KR20240011577A - Apparatus and method for heat treatment - Google Patents

Abstract

A heat treatment device according to an embodiment of the present invention includes an electronic device that detects heat treatment input information and a user's heat treatment action and outputs first detection information; A heat treatment platform device that manufactures heat treatment coils, heat treats metals that are heat treatment objects, detects heat treatment result information, and outputs second detection information; It may include a metaverse platform device that displays the heat treatment status in the virtual space of the metaverse. The Metaverse platform device includes an action recognition unit that recognizes the user's heat treatment action based on first detection information; a metaverse processing unit that expresses the heat treatment process by reflecting the heat treatment status information based on the motion based on the recognized user's behavior and the second sensing information into content in the virtual space of the metaverse; a heat treatment control unit that analyzes heat treatment behavior and generates a heat treatment control signal to the heat treatment device; and a display device that displays content in a virtual space.

Description

Apparatus and method for heat treatment {APPARATUS AND METHOD FOR HEAT TREATMENT}

The present invention relates to a heat treatment apparatus and method, and particularly to an apparatus and method that can perform heat treatment while expressing the heat treatment process in metabus space.

In general, heat treatment is a technology that combines various heating and cooling operations for the purpose of providing various properties such as strength, hardness, wear resistance, impact resistance, machinability, and magnetism required for metals or alloys. The high-frequency heat treatment method induces high-frequency current in the metal to generate resistance heat, uses the heat to heat the material to a predetermined temperature, and then rapidly cools it to harden the surface of the heat-treated object. The high-frequency heat treatment method can perform surface heat treatment by locally instantaneously heating the surface of the heat treatment object.

Conventionally, when a part to be heat treated was produced, a heat treatment coil was manufactured to fit the shape of the part, and the frequency, applied current, and heating time of the power supply were designed to meet requirements such as heat treatment depth and hardness. At this time, the work method was to manually produce the coil based on the intuition of an experienced worker, and the final coil was completed through several reworks to meet specifications.

Therefore, the object of the present invention is to provide a device and method that can automatically perform a heat treatment process under user control.

Another object of the present invention is a device that recognizes the user's actions to control the heat treatment process in virtual space, performs the heat treatment process based on the recognized results, and reflects the heat treatment process performed in the virtual space to express it in content; A method can be provided.

The present invention for achieving the above object includes an electronic device that detects heat treatment input information and a user's heat treatment behavior and outputs first detection information; A heat treatment platform device that manufactures heat treatment coils, heat treats metals that are heat treatment objects, detects heat treatment result information, and outputs second detection information; It may include a metaverse platform device that displays the heat treatment status in the virtual space of the metaverse. The Metaverse platform device includes an action recognition unit that recognizes the user's heat treatment action based on first detection information; a metaverse processing unit that expresses the heat treatment process by reflecting the heat treatment status information based on the motion based on the recognized user's behavior and the second sensing information into content in the virtual space of the metaverse; a heat treatment control unit that analyzes heat treatment behavior and generates a heat treatment control signal to the heat treatment device; and a display device that displays content in a virtual space.

The metaverse processing unit displays the heat treatment object in the virtual space of the metaverse when first detection information including the shape and heat treatment condition information of the heat treatment object is received, and first detection information including the user's actions surrounding the heat treatment object. When received, the heat treatment coil surrounding the heat treatment object is displayed in the metaverse virtual space, and the shape of the heat treatment coil can be determined and transmitted to the heat treatment platform device.

When the metaverse processing unit receives the first detection information of the heat treatment action start motion, it reflects and expresses it in the content of the heat treatment object in the virtual space, and when the combined operation of the heat treatment object and the coil is recognized, the content of the heat treatment object coupled to the heat treatment coil in the virtual space can be reflected and expressed, and the sensing information transmitted from the heat treatment platform device according to the heat treatment operation can be reflected in the virtual space.

The electronic device includes a sensor unit including at least one inertial sensor, and the inertial sensor may output a user's motion signal according to the user's movement as first sensing information.

The metaverse processing unit can express the heat treatment results of the heat treatment object output from the heat treatment platform at the end of heat treatment by reflecting them in the content of the heat treatment object in the virtual space.

