KR101331062B1 - Method and apparatus of indication colour thread break-down with wireless communication for embroidery machine - Google Patents

Abstract

The present invention relates to a display device and method for embroidery thread breakage, and more particularly, to an embroidery thread breakage detection device of an embroidery machine. OP panel means for confirming and recording, driving the corresponding headlamps, displaying the head information on the display portion, and encrypting and converting the detected head information in real time as a wireless communication signal; And a mobile terminal means for decoding and analyzing information received in real time from the OP panel means as a wireless communication signal, displaying the detected head information, and generating a warning signal in a selected manner. Characterized in that the configuration, the operator carrying the mobile terminal means has the effect of quickly and accurately confirming the head information that the failure occurs during the movement.

Embroidery Machine, Embroidery Thread, Head, Real Time, Wireless Communication, Bluetooth, Warning

Description

METHOD AND APPARATUS OF INDICATION COLOR THREAD BREAK-DOWN WITH WIRELESS COMMUNICATION FOR EMBROIDERY MACHINE}

FIG. 1 is a structural explanatory view of a general double-

Figure 2 is a block diagram of the embroidery thread broken display device of the multi-head embroidery machine head portion according to the prior art,

3 is a functional configuration diagram of the OP panel means constituting the embroidery thread broken display of the embroidery machine using the wireless communication of the present invention,

4 is a functional configuration diagram of a mobile terminal means constituting the embroidery thread broken display of the embroidery machine using the wireless communication of the present invention,

Figure 5 is a flow chart of the embroidery thread broken display method of the embroidery machine by using the OP panel means of the present invention,

6 is a flowchart illustrating a method of displaying embroidery thread breaks of an embroidery machine using wireless communication by the mobile terminal means of the present invention.

7 is a conceptual diagram of the embroidery thread broken display method of the embroidery machine using the wireless communication according to the present invention.

          DESCRIPTION OF REFERENCE NUMERALS

80: OP panel means 100: head monitoring unit

110,220: control unit 120: wireless transmission unit

130: headlamp portion 140, 240: display portion

150, 230: memory 160, 270: keyboard

210: wireless receiver 250: audio unit

260: vibrating unit

The present invention transmits and displays the embroidery thread broken state of the embroidery machine to a near-terminal terminal in a mobile state in a wireless signal. In particular, in the multi-duplex embroidery machine, if the broken state of the embroidery thread is detected, the mobile terminal transmits the embroidery thread broken state to the mobile terminal. A display apparatus and a method for displaying embroidery thread breakage.

The fabric is a weaving of a string and a string, and it is common that there is no pattern. Embroidery is a machine that embroiders various patterns on such fabric. Embroidery machine is a machine that automatically embroiders by applying a sewing machine.

Embroidery embroiders a selected pattern using embroidery threads of various colors on a two-dimensional flat fabric fabric, and it is common to use a method of fixing the embroidery machine and moving the fabric or fabric. That is, while the needle bar of the head portion for embroidering the embroidery moves up and down, the cloth or the sole with the fabric is fixed in the X and Y axis directions and transferred to a desired position on the two-dimensional plane. It is a machine that produces water automatically.

In general, a single-head embroidery machine in which one head part is connected to one power shaft is called a single-head embroidery machine, and a embroidery machine in which different head parts are connected to two different power shafts is called a dual embroidery machine. Head portion As an example, the connection of 12 to 48 head portions to one power shaft and simultaneously driving the same is called multi-embroidery. Dodu embroidery machine has high productivity because it simultaneously mass-produces embroidery by the same pattern design.

Each head of the embroidery machine is provided with 6 to 12 needle bars, and only one needle bar is selected and driven, and each needle bar is equipped with a different color embroidery thread to produce color embroidery of various designs. Each of the head portions of the embroidery machine significantly affects the quality of the embroidery produced when any one of the embroidery threads is broken, so that a technique of detecting breakage of the embroidery thread and displaying it to the operator is important.

In general, the detection of breakage of the embroidery thread in the embroidery machine is detected and indicated by detecting the tension of each embroidery thread and when the normal tension is not detected. If any one of the specific heads in the multi-head embroidery machine breaks, all the heads driven by the same axis are stopped, and the warning heads are displayed for the broken heads so that the operator can easily identify and confirm. It is easy to check whether the embroidery thread is broken, and there is an advantage of quickly reconnecting the broken embroidery thread. However, it is common for workshops that produce embroidery to shed light on the threads for clarity and for a clean work environment.

