KR102394706B1 - Storage box providing constant temperature and humidity for manufacturing device - Google Patents

Abstract

The present invention is an invention related to a storage box for a manufacturing device for solving the problems of the prior invention. Provided is a constant temperature and humidity storage box for a manufacturing device which includes: a manufacturing device (10); an accommodating part (100) having an accommodating space for accommodating the manufacturing device; a measurement part (200) for measuring environmental conditions inside the accommodating part by means of a measurement sensor; an adjusting part (400) for adjusting the environmental conditions inside the accommodating part; and a control part (300) for receiving sensor information from the measurement part and controlling the operation of the control part.

Description

Storage box providing constant temperature and humidity for manufacturing device

The present invention relates to a storage box for a manufacturing apparatus for accommodating a device for performing a manufacturing process therein, and maintaining a constant temperature and humidity of a space for receiving an object to be produced.

Patent Document 001 discloses a chamber in which an ultra-precision processing machine is built-in and is formed entirely sealed; an air flow line through which air is supplied and discharged into the chamber; Humidity-temperature sensing means disposed around the entire area of the chamber; data collecting means for collecting humidity and temperature data from the humidity-temperature detecting means; a control unit for controlling the humidity inside the chamber using the humidity and temperature data collected by the data collection means to maintain the temperature inside the chamber at a set temperature; humidifying means for humidifying the chamber until the temperature inside the chamber reaches a set temperature when the temperature inside the chamber rises according to the command of the control unit; and dehumidifying means for dehumidifying until the temperature inside the chamber reaches a set temperature when the temperature inside the chamber decreases according to a command from the controller, wherein the controller includes the data of the data collection means and the set temperature. After comparing the temperature, a technology related to a chamber internal temperature control device using humidity control is presented, characterized in that the humidifying means or dehumidifying means is operated through a logic preset through the correlation of pressure-temperature-humidity change, and there is.

Patent Document 002 describes equipment used; A constant temperature, constant humidity precision controller for minimizing errors in the used equipment by supporting the efficient use of precise equipment for temperature and humidity; a connecting pipe connecting the used equipment and the constant temperature and constant humidity precision controller; a temperature and humidity sensor for measuring temperature and humidity in the used equipment; a supply water tank for smoothly supplying necessary water when it is difficult to supply water to the constant temperature and constant humidity precision controller; It presents the technology for the constant temperature and constant humidity precision control system including

Patent Document 003 includes: a first case unit formed of a transparent material to form an accommodating space in which an exhibition object is accommodated, and to be able to observe the exhibition object from the outside; a sensor unit disposed in the accommodating space, sensing the temperature and humidity of the accommodating space to generate temperature information and humidity information; a control unit for controlling the temperature and humidity of the accommodation space; When the value of the temperature information received from the sensor unit is not included in the range of the value of the set temperature information, the control unit is operated so that the value of the temperature information is included in the range of the value of the set temperature information, and the sensor When the value of the humidity information received from the unit is not included in the range of the value of the set humidity information, a control unit that operates the adjusting unit so that the value of the humidity information is included in the range of the value of the set humidity information; a terminal unit for receiving the temperature information, the humidity information, the set temperature information, and the living setting humidity information from the control unit and displaying the received information on a screen so as to check the condition of the accommodation space; It presents a technology for a display case that can control temperature and humidity, including

Patent Document 004 discloses a chamber in which a wafer to be dried after chemical cleaning and water cleaning is mounted; a rotating body installed in the chamber to rotate the drying target wafer at a preset speed while the wafer to be dried is mounted on the upper surface; a heater unit spaced apart from the upper portion of the wafer to be dried in the chamber to increase the temperature of the incoming outside air to control humidity; an air inlet that is installed at the lower end of the heater unit so that the outside air whose temperature and humidity are controlled in the heater unit is uniformly supplied over the entire surface of the wafer to be dried; a control unit that receives the measured temperatures of a plurality of temperature/humidity sensors around the wafer to be dried in the chamber, and operates the heater unit when the temperature is below a preset temperature so that the temperature and humidity inside the chamber can be maintained at all times by a preset jog; It presents a technology for a wafer process chamber for clean equipment with a temperature and humidity control heater that includes

KR 10-1437631 B1 (28 Aug 2014) KR 10-2020-0098221 A (20 Aug 2020) KR 10-2016-0045319 A (27 April 2016) KR 10-2160436 B1 (September 22, 2020)

An object of the present invention is to accommodate a device for performing a manufacturing process therein, and to maintain a constant temperature and humidity of a production target object receiving space.