The present invention for achieving the above object includes an electronic device that detects a user's heat treatment action and outputs first detection information, and a heat treatment device that heat-treats a metal and detects the heat treatment result to output second detection information. The heat treatment method of the metaverse platform device includes: a process of reflecting and expressing heat treatment object content in virtual space based on first sensed information according to the shape and conditions of the heat treatment object; A process of reflecting and expressing heat treatment object content coupled to a heat treatment coil in virtual space based on first sensed information according to a user's operation of combining the heat treatment object and the coil; and outputting heat treatment control information set in the heat treatment device, and reflecting and expressing the heat treatment process in virtual space based on second detection information of the heat treatment result according to the heat treatment control information.

The heat treatment method of the metaverse platform device may further include the process of manufacturing a heat treatment coil. The process of manufacturing a heat treatment coil includes: displaying the heat treatment object in the virtual space of the metaverse when first sensed information including the shape and heat treatment condition information of the heat treatment object is received; A process of displaying a heat treatment coil surrounding a heat treatment object in the metaverse virtual space when first detection information including the user's action surrounding the heat treatment object is received; and determining the shape of the heat treatment coil and transmitting it to the heat treatment platform device.

The user of the electronic device attaches at least one inertial sensor to the body, and the electronic device may output movement information based on the user's motion as first sensing information. The process of reflecting and expressing in a virtual space can be expressed by reflecting the user's motion based on the first sensed information in the virtual space to the user content.

The method further includes a process of expressing the heat treatment results of the object output from the heat treatment device at the end of the heat treatment by reflecting them in the heat treatment object content in the virtual space.

The process of reflecting and expressing the heat treatment process in virtual space includes: reflecting and expressing the heat treatment state in virtual space based on the frequency of the heat transfer unit, applied current, and heating time according to the set heat treatment depth and hardness; And it may include a process of expressing the cooling state based on the set cooling medium in contrast to the virtual space.

According to the heat treatment device of the present invention, when manufacturing a heat treatment coil, it can be manufactured by wearing an HMD and recognizing a person's hand movements in the virtual space of the metaverse, and by making the unit grid visible in the virtual space, the manufacturer can refer to the size of the shape. there is. The heat treatment equipment manufacturing platform applies various input values entered by the user to the coil to show in virtual space that the coil is heated over time, and can also express how the surface of the target object is heat treated over time.

1 is a diagram illustrating the configuration of a heat treatment system according to various embodiments of the present invention.
Figure 2 is a diagram showing the configuration of a heat treatment platform device according to various embodiments of the present invention.
Figure 3 is a diagram showing the configuration of a metaverse platform device according to various embodiments of the present invention.
Figure 4 is a flowchart showing the operating procedures of a heat treatment system according to various embodiments of the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings showing preferred embodiments. However, the attached example is an example to aid understanding of the present invention and is not intended to limit the present invention, and is a description that is obvious to those skilled in the art or can be easily derived. Detailed description thereof will be omitted.

1 is a diagram illustrating the configuration of a heat treatment system according to various embodiments of the present invention.

Referring to FIG. 1, the heat treatment system may include a metaverse platform device 100, a heat treatment device 110, an electronic device 120, a content device 130, and a display device 140. In some embodiments, the heat treatment system may omit at least one of the components or may additionally include other components.

The heat treatment platform device 110 may include a coil manufacturing device and a heat treatment device. Additionally, the heat treatment platform device 100 may consist of only a high-frequency heat treatment device. The heat treatment platform device 100 may perform a high-frequency coil manufacturing and/or heat treatment process based on the heat treatment control signal output from the metaverse platform device 100. The heat treatment platform 100 stores input information (e.g., subfrequency, applied current, heating time, etc.) and output information (e.g., temperature, hardness, depth, uniformity, etc.) of each process performing heat treatment work. It can be detected and output as second detection information.