Referring to FIG. 1, the structure of a general double-beam machine 10 will be described. The power source included in the upper beam 20 drives one axis, and the shaft is equally driven with a plurality of heads 30 . Each of the head units 30 is provided with a plurality of embroidery chambers 40. Each embroidery chamber 40 is connected to the thread take-up unit and the tension control plate and is supplied to the needles of the needle bar. Since the multi-embroider 10 is driven by one axis and at the same time embroiders a pattern by one design pattern DESIGN PATTERN, any one embroidery section 40 is broken at any one head 30. In this case, after stopping the driving of the whole embroidery machine 10 and finding the head part 30 where the embroidery thread 40 is broken, the embroidery thread 40 must be connected, and then the whole embroidery machine 10 must be driven again. . For example, the multi-head unit 10 drives 24 or 48 head units 30 with the same drive shaft.

The embroidery frame provided on the table portion 50 of the double-throwing machine 10 is driven by the X-axis and the Y-axis and freely transported in a two-dimensional plane. The fabric is fixed to the embroidery frame, Automatically generates a predetermined pattern by the design pattern into the embroidery thread 40. [

In order to find the head part 30 where the embroidery thread is broken in the multi-threaded embroidery machine 10, check the tension of the embroidery thread 40, and when one of the embroidery threads 40 provided is broken, the warning lamp is turned off. Driven, such a warning lamp is referred to as a headlamp because it is provided in a location that is easy to identify and identify in each head portion (30). One end of the multi-head embroidery machine 10 is provided with an OP panel 80 means for controlling and monitoring the entire operation.

Referring to Figure 2 describes the embroidery thread broken display device of the multi-head embroidery machine head portion 30 according to the prior art, the embroidery thread 40 is supplied at a constant tension by the tension adjusting device and the take-up of the tension plate 62 And stitched to the needle 68 fixed to the needle bar 66, and the needle 68 is driven up and down by the vertical drive of the needle bar 66, so that embroidery is produced on the fabric.

The tension adjusting device of the tension plate 62 detects a case where the embroidery thread 40 of the needle 68 is broken, drives the headlamp 64 to emit light, and notifies the central control unit to the multi-embroider 10. Stop the whole operation. The worker recognizes that any one of the embroidery threads is broken in the head portion 30 in which the headlamp 64 is driven, finds the broken embroidery thread, and drives the embroidery machine again to produce embroidery. The workshop where embroidery is produced is equipped with a relatively bright lighting device in order to distinguish the color of the embroidery thread and to create a safe working environment.

In order to warn the breakage of the embroidery thread 40 in the multi-head embroidery machine 10 in which a plurality of heads 30 are connected to the same power shaft and driven, the head lamp 64 that emits light is easily found by the operator. It is comprised so that it may protrude slightly from the front plate of the part 30.

However, this conventional technology has a problem that it is difficult for an operator to easily identify and confirm the light emission state of the headlamp 64 by the bright light source of the lighting device provided on the upper side of the workplace where the multi-embroider 10 is located.

In particular, the multi-head embroidery machine 10 with a large head portion has a long straight line, and the operator's radius of motion is wide. Although the broken head can be clearly identified, there is a problem that the worker who needs to move a wide radius of action is easily tired and takes a long time to check and take action.

The present invention wirelessly transmits the head information in which the embroidery thread is detected in the multi-head embroidery machine to the mobile terminal means located at a short distance in the moving state. It is an object of the present invention to provide an embroidery thread disconnection display device and method that enables quick follow-up with minimal movement since wireless transmission is performed by a Bluetooth method to a mobile terminal means located within a range of a worker's behavior and a number is displayed numerically. .

The present invention devised to achieve the above object, in the embroidery thread break detection device of the embroidery machine, is fixed integrally to the main body of the embroidery machine and monitors each head part to check the information of the head portion when the embroidery thread break is detected OP panel means for driving the corresponding headlamps, displaying the head information on the display, encrypting and converting the detected head information, and transmitting in real time as a wireless communication signal; And a mobile terminal means for decoding and analyzing information received in real time from the OP panel means as a wireless communication signal, displaying the detected head information, and generating a warning signal in a selected manner. This suggests the configuration to be included.