The present invention relates to a storage box for a manufacturing apparatus for solving the problems of the prior inventions, the manufacturing apparatus 10; a accommodating part 100 having an accommodating space accommodating the manufacturing apparatus; a measuring unit 200 for measuring an environmental condition inside the accommodation unit by a measurement sensor; a control unit 400 for adjusting the environmental conditions inside the accommodation unit; a control unit 300 receiving the sensor information of the measurement unit and controlling the operation of the control unit; includes

The accommodating part 100 of the present invention is formed in an open shape with a front portion, and a first housing 110 standing from the ground; a second housing 120 formed in the same shape as the first housing 110 and disposed below the first housing 110; includes

The accommodating part 100 of the present invention is formed in an open shape in the front portion, the door 101 for selectively sealing the front portion; includes

The accommodating part 100 of the present invention may include a magnetic part 102 disposed in openings of a plurality of the housings 110 and 120 in contact with the rear part of the door 101; includes

The door 101 of the present invention includes a hollow portion 101-1 formed between a front portion exposed to the outside and a rear portion in contact with the openings of the plurality of the housings 110 and 120; includes

The plurality of control means 400 of the present invention are disposed outside the accommodating part 100 , and are formed in a structure to vary the dimensions of the accommodating part 100 inside.

The present invention includes a mass variable unit 500 disposed at the lower end of the receiving unit 100; includes

The present invention is interlocked with the accommodating unit 100, the accommodating unit 100, a display unit for the manager to monitor the inside of the state in real time (700); includes

According to the present invention, the reliability of the finally produced molded article can be improved by arranging the manufacturing apparatus and the raw material in a space formed with a constant specification value. In addition, it is possible to prevent the exposure of hazardous substances and odors generated during the manufacturing process to the manager. Furthermore, as the degree of freedom with respect to the rotation direction of the door selectively opening and closing the accommodating part is improved, some restrictions on the installation space of the present invention can be eliminated.

1 is an exemplary view showing a constant temperature and humidity storage box for the manufacturing apparatus of the present invention.
Figure 2 is a conceptual diagram showing a constant temperature and humidity storage box for the manufacturing apparatus of the present invention.
3 is an exemplary view showing a door of the present invention.
4 is a conceptual view showing a plurality of magnetic bodies of the door according to the present invention.
5 is a conceptual view showing the rotation axis control of the second switch and the wire according to the present invention.
6 is an exemplary view showing a magnetic part of the present invention.
7 is a cross-sectional view showing a plurality of embodiments of the window of the door according to the present invention.
8 is a conceptual diagram showing a circulation unit of the present invention.
9 is a cross-sectional view showing a plurality of examples of the mass variable unit according to the present invention.
10 to 11 are exemplary views showing the interlocking structure of the constant temperature and humidity storage box for the manufacturing apparatus according to the present invention.

Hereinafter, the most preferred embodiment of the present invention will be described in detail in order to explain in detail enough that a person of ordinary skill in the art can easily carry out the present invention.

The numbers cited in the examples below are not limited only to the objects of reference, and may be applied to all examples. An object that exhibits the same purpose and effect as the configuration presented in the embodiment corresponds to an equivalent replacement object. The higher-level concept presented in the examples includes sub-concept objects that are not described.

(Embodiment 1-1) The present invention relates to a storage box accommodating a manufacturing instrument therein, comprising: a manufacturing apparatus 10; a accommodating part 100 having an accommodating space accommodating the manufacturing apparatus; a measuring unit 200 for measuring an environmental condition inside the accommodation unit by a measurement sensor; a control unit 400 for adjusting the environmental conditions inside the accommodation unit; and a control unit 300 receiving the sensor information of the measuring unit and controlling the operation of the adjusting unit.

