 220 and the holder Velcro tape 112 are attached and detachable to each other to enable wireless Secure the reader holder (200) to the glove. The holder fixing Velcro tape 220 is a holder Velcro tape 112 so as to cover the upper surface of the wireless reader holder 200 to the inside of the imaginary line connecting the trigger contact part 210 and the left and right support coupling parts 202 and 203. It is detachably coupled with.

As shown in FIGS. 4 and 5, the wireless reader 300 photographs barcodes, QR codes, and equipment dashboards and processes the photographed information into images. For this purpose, the camera unit 311, the first and second reference point transmitters (312a, 312b), the display unit 315, the shooting button unit 320, the indicator lights (331, 332, 333), and the first and second coupling grooves (341, 342). Equipped with

The first and second coupling grooves 341 and 342 are formed on the rear left and right sides of the wireless reader 300 and are detachably coupled to the left and right support coupling parts 202 and 203, respectively.

The camera unit 311 is provided in front of the wireless reader 300. As shown in FIG. 5, the camera unit 311 photographs the barcode 21 and the equipment dashboard 22 attached to the industrial equipment 20 separately or simultaneously. At this time, since the glove 100 is worn on the user's hand as shown in FIGS. 5 and 6, the user knows whether the photographing area of the camera unit 311 is in a direction that can accurately photograph the barcode 21 and the facility instrument panel 22. difficult. Therefore, it is desirable to arrange the first and second reference point transmitters 312a and 312b, which can accurately indicate the range of the shooting area, on the left and right sides of the camera unit 311. In other words, when the user presses the shooting button unit 320 or the trigger button unit 113, the photo is not taken immediately, but the first and second reference point transmitting units (312a, 312b) send an infrared or laser beam, etc. to the barcode (21) and the equipment. The reference point of the shooting area is first presented by examining the instrument panel 22, and the direction and angle of the camera unit 311 is adjusted by moving the user's hand according to the reference point presented, and then the shooting button unit 320 or the trigger button unit is again used. It is advisable to press (113) to take pictures at this time.

The display unit 315 displays the barcode image and the facility instrument panel image captured by the camera unit 311 to the user. Therefore, you can check whether the user's captured image was captured properly. If the captured image is blurry or taken incorrectly, shoot again. In addition to displaying captured images, the display unit 315 displays various operation information of the wireless reader 300 so that the user can conveniently know the operation status.

The interface unit (not shown) is provided at the rear of the wireless reader 300 and is connected to exchange data with the outside. This interface unit may be a USB connection unit or the like.

The wireless reader 300 includes a location information generator (not shown). The location information generation unit is tagged with the captured image, image shooting time, and user information, and is transmitted to the production information processing unit. The location information generator generates the location of use of the wireless reader 300. That is, when a worker wears the industrial hands-free reader according to the present invention and takes pictures in a certain area inside the factory, the location information generator generates and transmits location information of the used point. The wireless reader 300 includes a time generator (not shown). That is, the time generator generates and transmits the usage time of the wireless reader. At this time, usage time and captured images are tagged with each other. Worker information may already be input into the wireless reader 300.

Meanwhile, various methods can be performed to obtain location information using a wireless reader. As an example, when photographing a facility instrument panel, the location of the facility can be recognized through the numbered information on the facility instrument panel, and through this, the location of use can be determined. As another example, the location of use can be determined through Bluetooth.

The wireless reader 300 is provided with a loop that can be worn around the neck or waist for convenient carrying, so it can be worn as a waist hanger or neck hanger. Therefore, only when photography is necessary, it can be photographed by attaching it to the wireless reader holder 200.

(Configuration and function of intelligent production process management device)

As shown in FIGS. 1 and 7, the intelligent production process management device according to an embodiment of the present invention includes wearable gloves 100, a wireless reader holder 200, a wireless reader 300, a production process management unit 400, It includes a worker safety management unit 500, an image learning unit 600, and a cloud server unit 700.