In addition, the present invention devised to achieve the above object, in the operating method of the OP panel means for detecting the embroidery thread break of the embroidery machine, a signal for commanding the operation of the embroidery machine by the control unit constituting the OP panel means input If it is confirmed that the process to control the function to produce embroidery and monitoring the embroidery thread break of each head; Stopping embroidery machine operation from the head unit and stopping the embroidery machine, checking and recording all head information in real time, sequentially displaying the set information at a predetermined time period, converting the wireless communication signal, and transmitting in real time; A recovery process of displaying the head information and converting the head information into a wireless communication signal when it is confirmed that the embroidery thread is broken; The process of continuing the production of embroidery once the restoration is complete; Is presented.

In addition, the present invention devised to achieve the above object, in the operating method of the mobile terminal means for receiving and displaying the embroidery thread disconnection information of the embroidery machine, the operation command signal is input by the control unit of the mobile terminal means; A first process of activating the display unit if it is confirmed; A second step of activating the audio unit when it is confirmed by the control unit that the audio unit is selected and operating by the control unit; If it is determined by the control unit that the wireless communication signal is received from the OP panel means, real-time analysis of the received information to detect and record the head unit information and display the set unit at a predetermined period, and generate a selected warning signal; Is presented.

Hereinafter, according to the present invention having the configuration described above, the embroidery thread disconnection display device and method will be described in detail with reference to the accompanying drawings.

3 is a functional configuration diagram of the OP panel means constituting the embroidery thread broken display of the embroidery machine using the wireless communication of the present invention, Figure 4 is a embroidery machine using the wireless communication of the present invention Figure 5 is a functional configuration diagram of the mobile terminal means constituting the embroidery thread broken display device of the present invention, Figure 5 is a flow chart of the embroidery thread broken display method of the embroidery machine using wireless communication by the OP panel means of the present invention, Figure 6 is 7 is a flowchart illustrating a method of displaying embroidery thread breaks of a embroidery machine using wireless communication, and FIG. 7 is a conceptual diagram of a embroidery thread break display method of a embroidery machine using wireless communication according to the present invention.

In describing an example of the present invention, since illustration and description of a well-known technical content which is not directly related to the present invention are omitted, the present invention is clearly conveyed without blurring the gist of the present invention.

According to one embodiment of the present invention, the embroidery thread disconnection display apparatus includes: an OP panel means (80) for checking and recording head information and transmitting in real time as a wireless communication signal when embroidery thread disconnection is detected; And mobile terminal means for receiving the wireless communication signal in real time to display the head information and generates a warning signal; .

Referring to Fig. 3, the OP panel means 80 constituting the embroidery thread breakage display device of the present invention, the head monitoring unit 100 for confirming the head information is detected embroidery thread break; A control unit 110 for managing the detected head information, controlling and monitoring encryption conversion and transmission; A wireless transmitter 120 for converting and detecting the detected head information into a wireless communication signal; Head lamp unit 130 to indicate the embroidery thread break; A display unit 140 for displaying the detected head information by numbers; A memory unit 150 for recording the detected head unit information in real time; A keyboard unit 160 for inputting a command signal for controlling the operation of the embroidery machine; This configuration is included.

Referring to Figure 4, when describing the mobile terminal means 200 constituting the embroidery thread disconnection display device of the present invention, the wireless receiving unit 210 for receiving a wireless communication signal transmitted by the OP panel means 80 in real time; A controller 220 for decoding the received signal and sequentially displaying the analyzed head information numerically and generating a warning signal of the selected audio and vibration in real time; A memory unit 230 for recording real-time head information received by wireless communication; A display unit 240 displaying the head information received in real time by wireless communication in numerals; An audio unit 250 that warns with an audio signal that head information has been received; A vibrator 260 that warns with a vibration signal that head information has been received; A keyboard unit 270 for inputting an operation command signal; This configuration is included.

The display unit 240 is an example, and all display means including an LED (LIGHT EMITTING DIODE), an LCD (LIQUID CRYSTAL DISPLAY), an OLE (ORGANIC LIGHT-EMITTING DISPLAY), a CRT, an electronic paper (E-PAPER) In the description of the present invention to be included by way of example, it will be described by LED.