The present invention relates to a storage box that houses a device such as a 3D printer. 3D printers are affected by the environment during the work process, and product quality problems may occur due to external influences (external vibration, etc.). In addition, there is a problem in that noise and vibration are generated during the operation of the manufacturing apparatus.

The present invention is intended to solve the problems presented above. To implement this, the manufacturing apparatus is accommodated in the internal space to form a condition for selectively opening and closing. In addition, in order to minimize the influence on environmental conditions (temperature, humidity, etc.) in the manufacturing process, the device includes a measuring unit, a control unit, and a control unit. The measuring unit measures the temperature and humidity of the accommodating void space, and the control unit implements the set environmental conditions, and the operation of the control unit may be implemented by a control unit that receives information measured by the measurement unit and operates the control unit.

According to the present invention, the manufacturing apparatus can obtain the effect of manufacturing a product in a set environment. Also, since it is not affected by external factors, it is possible to obtain the effect of preventing product errors.

The manufacturing apparatus proposed in the present invention corresponds to a 3D printer, a 3D processing machine, an engraver, and the like. The receiving portion forms a door that is selectively opened and closed.

(Embodiment 1-2) The present invention relates to a storage box accommodating a manufacturing device therein, and in Example 1-1, the measuring unit 200 measures the temperature value inside the receiving unit 100 temperature sensor 210; Humidity sensor 220 for measuring the humidity value inside the accommodation unit 100; an air pollution level sensor 230 for measuring a pollution level value of the air inside the receiving unit 100; includes The properties of the raw material 20 accommodated in the accommodating part 100 may be modified by a plurality of factors. At this time, as a representative factor that changes the state or properties of the raw material 20, temperature and humidity may be mentioned as examples. That is, the manager needs to recognize the temperature and humidity values inside the accommodating unit 100 . Accordingly, the measuring unit 200 of the present invention disposed inside the receiving unit 100 includes a temperature sensor 210 for measuring a temperature value and a humidity sensor 220 for measuring a humidity value.

In addition, the manufacturing apparatus 10 accommodated in the accommodating part 100 may generate harmful substances around it according to the manufacturing process being carried out. At this time, when the accommodating part 100 is opened to form a structure communicating with the outside, a phenomenon in which harmful substances are leaked to the outside where the manager is located may occur. That is, the manager needs to recognize the air pollution degree value for the inside of the accommodating part 100 . Accordingly, the measurement unit 200 is formed in a structure including the air pollution level sensor 230 for measuring the air pollution level value inside the accommodation unit 100 .

(Example 1-3) The present invention relates to a storage box for accommodating a manufacturing instrument therein, In Embodiment 1-1, the plurality of adjusting units 400 are formed in a structure disposed inside the receiving unit 100 .

(Embodiment 1-4) The present invention relates to a storage box accommodating a manufacturing device therein, and in Examples 1-3, the plurality of adjusting units 400 adjust the temperature value inside the receiving unit 100. Temperature control nozzle 410 to raise; a water spray nozzle 420 for varying the humidity value inside the receiving part 100; Negative ion generating means 430 for purifying the air inside the accommodating part 100; includes

The control unit 400 is selectively activated by the control unit 300 interlocking with the measuring unit 200 disposed inside the receiving unit 100 . That is, the adjusting unit 400 changes the dimension value actually measured by the measuring unit 200 . Accordingly, the control unit 400 is formed in a structure including a configuration for changing the temperature and humidity values inside the accommodating unit 100, and purifying the harmful substances remaining in the internal air. In this case, the adjusting unit 400 may be disposed inside the receiving unit 100 to have a structure in which the dimensions of the inner space of the receiving unit 100 are directly varied. Accordingly, the administrator can create a desired environment in the space inside the accommodating part 100 within a relatively short time. The temperature value of the fluid discharged from the temperature control nozzle 410 is formed differently according to the temperature value measured inside the accommodating part 100 . If the temperature value inside the accommodating part 100 is measured to be higher than the administrator's preset temperature value, the fluid of the low temperature value for which the calculation is completed in the controller 300 is injected. At this time, the state and properties of the injected fluid are not specifically limited, and the administrator can choose between a water cooling type that sprays liquid moisture and an air cooling type that sprays gaseous cold air. On the other hand, if the temperature value inside the accommodating unit 100 is measured to be lower than the administrator's preset temperature value, the fluid having a high temperature value for which the calculation is completed in the control unit 300 is injected.