The wearable glove 100 according to an embodiment of the present invention further includes a biometric information detection sensor unit 140 in addition to the description of the glove described above. The biometric information detection sensor unit 140 is provided in the glove and includes a heart rate sensor unit 141, an active oxygen sensor unit 142, and an electromyography sensor unit 143 to detect the worker's biometric information. Each sensor unit may be provided as an integrated module or may be provided in a location where the worker's biometric information can be best detected. The biometric information detection sensor unit 140 detects the worker's biometric information in real time while the worker is wearing the gloves 100 and transmits it to the wireless reader 300.

Meanwhile, in order to transmit each bio signal detected by the biometric information detection sensor unit 140 to the wireless reader 300, each of the biometric information detection sensor unit 140 includes a heart rate contact unit, an active oxygen contact unit, and an electromyography contact unit. The biometric information contact points provided on the wireless reader holder 200 are electrically connected to each other. Accordingly, when the wireless reader 300 is inserted and coupled to the wireless reader holder 300, biometric information generated from each sensor is transmitted to the wireless reader 300 through the wireless reader holder 200.

In addition to the above description, the wireless reader 300 according to an embodiment of the present invention additionally includes a production information reader unit 351, a quality information reader unit 352, a shipment information reader unit 353, and a data classification unit (see drawing). (not shown). The data classification unit receives the industrial code, industrial production information, and product image data captured from the camera unit 311, classifies each according to the shooting location of the production site (i.e., location-based), and sends the production information leader unit 351 to the quality control unit. It is transmitted to the information reader unit 352 and the shipping information reader unit 353, respectively.

The camera unit 311 photographs industrial codes, industrial production information, and manufactured products. Industrial codes are barcodes and QR codes, and industrial production information is information displayed on the instrument panel of production facilities. Therefore, the camera unit 311 generates a barcode or QR code image, creates an image of a dashboard of an industrial production facility, and photographs a product image of the produced product.

The production information reader unit 351 relays and transmits various production information images made at the production site, including industrial code images and equipment instrument panel information images transmitted from the data classification unit, to the production process management unit. The quality information reader unit 352 relays and transmits various quality information images generated at the production site, including industrial code images and production product images received from the data classification unit, to the production process management unit. The shipment information reader unit 353 relays and transmits various product shipment information images made at the production site, including industrial code images transmitted from the data classification unit, to the production process management unit.

As shown in FIG. 7, the production process management unit 400 according to an embodiment of the present invention collects production information based on information transmitted from the wireless reader 300, verifies production quality, and manages product production. .

The image analysis unit 430 sets an image area to be analyzed for each image transmitted from the production information reader unit 351, the quality information reader unit 352, and the shipping information reader unit 353, and sets the image area to be analyzed in the set image area. Analyze the image based on this. As an example, barcode information or QR code information included in an industrial code image is analyzed and converted into text information. In addition, the production status (for example, production quantity and equipment status of the equipment) included in the equipment dashboard information image is analyzed and converted into text information. In addition, images of produced products are processed and analyzed for comparison with actual produced products. The image analysis unit 440 transmits the image-analyzed data to the production status analysis unit 420, the quality verification unit 440, or the product shipping unit 470 according to the transmitted location information of the wireless reader 300. .

The production information recognition unit 410 analyzes and recognizes the production location, production time, and production worker by analyzing the production information transmitted from the production information reader unit 351. For this purpose, it includes a production location recognition unit 411, a production time recognition unit 412, and a production worker recognition unit 413. The production location recognition unit 411 receives the shooting location from the wireless reader 300 and records and manages the production location information. The wireless reader 300 includes a location information generator 360, and the location information generator 360 can generate location information of the wireless reader 300 using Bluetooth or the like. The production time recognition unit 412 receives the shooting time from the wireless reader 300 and records and manages production time information. The wireless reader 300 may be further equipped with a timer unit (not shown) capable of calculating the shooting time. The production worker recognition unit 413 records and manages production worker information and photographing object information transmitted from the wireless reader 300. The wireless reader 300 can be assigned to each worker, and production worker information can be assigned according to the unique identification ID of the wireless reader 300.