The electronic device 120 includes an input unit for inputting variables for the heat treatment process of the heat treatment platform device 110, a display unit that displays the variables, a sensor unit that can detect the user's movement, and a communication unit that can transmit sensor information. It can be included. Sensors may include inertial sensors such as acceleration sensors, geomagnetic sensors, and gyro sensors. For example, sensors can be attached to the user's joints and generate sensing information according to the user's movements. For example, the electronic device 120 may be connected wired or wirelessly to sensors that can be attached to the user's body (eg, joint areas). The user of the electronic device 120 may detect the user's action to control the operation of the heat treatment platform device 100 and output it as first detection information. The electronic device 120 can control content between virtual metaverses through connection to the metaverse platform device 100 and express the status of the high-frequency coil manufacturing and/or heat treatment process. At this time, the electronic device 120 collects sensing information (first sensing information) according to the user's movement and transmits it to the metaverse platform device 100. That is, the electronic device 120 is connected to the metaverse platform device 100 through an action recognition sensor attached to the user's body, and transmits sensing information detected through the action recognition sensor to the metaverse platform device 100. do.

Additionally, the electronic device 120 may input variables for the heat treatment platform device 110 to perform heating and cooling processes on the heat treatment object. For example, variable information that sets the shape of the heat treatment object (shape and dimension information), heat treatment condition information (depth, hardness, uniformity information), and input variable information for the heating process (frequency, current, time information) can be entered. there is. Such input information may be transmitted to the heat treatment platform device 110 and may be transmitted to the metaverse platform device 100 as first detection information.

The content device 130 stores and manages content provided to the user through the electronic device 120. Content may include a character to represent the user's shape, an image to represent a heat treatment platform device, etc. At this time, the content device 130 may express the content requested by the electronic device 120 in virtual space through the metaverse platform device 100. Here, the content may include an avatar expressing the user's movements, the heat treatment platform device 100, a high-frequency coil coupled thereto, and an object to be heat treated. The content device 130 may directly provide content to the electronic device 120 using metaverse information for controlling content from the metaverse platform device 100.

The Metaverse platform device 100 may recognize the user's behavior based on the first sensed information output from the electronic device 120 and reflect the recognized user behavior in the Metaverse virtual space corresponding to it. That is, the metaverse platform device 100 may receive a user character from the content device 130 and first sensed information that can express the movement of the character from the electronic device 120. The metaverse platform device 100 analyzes the received first sensed information to recognize the user's behavior, and reflects the recognized user's behavior to the character in the content to control and express the character's behavior. Additionally, the metaverse platform device 100 may receive heat treatment process information (second detection information) from the heat treatment platform device 110 and access characters that can express the heat treatment process in the content device 130. Therefore, the metaverse platform device 100 can recognize the user's behavior during the heat treatment process based on the first detection information and reflect it on the user character in the virtual space, and heat treatment device content and heat treatment device content in the virtual space based on the second detection information. Together, heat treatment information can be expressed.

The display device 140 can display the characters output from the metaverse platform device 100 by combining them in the virtual space of the metaverse. The display device 140 may be an independent monitor device, a display unit of the electronic device 120, or an HMD device worn by the user.

Figure 2 is a diagram showing the configuration of a heat treatment platform device according to various embodiments of the present invention.

Referring to FIG. 2, the heat treatment platform device 110 includes a control unit 200, a heat treatment object 210, a position control unit 220, a high frequency coil 230, an oscillation unit 240, a sensor unit 250, and a coolant valve. It may be composed of (260). In some embodiments, the heat treatment platform device 110 may omit at least one of the components or may additionally include other components. Figure 2 shows an example of the configuration of the heat treatment platform device 130 in which the configuration of the high-frequency coil manufacturing device is omitted.

The control unit 200 of the heat treatment platform device 110 performs the process of manufacturing a high frequency coil in the heat treatment platform device 110, the process of heating the heat treatment object through the manufactured high frequency coil, and the process of cooling the heated heat treatment object. You can control it. Looking at the operation of the heating and cooling process of the heat treatment object 210, the control unit 200 can control the position adjusting unit 220 to position the high frequency coil 230 at the working position of the heat treatment object 210. there is. The control unit 200 can perform high frequency heat treatment on the heat treatment object 210 by controlling the output of the high frequency oscillator 240 to be applied to the high frequency coil 230, and the heat treatment object 210 measured by the temperature sensor of the sensor unit 250. ) can be checked. At this time, if the measured surface temperature is within the set heat treatment temperature range, the control unit 200 terminates the high-frequency heat treatment process and controls the coolant valve 260 to spray coolant on the heat treatment object 210 to cool the heat treatment object 210. It can be rapidly frozen.