The above-described temperature control configuration may be formed in a structure associated with a separate refrigeration cycle for performing evaporation and condensation. At this time, the refrigeration cycle may be formed as a heat pump utilizing the transfer of thermal energy that the refrigerant emits or absorbs to the surroundings by the evaporator and the condenser.

(Example 1-5) The present invention relates to a storage box accommodating a manufacturing device therein, and in Examples 1-4, the control unit 400 controls harmful substances generated inside the accommodation unit 100. UV irradiation unit to remove; includes

(Example 1-6) The present invention relates to a storage box for accommodating a manufacturing device therein, and in Example 1-5, the UV irradiation unit includes a lamp for irradiating UV light to the inside of the accommodating unit 100; a photocatalyst means disposed around the lamp to promote a photochemical reaction of ultraviolet rays irradiated from the lamp; includes

The ultraviolet irradiation unit is configured to remove harmful chemical substances in the receiving unit 100 that are not purified by the negative ion generating means 430 . In this case, the ultraviolet irradiation unit includes a photocatalytic means for absorbing light energy from ultraviolet rays in addition to a lamp emitting ultraviolet rays to the surroundings to initiate a photochemical reaction with harmful substances such as styrene and caprolactam. That is, the photocatalytic means may be formed of a material that promotes a photochemical reaction between styrene and caprolactam by ultraviolet rays emitted from the lamp. At this time, the material used as the photocatalytic means is not specifically limited, but is preferably formed of titanium dioxide from which hydrogen and oxygen gas can be obtained from the water sprayed from the water spray nozzle 420 .

(Embodiment 1-7) The present invention relates to a storage box for accommodating a manufacturing device therein, and in Embodiment 1-1, a height adjustment unit for spacing the lower end of the receiving unit 100 by a predetermined height from the ground; includes

(Embodiment 1-8) The present invention relates to a storage box for accommodating a manufacturing device therein. In Examples 1-7, the height adjustment part includes a post extending from the lower end of the accommodating part 100 toward the ground; a support that is coupled to the lower end of the post, the lower end is formed in a direction parallel to the ground, and is in close contact with the ground; height control means for determining the phase of the support; includes

The accommodating part 100 is formed to stand up from the ground. At this time, in order for the manager to easily grasp the process performed by the manufacturing device 10 , it is preferable to have a structure that determines the phase of the manufacturing device 10 and the accommodating part 100 accommodating the raw material 20 . Do. Accordingly, the accommodating part 100 may be formed in a structure including a height control unit that determines a height value spaced apart between the lower end and the ground. At this time, the height control unit may be formed with a height control means for determining the height of the lower end of the support and the receiving unit 100 in close contact with the ground, the height control means is a support along the longitudinal direction of the post disposed perpendicular to the ground. It is formed in a transport structure. For example, the height control means may have a structure in which a screw thread formed in a spiral shape on the outer periphery of the pole and a screw trough having a shape corresponding to the thread of the pole are formed on the inner periphery of the support.