Hereinafter, with reference to the accompanying drawings, by way of example of the present invention, the embroidery thread broken display of the embroidery machine using wireless communication will be described.

The wireless communication method of the present invention includes a wireless communication technology of all types, including a Bluetooth method, a mobile communication method, an infrared method, and the like.

Bluetooth (BLUETOOTH) is a technology for short-range wireless transmission and reception of data and voice signals in up to three channels using 2.45 GHz, which is a frequency band (BAND WIDTH), which is not generally used, and is based on the IEEE 802 standard. It has the address of ADDRESS, and point-to-point or multi-point connection is possible, and the communication range is within 10m but it is being developed in the long distance, and the data transmission speed is from 1 Mbps to 2 Mbps. to be. The application of the frequency hopping design enables communication in places with high electromagnetic disturbances and the addition of built-in encryption and verification. The scope of application is used in near field communication between mobile phones and mobile phones, peripheral devices such as mobile phones and earphones, peripheral devices such as computers, keyboards, mice, printers, and near field communication between PDAs and PDAs.

For example, the multi-head embroidery machine 10 may be provided with up to 48 head parts 30 integrally on the same power shaft, and may be operated simultaneously. At the same time as the radius increases, it is not easy to check the position of the head which causes the interruption of embroidery thread. Each head part is provided with a head lamp to emit light when the interruption of embroidery thread occurs. However, when bright lighting is used to improve the workplace environment, the reality is that it is not easy to find. Information on the head portion of the embroidery thread break is displayed on the OP panel means, and when the operator wants to use the information of the OP panel means, the user must move to one end where the OP panel means is located, which wastes work time and labor. . Therefore, the present invention is to add a Bluetooth wireless transmission function to the OP panel means, and to add a Bluetooth wireless reception function to the mobile terminal means so that the operator can easily check the information of the failure head portion displayed by the OP panel means within the working radius. Technology.

When the control unit 110 of the OP panel means 80 receives a command signal for operating the multi-embroider 10 from the keyboard unit 160 to produce embroidery, the control unit 110 controls each functional unit not shown in detail in the figure. At the same time to control the head monitoring unit 100 to monitor whether the embroidery thread is normally supplied to each head unit 30 without interruption.

For example, when the head monitoring unit 100 detects the embroidery thread break from the specific head unit 30 or detects the embroidery thread break from the plurality of head units 30, the controller 110 notifies the controller 110, and the controller controls each function. By controlling the wealth to stop the operation of the whole embroidery machine 10 to stop the embroidery production. At this time, the head monitoring unit 100 monitors each head unit 30, detects and collects information indicating the position of the head unit 30 where embroidery thread break occurs, and provides the control unit 110 with real time (REALTIME).

The controller 110 records and manages the detected head unit 30 information in the memory unit 150 in real time, controls the head lamp unit 130 of the head unit in real time to emit light, and detects the head detected by the display unit 140. Numerical information indicating the position of the unit 30 is output and displayed in real time. In addition, when the detected head unit information is plural, the controller 110 may provide the display unit 140 to the display unit 140 at predetermined predetermined cycle time units so as to sequentially output and display the same.

In another embodiment, when the head monitoring unit 100 receives the head unit information from which the embroidery thread break is recovered, the head unit information recorded in the memory unit 150 is updated and managed, and the head restored to the display unit 140. You can delete the sub information so that it is not displayed.

In addition, the controller 110 controls the Bluetooth wireless transmitter 120 to encrypt the head information detected and recorded in the memory unit 150 and updated and managed, and provided to the wireless transmitter 120 to convert the Bluetooth signal into a wireless signal. Real time transmission by communication signal.

Since the Bluetooth communication is a short-range communication method, the Bluetooth signal transmitted by the OP panel means 80 is received by the mobile terminal means 200 located in the working radius of the multi-duplex machine 10 while being located in the short range. That is, the OP panel means 80 detects, and converts the head part information in which embroidery thread break occurs into a Bluetooth signal and transmits the wireless communication signal in real time to the mobile terminal means 200 located within a working radius. By wireless reception.