The control unit 200 may perform a heat treatment operation on the heat treatment object while repeating such heating and cooling processes. While performing the heating and cooling process, the heat treatment state can be analyzed by receiving information such as temperature, hardness, heat treatment depth, and uniformity of the heat treatment object 210 measured from the sensor unit 250. In addition, the control unit 200 generates input information such as heat transfer frequency, applied current, time, and/or coolant, and measurement information such as temperature, hardness, depth, and uniformity as second detection information, and generates the metaverse platform device. It can be sent to (100).

Figure 3 is a diagram showing the configuration of a metaverse platform device according to various embodiments of the present invention.

Referring to FIG. 3, the metaverse platform device includes a metaverse processing unit 300, a first detection information reception unit 310, an action recognition unit 320, an action storage unit 330, a second detection information reception unit 340, It may be composed of a heat treatment control unit 350 and a content provision unit 360. The metaverse platform device may omit at least one of the components or may additionally include other components.

The Metaverse platform device 100 may recognize the user's behavior by analyzing the first sensed information output from the electronic device 120 and reflect it in the content of the Metaverse virtual space. The first sensing information may include action information that detects the user's motion and movement and variable input information that the user inputs through the input unit. For example, variable input information includes information for determining the form of the heat treatment object 210 (shape, dimensions, etc.), information for determining heat treatment conditions (depth, hardness, uniformity, etc.), and information for determining heat treatment characteristics (power supply unit frequency, applied current, heating time, etc.). Additionally, the metaverse platform device 100 may analyze the second sensed information output from the heat treatment platform device 110 and display input and output information of the heat treatment process along with content of the metaverse virtual space. That is, the metaverse platform device 100 receives content from the content device 130, and the metaverse platform device 100 receives first sensed information indicating the user's behavior from the electronic device 120. By analyzing the information, the user's behavior can be recognized, and the recognized user's behavior can be reflected in the content to express the status of the heat treatment process in the virtual space of the metaverse. Additionally, the metaverse platform device 100 may receive input and output information of the heat treatment process from the heat treatment platform device 100 as second sensing information and display it along with content in the metaverse virtual space.

The first sensing information receiver 310 may receive the first sensing information output from the electronic device 120. The first sensed information may be information that detects user behavior of the electronic device 120 and user input information. In an embodiment of the present invention, a specific user action can be used as input information for the heat treatment process. The behavior storage unit 330 stores preset (or pre-collected) behavior information to recognize user behavior. That is, the action storage unit 330 can store the user's specific actions in the high-frequency heat treatment process, and the specific actions can be used as commands to control the heat treatment fixation of the heat treatment platform device 110. The user action may be a gesture for the user to control and express the heat treatment process. The action recognition unit 320 can apply action recognition technology to synchronously recognize the user's stomach and reflect the user's action information in the heat treatment process. It can also reflect this to content in a virtual space to provide a high sense of realism and immersion. It can be improved. The electronic device 130 may include inertial sensors that can detect users' movements. At this time, inertial sensors to accurately detect user actions are attached to key parts such as the user's arms, legs, and waist, and the action recognition unit 320 detects the first detection information that can be collected from each inertial sensor (e.g., 3 By integrating axial acceleration, 3-axis angular velocity, 3-axis magnetic field, etc.), the user's posture can be estimated and actions recognized.

The action recognition unit 320 may recognize the user's action using the first sensed information received by the first sensed information receiver 310. At this time, the action recognition unit 320 may recognize the user's action by referring to the action information stored in the user action storage unit 320. The action recognition unit 320 may include a posture estimation module. The posture estimation module may estimate the user's posture based on the first sensed information (eg, the position and direction of the sensor received from the sensor position tracking module (not shown) of the electronic device 120). The posture estimation module may output the estimated user's posture to the metaverse processing unit 300 in order to reflect the user's behavior in the content.