(Embodiment 2-1) The present invention relates to a storage box for accommodating a manufacturing tool therein. In Example 1-1, the receiving part 100 is formed in an open shape with a front part, and is formed by standing up from the ground. , a first housing 110 for accommodating the manufacturing apparatus 10 for performing the manufacturing process; a second housing 120 formed in the same shape as the first housing 110 and disposed below the first housing 110 to receive the raw material 20 required by the manufacturing apparatus 10; includes

In the accommodating part 100 for accommodating the manufacturing apparatus 10 and the raw material 20 therein, the specification value for creating an internal space is varied by the adjusting part 400 . At this time, the manufacturing apparatus 10 performing the process and the raw material 20 constituting the molded article to be manufactured may require different specification values. Therefore, the manufacturing apparatus 10 and the raw material 20 are each formed in a structure accommodated in a separate space. In order to realize the structure, the accommodating part 100 is formed of a first housing 110 accommodating the manufacturing apparatus 10 therein and a second housing 120 accommodating the raw material 20 therein. At this time, in consideration of the fact that the number of times the manager recognizes the state of the manufacturing apparatus 10 performing the manufacturing process is greater than the number of times that the state of the raw material 20 is recognized, the first It is preferable to have a structure in which the housing 110 is interposed.

(Embodiment 2-2) The present invention relates to a storage box for accommodating a manufacturing tool therein, and in Example 2-1, the accommodating part 100 includes the first housing 110 and the second housing ( 120) interposed between the bonding material 130 to maintain the mutual bonding force; includes

The binder 130 is configured to mutually couple the first housing 110 and the second housing 120 . The manufacturing apparatus 10 accommodated in the first housing 110 is generally formed in a structure in which a configuration for performing a specific process is transferred along 2 to 3 axes in order to process the finally finished molded product. That is, as the position of a specific configuration is formed in a variable structure, it means that the manufacturing apparatus 10 has a non-constant frequency. The vibration generated by the manufacturing apparatus 10 itself may be transmitted to the first housing 110 disposed on the outer periphery of the manufacturing apparatus 10 . At this time, if the first housing 110 is formed in a structure that is simply placed on the upper end of the second housing 120 , the first housing 110 having a frequency by the manufacturing apparatus 10 performing the manufacturing process is the second A phenomenon of being separated from the housing 120 may occur.

In order to solve the above problems, the first housing 110 and the second housing 120 may be formed as a single bonding structure by a separate bonding material 130 . At this time, the binder 130 is interposed in a plurality of corners for a section in which the plurality of enclosures 110 and 120 are in contact with each other, and the plurality of enclosures 110 and 120 is a coupling shaft that improves the mutual coupling force in the section in contact with the binder 130 . It may be formed in a structure including a separate component, such as

(Embodiment 2-3) The present invention relates to a storage box for accommodating a manufacturing device therein, and in Embodiment 2-1, the accommodating part 100 includes the interior of the first housing 110 and the second a raw material supply unit 140 for supplying a raw material inside the second housing 120 to the inside of the first housing 110 by communicating the inside of the housing 120 with each other; includes

(Embodiment 2-4) The present invention relates to a storage box accommodating a manufacturing tool therein, and in Example 2-3, the raw material supply unit 140 has one end coupled to the second housing 120, a supply pipe 141 having the other end coupled to the first housing 110; The second housing 120 is accommodated inside the melting portion 142 for changing the phase of the raw material; includes

(Embodiment 2-5) The present invention relates to a storage box accommodating a manufacturing tool therein, and in Example 2-4, the raw material accommodated in the second housing 120 is connected to the supply pipe 141 It is formed in a structure wound around the outer periphery of the roller (143). As the manufacturing apparatus 10 performing the manufacturing process and the raw material 20 determining the characteristics of the molded product are accommodated in an independent space, the raw material 20 inside the second housing 120 is transferred to the first housing 110 . A configuration is required to supply with the mechanism of Therefore, in the present invention, the supply pipe 141 for interconnecting the internal spaces of the plurality of housings 110 and 120 and the melting part 142 for melting the raw material moved along the supply pipe 141 to a state suitable for the manufacturing apparatus 10 . It is formed in a structure including the formed raw material supply unit 140 . In addition, the raw material 20 accommodated in the second housing 120 may be formed in a structure wound around the outer periphery of the roller 143 for unwinding to the inside of the supply pipe 141 . As it is formed in the above-described structure, even a non-skilled person can easily perform a replacement operation for the raw material 20 .