The controller 220 of the mobile terminal means 200 monitors the Bluetooth wireless receiver 210 in a state in which an operation state is set by a command signal input from the keyboard unit 270, and the state in which the operation state is set. In addition, the controller 220 analyzes the command signal input from the keyboard unit 270 to activate or select the audio unit 250, to activate or select the vibration unit 260, or to the audio unit 250 and the vibration unit 260. Confirm that the simultaneous activation is selected, and set the audio unit 250 and the vibration unit 260 selected by the confirmed command signal to an active state.

When the Bluetooth wireless receiver 210 wirelessly receives the Bluetooth signal transmitted by the OP panel unit 80, the Bluetooth wireless receiver 210 extracts the head part information on which embroidery thread break occurs and provides it to the controller 220. The control unit 220 decodes and converts the received signal, records and analyzes the analyzed head unit information in the allocated area of the memory unit 230, and outputs the result to the display unit 240 as numerical information for confirming the position of the head unit. do. In this case, when a plurality of received head unit information is output, the controller 220 sequentially outputs the set head unit at predetermined predetermined time intervals to control and monitor the head unit information. In addition, since the controller 220 controls the activated audio unit or the vibrator to output the set audio signal and the vibration signal, the controller 220 warns that the head unit information is received and displayed.

Therefore, according to the present invention having the above configuration, the head unit information of the embroidery thread break detected in the OP panel means 80 of the multi-head embroidery machine 10 is converted into a Bluetooth signal and transmitted in real time, and the mobile terminal means 200 By receiving and displaying in real time by Bluetooth, the operator can check the head part information that has broken the embroidery thread at the current position accurately and quickly, and the recovery action is quick, thereby increasing the productivity and the efficiency of the operator.

Encrypting the information detected by the OP panel means in a specified manner and decrypting in a manner specified in the mobile terminal means, when there are a plurality of embroidery machines in the adjacent position, the mobile terminal means receives a radio signal transmitted from the OP panel means of the adjacent embroidery machine. To prevent errors.

Referring to Figure 5, by the OP panel means of the present invention to describe the embroidery thread broken display method of the embroidery machine using wireless communication, the process of monitoring the embroidery thread broken under the control of the control unit; Checking the head part information when the embroidery thread break is detected, sequentially displaying the converted head part, converting it into a Bluetooth signal, and transmitting in real time; Displaying the head information in real time, converting the transmission into a wireless communication signal, and confirming restoration completion; Proceeding until the embroidery production is completed; .

With reference to the accompanying drawings, by the OP panel means of the present invention will be described in detail the embroidery thread broken display method of the embroidery machine using a Bluetooth signal, the keyboard unit by the control unit 110 constituting the OP panel 80 It is checked whether the operation command signal for producing the embroidery of the designated design pattern is input from 160 (S100). When it is confirmed by the control unit that a command signal for operation is input, each head portion of the multi-head embroidery machine 10 is controlled to produce embroidery, and the head monitoring unit 100 is controlled to monitor the embroidery thread breakage of each head portion ( S110). If it is determined that the head monitoring unit detects the embroidery thread break by monitoring the head unit (S120), the control unit stops the operation of the embroidery machine to prevent each head unit from producing embroidery, and the head monitoring unit controls the information of the head unit from which the embroidery thread is broken. Check in real time from the recording in the allocated area of the memory unit, and updates and manages the information to be changed in real time (S130). At this time, if there are a large number of head parts of which embroidery thread is broken, all the head information is recorded in real time, recorded in the memory part, and updated.

The control unit is recorded in the memory unit, and outputs one by one for each predetermined cycle time unit, the head unit information of which embroidery thread break is detected (S140), and displays the head unit information to the wireless transmitter 120 to provide Bluetooth Since the signal is converted into a real time transmission (S150). As such, the signal wirelessly transmitted by the Bluetooth method is received by the mobile terminal 200 located within the working radius of the embroidery machine.

When it is confirmed that the embroidery thread break is recovered by the controller analyzing the signal provided from the head monitoring unit (S160), the recovered head unit information is managed and updated in real time and displayed on the display unit, and the Bluetooth wireless signal in real time. Transmit to and transmit (S170).

When the control signal is input by the control unit to control the operation of the embroidery machine, if the recovery is confirmed that the completion of the suspended embroidery production is resumed (S180), if the embroidery production is complete and not completed, the monitoring step (S110) When the embroidery is finished, the process proceeds to the end (S190).