The second sensing information receiver 340 may output information used in the heat treatment process in the heat treatment platform device 110 as second sensing information.

The content provider 360 may store and manage content (display characters, for example, avatars) provided by the content device 130. The content provider 360 can express metaverse-based content to which action recognition information is applied in the metaverse processing unit 300 in a virtual space.

The metaverse processing unit 300 can manage the metaverse, which is a virtual space in which content that reflects the real world (heat treatment process) acts. That is, the metaverse processing unit 300 can apply the action recognition information recognized by the action recognition unit 320 to the virtual space of the metaverse.

Information in the metaverse virtual space may be displayed on the display device 140. The display device 140 may be an independent device having a screen or may be a display unit of the electronic device 120. Accordingly, this information may be provided to the electronic device 120.

If the received first detection information is shape information (shape and dimensions) and heat treatment condition information (depth and hardness) of the part to be heat treated, the metaverse processing unit 300 displays a unit grid in the virtual space of the metaverse and displays the object to be heat treated. (Heat treatment target) can be displayed. At this time, the unit grid is also displayed so that the user can visually check the size of the heat treatment object. The user can check the heat treatment object displayed in the virtual space of the metaverse and perform an operation to create a coil for heating the heat treatment object. The heat treatment coil may be manufactured to surround the heat treatment object. Therefore, the user can set the shape of the heat treatment coil by moving his hand to the heat treatment object displayed in the virtual space (for example, rotating and moving his hand up and down based on the heat treatment object). The metaverse processing unit 300 can express the user's actions recognized in virtual space, and based on this, determine the form (shape and dimensions) of the heat treatment coil. And the information on the determined heat treatment coil can be output to the heat treatment control unit 350, and the heat treatment control unit 150 can transmit it to the heat treatment platform device 110. Then, the heat treatment platform device 110 can manufacture a heat treatment coil for heating the heat treatment object based on the received shape information of the heat treatment coil.

When a specific action is recognized among user actions, the metaverse processing unit 300 may apply control information corresponding to the user's action to the heat treatment control unit 350. For example, the action storage unit 330 provides user action for positioning the heat treatment object 210 at a set position of the high frequency coil 230 and input information to the high frequency coil 230 for heating the heat treatment object 210. User actions for authorizing, user actions for stopping and/or ending the heating process, user actions for starting the cooling process, etc. may be set and stored in the action storage unit 330. When a specific action of the user is recognized from the output of the action recognition unit 320, the metaverse processing unit 300 may output heat treatment control information corresponding to the specific action to the heat treatment control unit 350. Then, an operation command corresponding to the heat treatment control information of the heat treatment control unit 350 can be output to the heat treatment platform device 110. If the heat treatment process changes based on a specific user action, the metaverse processing unit 330 can reflect this in the content and express it in the virtual space of the metaverse.

Figure 4 is a flowchart showing the operating procedures of a heat treatment system according to various embodiments of the present invention.

Referring to FIG. 4 , the user can input information for the heat treatment process through the electronic device 120, and the electronic device 120 can output the input information to the metaverse platform device 100. The electronic device 120 determines the form (e.g., shape and dimensions) and heat treatment conditions (e.g., heat treatment depth, hardness, and/or uniformity) of the heat treatment object 210 input by the user at the start of the heat treatment process. can receive. Then, the electronic device 120 can output the input shape and heat treatment condition information of the heat treatment object 210 to the metaverse platform device 100, and the metaverse platform device 100 can receive this in step 411. . Then, the metasub platform device 100 can display the contents of the heat treatment object 10 while displaying a unit grid in the virtual space of the metaverse.