(Embodiment 3-1) The present invention relates to a storage box for accommodating a manufacturing tool therein. In Example 2-1, the receiving part 100 is formed in a shape in which the front part is opened, and the front part is optional. a door 101 to seal with; includes

The accommodating part 100 is configured to accommodate the manufacturing apparatus 10 and the raw material 20 therein. At this time, the accommodating part 100 is formed in a structure in which the front part is opened and communicated with the outside so that maintenance by an administrator can be performed on the manufacturing apparatus 10 and the raw material. However, even in a situation where the manufacturing apparatus 10 performs the manufacturing process, if the inner space of the receiving part 100 is formed in a structure that communicates with the outside, harmful substances and odors generated during the process may be delivered to the manager. In order to solve the above problems, a door 101 that selectively forms a communication structure with the outside is installed on the front portion of the accommodating part 100 in which the opening is formed.

(Embodiment 3-2) The present invention relates to a storage box for accommodating manufacturing tools therein. In Embodiment 3-1, the door 101 has a handle ( 101-2); a rotation shaft (101-3) passing through both ends in the width direction along the height direction; includes

The door 101 is disposed on the front portion of the plurality of housings 110 and 120, and is configured to selectively open and close the inner space of the accommodating part 100 . In this case, the door 101 may be formed of a hinged door in which a rotation shaft 101-3 penetrating a predetermined height along the height direction is formed at one end and the other end in the width direction. That is, the rotation shaft 101-3 is formed in a structure that selectively protrudes from the upper and lower ends of the door 101 by an administrator, and rotates a predetermined angle based on the protruding rotation shaft 101-3 to rotate the receiving part ( 100) Open the inner space. Accordingly, as the handles 101 - 2 protruding from the front portion of the door 101 are also formed at both ends of the door 101 in the width direction, the administrator can easily open the inner space of the accommodating portion 100 . there is.

(Embodiment 3-3) The present invention relates to a storage box accommodating a manufacturing mechanism therein. In Embodiment 3-2, the door 101 is a first coupled to the outer periphery of the rotation shaft 101-3. 1 magnetic material (101-4A); a second magnetic body (101-4B) facing the first magnetic body (101-4A) and fixed to the inside of the door (101); includes

(Embodiment 3-4) The present invention relates to a storage box accommodating a manufacturing device therein. In Embodiment 3-3, the first magnetic body 101-4A has a polarity variable by a current flowing therein. formed into a structure.

(Embodiment 3-5) The present invention relates to a storage box for accommodating manufacturing tools therein. In Embodiment 3-4, the door 101 is interlocked with the first magnetic body 101-4A, A first switch (101-5A) for selectively applying; includes

The plurality of rotation shafts 101-3 formed at both ends of the door 101 in the width direction are formed to protrude or sink in the height direction by an administrator. The above structure is realized by a plurality of magnetic bodies 101-4 respectively disposed on the outer periphery of the rotation shaft 101-3 and the inside of the door 101 . A second magnetic body 101-4B that forms a fixed magnetic field is disposed inside the door 101 that determines the planar position of the rotation shaft 101-3. At this time, the first magnetic body 101-4A coupled to the outer periphery of the rotation shaft 101-3 is disposed at a position opposite to the second magnetic body 101-4B. The first magnetic material 101-4A is formed of an electromagnet including a conducting wire through which a current selectively flows. That is, when no current flows in the conducting wire, a magnetic field in the same direction as that of the second magnetic material 101-4B is formed, and the rotation shaft 101-3 protrudes upward or downward of the door 101 . On the other hand, when a current flows in the conducting wire, a magnetic field opposite to that of the second magnetic material 101-4B is formed, and the rotation shaft 101-3 is inserted into the door 101 . At this time, the first magnetic body 101-4A is interlocked with the first switch 101-5A to control the position of the rotation shaft 101-3. That is, as the manager controls the current of the inner conductor of the first magnetic body 101-4A with the first switch 101-5A, the rotation shaft 101-3 is inserted into the door 101 and the receiving unit 100 ) to open the inside.