Therefore, the present invention having the above-described configuration monitors each head of the embroidery machine by the OP panel means, records management in real time as soon as the embroidery thread break occurs, sequentially displays and transmits the converted Bluetooth signal in real time.

Referring to Figure 6, when explaining the embroidery thread broken display method by the mobile terminal means of the present invention, the first step of activating the LED unit; A second process of activating the audio unit and the vibration unit identified by the selective operation; Real-time analysis of the wirelessly received information to detect and record head information, sequentially display and generate a warning signal; .

Referring to the accompanying drawings by the mobile terminal means of the present invention in detail the embroidery thread disconnection display method of the embroidery machine using wireless communication, the keyboard unit 270 by the control unit 220 of the mobile terminal means 200 If it is confirmed that the command signal to monitor and control to operate from the keyboard unit (S210), and activates the display unit 240 (S220).

The controller checks whether a command signal for operating the audio unit 250 is input from the keyboard unit (S230), and if it is confirmed that a command signal for operating the audio unit is input (S240). In addition, it is checked whether a command signal for operating the vibrator 260 is input (S250), and if it is confirmed that the command signal for operating the vibrator is input (S260).

The control unit controls the wireless receiving unit 210, checks whether a Bluetooth signal is received from the OP panel means 80 (S270), and if it is confirmed that the Bluetooth signal is received by analyzing the Bluetooth signal received from the wireless receiving unit 210 The head information is detected, and the received head information is recorded and managed in the allocated area of the memory unit (S280). If there is a large number of head information received by the Bluetooth signal, recording and update management are performed in the received order.

The head information wirelessly received and recorded and managed by Bluetooth is sequentially displayed on the display unit in cycle time units set by the controller (S290), and the head information in which embroidery thread is broken is received by driving the audio unit and the vibration unit activated by selection. Control to generate a signal to warn that (S300).

Therefore, the mobile terminal means according to the present invention has the advantage of being located within the working radius of the embroidery machine and receiving the faulty head information transmitted from the OP panel means as a Bluetooth signal to quickly confirm and perform the necessary measures.

Figure 7 is an explanatory view of the embroidery thread broken display method by the embroidery machine of the present invention. That is, the OP panel means 80 for controlling and monitoring the entire operation of the embroidery machine converts the head information in which embroidery thread break occurs into a Bluetooth signal and transmits it in real time, and receives the Bluetooth signal and is located within the working radius of the embroidery machine. The worker possessing the mobile terminal means 200 can check the warning quickly and at the same time confirm the failure information accurately and can quickly and accurately handle the necessary measures.

The mobile terminal means 200 may be stored in a workbench that the operator can carry or store and check.

It is to be understood that the present invention may be embodied in many other specific forms without departing from the spirit or essential characteristics thereof. Therefore, one example disclosed in the present invention is not intended to limit the technical spirit of the present invention but to explain, and the scope of the technical spirit of the present invention is not limited by the one example. The scope of protection of the present invention should be construed according to the following claims, and all technical ideas within the scope of equivalents should be construed as falling within the scope of the present invention.

The present invention having the above-described configuration transmits the head information in which the embroidery thread is broken in the embroidery machine as a wireless communication signal, thereby receiving the fault information from the mobile terminal means located within a predetermined working radius and displaying and warning the head information at a set period. It has the industrial use effect to increase the operation rate and productivity of the embroidery machine by checking and correcting it.

In addition, the operator carrying the mobile terminal means within the working radius for the operation of the embroidery machine can quickly and accurately check the head information that occurred during the movement and take the appropriate measures, so that the workability and reliability are enhanced.