Once the shape of the heat treatment object 210 is determined, the metaverse platform device 100 generates a high-frequency coil for heating the heat treatment object 210 based on the shape of the heat treatment object 210 in step 415 and displays it in virtual space. can do. Thereafter, the metaverse platform device 100 may determine the shape (e.g., shape and dimensions, etc.) of the high-frequency coil in step 417, and output the determined shape information of the high-frequency coil to the heat treatment platform device 110. In addition, the device for manufacturing the high-frequency coil of the heat treatment platform device 100 can manufacture the high-frequency coil according to the shape information of the received high-frequency coil. The heat treatment platform device 210 may be composed of a heat treatment device and a high-frequency coil manufacturing device. In one embodiment, the heat treatment platform device 210 may not include a high-frequency coil fabrication device. In this case, the operation of step 419 can be omitted, and the high-frequency coil can be manufactured in an external device and inserted into the heat treatment platform device 110.

At the start of the heat treatment process, the user can input heat treatment variables into the electronic device 120. The metaverse platform device 100 may receive heat treatment variable information (frequency, current, time, etc.) output from the electronic device 120 in step 419, and output the received heat treatment variable information to the heat treatment platform device 110. can do. In addition, the metaverse platform device 100 can receive user behavior information of the heat treatment process received through the electronic device 110, and can apply an operation command corresponding to the received behavior information to the heat treatment platform device 110. there is.

The heat treatment platform device 110 can perform a heat treatment process on the heat treatment object 210 according to heat treatment variable information, and transmit the results to the metaverse platform device 100. When heat treatment information is received from the heat treatment platform device 100, the metaverse platform device 100 can express the heat treatment process as content in the virtual space of the metaverse according to the status information of the heat treatment object 210 detected in step 421. . Additionally, the metaverse platform device 100 may display heat treatment result values (eg, hardness, depth, uniformity) output from the heat treatment platform device 110 in the virtual space of the metaverse in step 423.

By repeating this operation, the Metaverse platform device 100 can express the user's behavior information and heat treatment result information received during the heat treatment process as content and numerical information in the virtual space of the Metaverse.

Heat treatment may be the process of heating and/or cooling a metal in a specific, predetermined manner to achieve desired properties. Reasons for heat treatment may be to soften the metal, increase its hardness, or affect its electrical and thermal conductivity. Heat treatment may proceed in the order of heating, holding, and cooling, or may proceed through the operation of some of these processes. Heating can be carried out according to a defined thermal profile. Heating may be maintained at a set temperature during the holding or soaking step based on the frequency of the heating element, applied current, heating time, etc., which are determined according to the set heat treatment depth and hardness, and the period may vary depending on the heat treatment method. Cooling can be performed in a prescribed manner. During cooling, the cooling rate can be controlled using various media such as salt water, water, oil, or forced air.

Looking at the heating operation, heat treatment characteristics can be calculated by entering three variables (frequency of the heating element, applied current, and heating time) into the heat treatment equipment manufacturing platform. By converting this information into data, a table such as <Table 1> below can be created.

input Print frequency electric current hour cooling water Hardness depth Uniformity . . . . . . . . . . . . . . . . . . . . .

In addition, high-frequency heat treatment coil manufacturing and high-frequency heat treatment processes can be performed by expressing them in the virtual space of Metaverse. For example, when manufacturing a heat treatment coil, a user can wear a head mounted display (HMD) and recognize a person's hand movements in the virtual space of the metaverse to produce it. At this time, the process of producing a high-frequency coil can be expressed in virtual space, and once the high-frequency coil production is completed, it can be quantified and stored to determine the coil shape specifications. Additionally, the unit grid can be displayed in virtual space so that the creator can know the size of the shape. The heat treatment equipment production platform applies various input values entered by the user to the high-frequency coil to express the heating of the coil over time in virtual space, and can also express the shape of the surface of the object to be heat treated by heat treatment over time.

Through recognition of the user's hand gestures in virtual space, the heat-treated shape of the high-frequency coil and/or heat-treated object can be processed, and the process of heating and cooling the coil and object according to the input value is shown, and when heat treatment is completed, the target object can be processed. It can provide a metaverse platform that shows how the surface of is changing.