The work flow analysis unit 450 receives the above-described production location information, production time information, production worker information, and photographing object information (which equipment or product was photographed), analyzes the flow of the production work process, and determines whether the production work is completed. Analyze and change the production work process to ensure efficient progress. Optimize work flow based on the analyzed production flow. For example, when a worker is doing someone else's work instead of his or her own work, when the worker's production speed is not up to standard, when the worker's work flow does not move according to the predetermined work flow, etc. are analyzed to detect errors. to be corrected. And the work flow analysis unit 450 transfers the analyzed production flow data to the production management analysis unit 460 to ensure overall production management.

The production status analysis unit 420 analyzes the production status based on the text industrial code and product production information transmitted from the image analysis unit 430, as shown in FIG. 8. To this end, the industrial code analysis unit 421 records and analyzes barcode information or QR code information transmitted from the image analysis unit 430. The production information analysis unit 422 records and analyzes the production status information of each facility transmitted from the image analysis unit 430. Therefore, the production status analysis unit 420 matches each barcode or QR code with the production status information, categorizes them, and records and stores them. The generated information is transmitted to the cloud server unit 700 to share the data, and is also transmitted to the production management analysis unit 460 to manage the entire production in real time.

The quality verification unit 440 verifies the quality of the produced product according to the learned data. The quality of the produced product is verified by external quality, such as whether the actual produced product matches the industrial code (production error check) and whether the shape or form of the actually produced product is suitable for the quality. For this purpose, the quality verification unit 440 includes a product recognition unit 441, an industrial code analysis unit 442, and a production product verification unit 443, and receives data learned from the image learning unit 600 to ensure production quality. inspect.

Therefore, the image learning unit 600 includes a production information image learning unit (not shown) and a production product recognition learning unit (not shown). The production information image learning unit receives the industrial code image, equipment dashboard information image, and production product image corresponding to the industrial code from the image analysis unit 430 and learns each. In other words, learning is performed based on numerous processed image data provided by the image analysis unit 430 to identify information contained in industrial codes, information recorded on equipment dashboards, and various manufactured products. Once learning is completed by the production information image learning unit, the production product recognition learning unit receives various images generated at the actual production site from the image analysis unit 430.

The production product recognition learning unit recognizes the industrial code image transmitted from the image analysis unit 430 through learning and transmits product information of the recognized industrial code to the product recognition unit 441. In addition, the product recognition learning unit recognizes the product image transmitted from the image analysis unit 430 through learning and transmits product information of the recognized product to the product recognition unit 441.

The product verification unit 443 compares the product information of the industrial code and the product information of the manufactured product from the product recognition unit 441 to verify whether the manufactured product matches the industrial code, and if it does not match, determines it to be defective. . Additionally, the production product verification unit 443 compares the appearance image included in the product information of the produced product with the produced product image transmitted from the image analysis unit 430 and determines the product to be defective if the appearance is different. The production product verification unit 443 transmits the generated verification data to the production management analysis unit 460 so that overall production management is analyzed.

The production management analysis unit 460 analyzes work proficiency and worker health based on data transmitted from the production status analysis unit 420, work flow analysis unit 450, quality verification unit 440, and worker safety management unit 500. Manage and analyze status and real-time production of products.

The product shipping unit 470 manages and reports product shipment by recognizing the industrial code provided from the image analysis unit 430.

Meanwhile, the worker safety management unit 500 according to an embodiment of the present invention analyzes the worker's working position and health status based on the information transmitted from the wireless reader 300, and sends the analyzed data to the production process management unit 400. send to To this end, the worker safety management unit 500 includes a worker health information collection unit 510, a safety accident location determination unit 520, and a health status analysis unit 530.

The worker health information collection unit 510 collects and manages the worker's health information based on heart rate data, active oxygen data, and electromyography data transmitted from the biometric information detection sensor unit 140.

The safety accident location determination unit 520 collects the location of the safety accident according to the worker's location information transmitted from the location information generation unit 360 of the wireless reader. A safety accident refers to an accident that may occur to a worker at a manufacturing site, such as an accident that occurs due to health problems at the production site or an injury caused by a work machine. The fact that a safety accident that may occur to a worker is determined by the worker's health. Analysis and collection can be performed by the information collection unit 510.