(Embodiment 3-6) The present invention relates to a storage box accommodating a manufacturing tool therein. In Embodiment 3-3, the door 101 is formed on the upper side and the lower side, and the rotation shaft 101-3 ) to accommodate the rotation shaft coupling groove (101-6) therein; includes

(Embodiment 3-7) The present invention relates to a storage box accommodating a manufacturing tool therein. In Embodiment 3-6, the rotation shaft coupling groove 101-6 is the second magnetic body 101-4B. a rotation shaft hole (101-6A) for fixing therein and accommodating a plurality of the magnetic bodies (101-4A, 101-4B) therein; a rotation shaft groove (101-6B) formed in a structure to communicate the rotation shaft hole (101-6A) with the outside to guide a transport path of the rotation shaft (101-3); includes

In order to form a structure in which the rotation shaft 101-3 is transported along the height direction of the door 101 , the outer periphery of the rotation shaft 101-3 is gripped inside the door 101 in the height direction of the door 101 . In addition, the phenomenon of unintentional movement in a different direction should be prevented. Accordingly, on the inside of the door 101, the rotation shaft coupling groove 101-6 recessed to a predetermined depth inward from the upper end and the lower end of the door 101 along the path of the ascending or descending path of the pivot axis 101-3 is formed. do. At this time, the rotation shaft coupling groove 101-6 is a rotation shaft groove 101-6B for gripping the outer periphery of the rotation shaft 101-3 and a rotation shaft hole for gripping the outer periphery of the first magnetic body 101-4A. (101-6A) is formed. As the first magnetic body 101-4A is formed in a structure fixed to the outer periphery of the rotation shaft 101-3, the rotation shaft hole 101-6A and the rotation shaft groove 101-6B have the same center. can be formed with Also, the inner diameter of the rotation shaft hole 101 -A is formed to be larger than the inner diameter of the rotation shaft groove 101 - 6B, thereby limiting the movement path of the first magnetic body 101-4A.

(Embodiment 3-8) The present invention relates to a storage box for accommodating a manufacturing tool therein. In Embodiment 3-2, the door 101 has an upper end or a lower end of the handle 101-2. a second switch (101-5B) coupled to the other end of which is rotated by a predetermined angle with respect to one end of the handle (101-2); includes

(Embodiment 3-9) The present invention relates to a storage box accommodating manufacturing tools therein. In Embodiment 3-8, the door 101 has one end of the second switch 101-5B. and a wire 101-7 having the other end coupled to the rotation shaft 101-3; includes

The plurality of rotation shafts 101-3 formed at both ends of the door 101 in the width direction may be formed to protrude or sink in the height direction by the second switch 101-5B and the wire 101-7. there is. One end of the plurality of second switches 101-5B is coupled to an upper end and a lower end of the rear surface of the handle 101-2, and the other end is disposed in a shape inclined from the rear surface of the handle 101-2. At this time, when the other end of the second switch 101-5B rotates at a predetermined angle in a direction parallel to the handle 101-2 around one end, one end is coupled to one end of the second switch 101-5B. and the other end of the rotation shaft 101-3 is recessed into the inside of the door 101 by the wire 101-7 coupled to the inner end of the rotation shaft 101-3. That is, the manager mechanically changes the phase of the rotation shaft 101-3 with the second switch 101-5B to open the inside of the accommodating part 100 .

(Embodiment 4-1) The present invention relates to a storage box for accommodating a manufacturing tool therein. In Embodiment 3-1, the storage unit 100 includes a rear portion of the door 101 and a plurality of the enclosures ( 110 and 120) a magnetic portion 102 disposed between the openings; includes

(Embodiment 4-2) The present invention relates to a storage box accommodating a manufacturing tool therein. In Embodiment 4-1, the magnetic part 102 includes a plurality of the enclosures 110 and 120 in contact with the door 101. ) a first magnetic part (102-1) fixed to the opening; a second magnetic part (102-2) fixed to the rear part of the door (101) and disposed to face the first magnetic part (102-1); includes