Although the above description has described the present invention in relation to the above-mentioned preferred embodiments, those skilled in the art will easily recognize that various other modifications and variations are possible without departing from the gist and scope of the present invention. It is obvious that all changes and modifications fall within the scope of the attached patent claims.

l

Claims (10)

An electronic device that detects heat treatment input information and a user's heat treatment behavior and outputs first detection information;
A heat treatment platform device that manufactures heat treatment coils, heat treats metals that are heat treatment objects, detects heat treatment result information, and outputs second detection information;
Includes a Metaverse platform device that displays the heat treatment status in the virtual space of the Metaverse,
The metaverse platform device,
an action recognition unit that recognizes the user's heat treatment action based on the first detection information;
a metaverse processing unit that expresses a heat treatment process by reflecting the operation based on the recognized user's behavior and the heat treatment status information based on the second sensing information into content in the virtual space of the metaverse;
a heat treatment control unit that analyzes the heat treatment behavior and generates a heat treatment control signal to the heat treatment device; and
A device including a display device that displays content of the virtual space.
The method of claim 1, wherein the metaverse processing unit
When the first detection information including the shape and heat treatment condition information of the heat treatment object is received, the heat treatment object is displayed in the virtual space of the metaverse,
When first detection information including the user's action surrounding the heat treatment object is received, a heat treatment coil surrounding the heat treatment object is displayed in the metaverse virtual space, and the shape of the heat treatment coil is determined and transmitted to the heat treatment platform device. Featured device.
The method of claim 1, wherein the metaverse processing unit
When the first detection information of the heat treatment action start motion is received, it is reflected and expressed in the content of the heat treatment object in the virtual space,
When the combined motion of the heat treatment object and the coil is recognized, the content of the heat treatment object coupled to the heat treatment coil is reflected and expressed in the virtual space.
A device characterized in that 2 sensing information transmitted from the heat treatment platform device according to the heat treatment operation is reflected in the virtual space.
In third, the electronic device
A sensor unit including at least one inertial sensor,
The inertial sensor is a device characterized in that it outputs a user's motion signal according to the user's movement as the first detection information.
The method of claim 3, wherein the metaverse processing unit
A device characterized in that the heat treatment result of the heat treatment object output from the heat treatment platform at the end of heat treatment is reflected and expressed in the heat treatment object content in virtual space.
A heat treatment method of a metaverse platform device including an electronic device that detects the user's heat treatment behavior and outputs first detection information, and a heat treatment device that heat-treats the metal and detects the heat treatment result and outputs second detection information. Because,
A process of reflecting and expressing heat treatment object content in virtual space based on first sensed information according to the shape and conditions of the heat treatment object;
A process of reflecting and expressing heat treatment object content coupled to a heat treatment coil in virtual space based on first sensed information according to a user's operation of combining the heat treatment object and the coil; and
A method comprising outputting heat treatment control information set in the heat treatment device and reflecting and expressing the heat treatment process in virtual space based on second detection information of the heat treatment result according to the heat treatment control information.
According to clause 6,
Further comprising the process of manufacturing the heat treatment coil,
The process of manufacturing the heat treatment coil is,
A process of displaying the heat treatment object in a virtual space of the metaverse when the first sensed information including the shape and heat treatment condition information of the heat treatment object is received;
A process of displaying a heat treatment coil surrounding a heat treatment object in a metaverse virtual space when first sensed information including a user's action surrounding the heat treatment object is received; and
A method characterized in that it consists of determining the shape of the heat treatment coil and transmitting it to the heat treatment platform device.
According to clause 6,
A user of the electronic device attaches at least one inertial sensor to the body, and the electronic device outputs movement information based on the user's motion as the first sensing information,
The process of reflecting and expressing in the virtual space is,
A method characterized in that the user's motion based on the first sensed information is reflected and expressed in user content in a virtual space.
According to clause 6,
The method further includes a process of reflecting and expressing the heat treatment results of the object output from the heat treatment device at the end of heat treatment in heat treatment object content in a virtual space.
According to clause 9,
The process of reflecting and expressing the heat treatment process in virtual space is
A process of reflecting and expressing the heat treatment state in virtual space based on the frequency of the heat transfer unit, applied current, and heating time according to the set heat treatment depth and hardness; and
A method including the process of expressing the cooling state in virtual space based on a set cooling medium.