Claims (10)

In the embroidery thread break detection device of the embroidery machine, It is fixed to the main body of the embroidery machine, and if each head part is monitored and the break of the embroidery thread is detected, the head part information is checked and recorded, the head lamp is driven, the head part information is displayed on the display part, and the detected head part information is encrypted. OP panel means for converting and transmitting in real time to a wireless communication signal; And Mobile terminal means for decoding and analyzing information received in real time from the OP panel means as a wireless communication signal, displaying the detected head information, and generating a warning signal in a selected manner; Embroidery thread broken display configured to include. The method of claim 1, wherein the OP panel means, A head monitoring unit which monitors the embroidery thread tension from each head of the embroidery machine and checks head information in which break is detected; A control unit which records, manages, encrypts and converts head information provided from the head monitoring unit, drives a corresponding head lamp, and controls and monitors and operates in real time so that the head information is displayed in numbers; A wireless transmitter for converting the detected head information into a wireless communication signal and transmitting the wireless information under control of the controller; And A headlamp unit which is integrally formed with each head of the embroidery machine and driven under the control of the controller to indicate the embroidery thread break; Embroidery thread broken display device characterized in that it comprises a. The method of claim 2, A display unit which displays numerically the head unit information of which embroidery thread break is detected by the control of the controller; A memory unit for recording and managing in real time the head part information of which embroidery thread break is detected under the control of the controller; A keyboard unit connected to the controller and inputting a command signal for controlling the operation of the embroidery machine; Embroidery thread broken display device characterized in that the configuration further comprises. The method of claim 1, wherein the mobile terminal means, A wireless receiving unit for wirelessly receiving a wireless communication signal transmitted in real time from the OP panel means; A control unit which decodes the signal provided by the wireless receiver, records and analyzes the analyzed head unit information numerically, sequentially displays the set head unit, and controls and monitors an alarm signal of audio and vibration in real time to be generated by selection; A memory unit for recording the head unit information provided in real time as a wireless communication signal under the control of the controller; LED unit for displaying the head unit information provided in real time in a wireless communication signal by the control of the control unit; An audio unit configured to generate an audio warning signal indicating that head information has been received by selection control of the controller; A vibrator configured to generate a vibration warning signal indicating that head information has been received by selection control of the controller; And A keyboard unit connected to the control unit and inputting an operation command signal; Embroidery thread broken display device characterized in that comprises a. The method of claim 4, wherein the LED unit, LCD, OLE, CRT, electronic thread broken display device comprising a configuration that further comprises. In the operation method of the OP panel means for detecting the embroidery thread break of the embroidery machine, If it is confirmed by the control unit constituting the OP panel means that a signal for commanding the operation of the embroidery machine is input, the process of controlling the function to produce the embroidery and to monitor the embroidery thread break of each head; Stopping operation of the embroidery machine when the embroidery thread is disconnected from the head, checking and recording all the head information in real time, sequentially displaying the set information at a predetermined time period, and converting the radio into a wireless communication signal for real time transmission; A recovery process of displaying the head information and converting the head information into a wireless communication signal when it is confirmed that the embroidery thread is broken; Continuing the production of embroidery when the restoration is completed; Embroidery thread disconnection display method comprising a. The method of claim 6, wherein the transmission process, Checking whether the embroidery thread break is detected from the head part being monitored by the controller; Stopping the operation of the embroidery machine when the embroidery thread break is detected and checking and recording and managing the head part information of the embroidery thread broken in real time; Sequentially displaying the managed head unit information on a display unit in a set period unit; Converting the detected head information into a Bluetooth wireless communication signal and transmitting in real time; Embroidery thread disconnection display method comprising a. The method of claim 6, wherein the recovery process, Confirming that the embroidery thread is broken when the embroidery machine operation command signal is input by the controller; Displaying the head information recovered from the disconnection, converting the head information into a wireless communication signal, and transmitting the converted signal; Embroidery thread disconnection display method comprising a. In the operating method of the mobile terminal means for receiving and displaying the embroidery thread disconnection information of the embroidery machine, A first step of activating the display unit when it is confirmed by the controller of the mobile terminal means that an operation command signal is input; A second step of activating the audio unit when it is confirmed by the control unit that the audio unit is selected and operating by the control unit; If it is determined by the control unit that the wireless communication signal is received from the OP panel means, real-time analysis of the received information to detect and record the head unit information and display the set unit at a predetermined period, and generate a selected warning signal; Embroidery thread disconnection display method comprising a. The method of claim 9, wherein the generating process, Checking whether the wireless communication signal transmitted from the OP panel means is received by the controller; Detecting and recording head information by analyzing the received information in real time when the wireless communication signal is received; Sequentially displaying the detected and recorded head unit information on an LED unit in a set cycle unit; Generating a warning signal by activating and driving the audio unit and the vibration unit selected by the control unit; Embroidery thread disconnection display method comprising a.

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