The health status analysis unit 530 analyzes the worker's health status according to the worker's health information and location information. In other words, heart rate data, active oxygen data, and electromyography data may be different depending on the worker's working location (for example, a place with a poor working environment or a place without a poor working environment), and therefore, they are compared based on the standard setting data set for each work location. You can check the health and safety of workers.

The worker change instruction unit 480 generates a replacement instruction order instructing the worker to rest or replace according to the worker's health status determined by the worker safety management department 500 by comparing the replacement instruction order with the preset change conditions, and sends the replacement instruction order to the worker's health status. Transmitted to the wireless reader (300). The wireless reader 300, which has received the replacement instruction command, notifies the worker in question so that the worker can take a break.

In explaining the present invention, matters that are obvious to those skilled in the art and skilled in the art may be omitted, and descriptions of such omitted components (methods) and functions may be sufficiently referenced without departing from the technical spirit of the present invention. You will be able to. In addition, the components of the present invention described above are only described for the convenience of explaining the present invention, and components not described herein may be added without departing from the technical spirit of the present invention.

The description of the configuration and function of each part described above is explained separately from each other for convenience of explanation, and if necessary, one configuration and function may be implemented by integrating with other components, or may be implemented in further detail.

Although the present invention has been described above with reference to one embodiment, the present invention is not limited to this, and various modifications and applications are possible. That is, those skilled in the art will easily understand that many modifications are possible without departing from the gist of the present invention. In addition, it should be noted that if a specific description of the known functions and their configurations related to the present invention or the combination relationship between each component of the present invention is judged to unnecessarily obscure the gist of the present invention, the detailed description has been omitted. something to do.

10: connection wire
20: Industrial equipment
21: barcode
22: Equipment instrument panel
100: Gloves
101: Bend portion (or bend area)
110: upper surface of armor
111: Front Velcro tape of gloves (female)
112: Holder Velcro tape (female)
113: Trigger button part
113a: Trigger protection pad portion
120: lower side of the armor
121: Velcro tape on the back of the gloves (male)
130: Thumb insertion groove
140: Biometric information detection sensor unit
141: Heart rate sensor unit
142: Active oxygen sensor unit
143: Electromyography sensor unit
200: Wireless reader holder
201: base support
202: Left support joint (or left joint guide)
203: Right support joint (or right joint guide)
210: Trigger contact part
220: Holder fixing Velcro tape
300: wireless reader
300a: first wireless reader
300b: second wireless reader
300c: Third wireless reader
311: camera unit
312a: first reference point transmission unit
312b: Second reference point transmission unit
315: display unit
320: Shooting button part
331: Bluetooth indicator light
332: Battery indicator light
333: Shooting indicator
341: first coupling groove
342: second coupling groove
351: Production information leader department
352: Quality information leader department
353: Shipping information reader unit
360: Location information generation unit
400: Production process management department
410: Production information recognition unit
411: Production location recognition unit
412: Production time recognition unit
413: Production worker recognition unit
420: Production status analysis department
421: Industrial code analysis unit
422: Production information analysis department
430: Image analysis unit
440: Quality verification department
441: Product recognition unit
442: Industrial code analysis unit
443: Production product verification department
450: Work flow analysis unit
460: Production management analysis department
470: Product shipping department
480: Operator change instruction unit
500: Worker Safety Management Department
510: Worker health information collection department
520: Safety accident location determination unit
530: Health status analysis department
600: Image learning unit
700: Cloud server unit

Claims (6)

Wearable gloves that are worn by the user and detect and transmit the user's biometric information as they are worn,
A wireless reader holder that is detachably fixed to one area of the glove,
A wireless reader that is inserted and fixed into the wireless reader holder and electrically connected to the wearable glove, and captures industrial codes and industrial production information according to the user's external force;
A production process management department that collects production information based on the information transmitted from the wireless reader, verifies production quality, and manages product production;
It includes a worker safety management unit that analyzes the worker's working position and health status based on the information transmitted from the wireless reader and transmits the analyzed data to the production process management unit,
The wireless reader is,
It includes a camera unit disposed at the front to capture the industrial code and industrial production information,
It includes first and second reference point transmitters disposed on the left and right sides of the camera unit provided in front of the wireless reader to investigate reference points for photographing the industrial code and industrial production information,
When the trigger button is pressed, infrared or laser beams are irradiated from the first and second reference point transmitters to present the reference point. After adjusting the direction and angle of the camera unit according to the presentation of the reference point, shooting is controlled by pressing the trigger button. And
The production process management unit includes a quality verification unit that verifies the quality of the produced product according to the learned data,
The quality verification department,
A product recognition unit that recognizes an industrial code image through learning and receives product information of the recognized industrial code, and receives product information of the recognized manufactured product by recognizing a produced product image through learning, and
A production product verification unit that compares the product information of the industrial code input from the product recognition unit and the product information of the produced product to check for production errors to see whether the actually produced product matches the recognized industrial code. Intelligent production process management device.
According to claim 1,
The wearable gloves are,
A trigger button portion disposed in front of the thumb insertion groove so that the user can push it with the thumb when wearing a glove through the thumb insertion groove,
It includes a biometric information detection sensor unit provided on the wearable glove to detect the biometric information,
The wireless reader holder,
A trigger contact portion electrically connected to the trigger button portion and formed on the upper surface of the wireless reader holder so that the contact points are electrically connected to each other when the wireless reader is inserted and coupled to the wireless reader holder;
It is electrically connected to the biometric information detection sensor unit and includes a biometric information contact portion formed on the upper surface of the wireless reader holder so that the contact points are electrically connected to each other when the wireless reader is inserted and coupled to the wireless reader holder. Intelligent production process management device.
According to claim 2,
The wireless reader is,
A display unit disposed on the upper surface of the wireless reader to display images captured from the camera unit or display operation information of the wireless reader,
A production information reader unit that relays production information occurring at the production site, including industrial codes and equipment dashboard information transmitted from the camera unit, to the production process management unit;
A quality information reader unit that relays quality information made at the production site, including industrial codes and production product images transmitted from the camera unit, to the production process management unit;
An intelligent production process management device further comprising a shipment information reader unit that relays product shipment information made at the production site, including the industrial code transmitted from the camera unit, to the production process management unit.
According to claim 3,
The production process management department,
An image analysis unit that sets the image area to be analyzed, analyzes the equipment instrument panel information in the form of an image, and converts it into text information;
A production information recognition unit that analyzes and recognizes the production location, production time, and production worker by analyzing the production information transmitted from the production information reader unit;
A production status analysis unit that analyzes the production status based on the industrial code transmitted from the production information reader unit and the text information transmitted from the image analysis unit;
A work flow analysis unit that changes the production process by analyzing the flow of the production process based on the data transmitted from the production information recognition unit;
A production management analysis unit that manages and analyzes work proficiency, worker health status, and manufactured products based on data transmitted from the production status analysis unit, work flow analysis unit, quality verification unit, and worker safety management unit,
A product shipping department that manages and reports product shipments by recognizing the industrial code,
It includes a cloud server unit that manages and stores the generated data,
An intelligent production process management device further comprising a production status analysis unit and an image learning unit that provides learned data to the quality verification unit.
According to claim 4,
The image learning unit,
A production information image learning unit that receives industrial code images, equipment instrument panel information images, and production product images from the image analysis unit and learns each,
The industrial code image transmitted from the image analysis unit is recognized through learning, and product information of the recognized industrial code is transmitted to the quality verification unit, and the product image transmitted from the image analysis unit is recognized through learning to verify the quality. An intelligent production process management device comprising a production product recognition learning unit that transmits product information of a production product recognized as a unit.
According to claim 5,
The worker safety management department,
A worker health information collection unit that collects the worker's health information based on the data transmitted from the biometric information detection sensor unit,
A safety accident location determination unit that collects the location of a safety accident according to the worker's location information transmitted from the wireless reader;
It includes a health status analysis unit that analyzes the health status of the worker according to the worker's health information and location information,
Characterized by further comprising a worker change instruction unit that generates a replacement instruction command instructing the worker to rest or replace the worker according to the worker's health status determined by the worker safety management department, and transmits the replacement instruction command to the worker's wireless reader. Intelligent production process management device.