The door 101 is configured to selectively open the inner space of the accommodating part 100 . That is, the inner space of the accommodating part 100 is formed in a structure that blocks the opening from the outside in order to prevent the leakage of harmful substances and odors to the outside. Various harmful substances and odors generated during the manufacturing process exist in a gaseous state, and are substances that can penetrate and diffuse through even minute gaps. Therefore, when blocking the inner space of the accommodating part 100 from the outside, it is necessary to maximize the mutual adhesion between the opening of the accommodating part 100 and the door 101 . In order to realize the above structure, the receiving part 100 is provided with a magnetic part 102 that forms magnetic fields having opposite polarities to each other in the opening and the rear part of the door 101 . That is, the first magnetic part 102-1 in which a magnetic field is formed and the second magnetic part 102-2 disposed in the rear part of the door 101 are disposed in the opening in contact with the rear part of the door 101, so that mutual adhesion force is provided. to maximize

(Embodiment 4-3) The present invention relates to a storage box for accommodating a manufacturing tool therein. In Embodiment 4-2, the second magnetic part 102-2 is formed by a current flowing inside the first It is formed of an electromagnet in which a magnetic field having a polarity opposite to that of the magnetic part 102-1 is generated. When the manager opens the door 101 to open the inner space of the accommodating part 100 , it is necessary to release the adhesive force formed by the magnetic part 102 . This is for the manager to open the inner space of the receiving unit 100 by using the door 101 even with a small external force. Accordingly, the second magnetic part 102 - 2 disposed on the rear surface of the door 101 may be formed of an electromagnet. In this case, the second magnetic part 102 - 2 may be formed in a structure that blocks the current flowing along the conductive line of the second magnetic part 102 when the inner space of the accommodating part 100 is opened.

(Embodiment 4-4) The present invention relates to a storage box accommodating a manufacturing tool therein. In Embodiment 4-3, the second magnetic part 102-2 is the first switch 101-5A. It is formed in a structure that is linked to

(Example 4-5) The present invention relates to a storage box for accommodating a manufacturing device therein. In Example 4-4, the second magnetic part 102-2 is the first magnetic body 101-4A. It is formed in a structure in which power is cut off when the polarity of the

The second magnetic part 102 - 2 is formed in a structure in which the internal current is selectively cut off when the manager rotates the door 101 to open the inner space of the accommodating part 100 . In order to realize the above function, the second magnetic part 102-2 may be formed in a structure interlocked with the first switch 101-5A for changing the polarity of the first magnetic body 101-4A. That is, when the manager applies pressure to the first switch 101-5A, the current direction of the inner conductor of the first magnetic body 101-4A is changed to form a magnetic field of the opposite polarity to that of the second magnetic body 101-4B. At the same time, the current of the internal conducting wire of the second magnetic part 102-2 is cut off to release the adhesive force with the first magnetic part 102-1.

(Example 5-1) The present invention relates to a storage box for accommodating a manufacturing tool therein. In Example 3-1, the door 101 has a front surface exposed to the outside and a plurality of the enclosures 110 and 120 A hollow portion (101-1) formed between the rear portion in contact with the opening of the; includes

(Example 5-2) The present invention relates to a storage box for accommodating manufacturing tools therein. In Example 5-1, the door 101 is formed of a transparent material at positions opposite to each other in the front part and the rear part a plurality of windows 101-8 through which light is transmitted; includes

The door 101 selectively opens and closes the inner space of the receiving unit 100, so that the manager performs maintenance on the manufacturing device 10 and the raw material 20, and at the same time, harmful substances and odors generated during the manufacturing process are removed from the outside. leakage can be prevented. At this time, the manager recognizes the state of the manufacturing apparatus 10 and the raw material 20 accommodated inside the door 101 in real time, and determines whether the door 101 is rotated. That is, the door 101 needs a configuration in which an administrator can grasp the current state of the space inside the accommodation unit 100 .

The door 101 has a structure in which the front part and the rear part are spaced apart by a predetermined thickness to form a hollow part 101-1 therein, and at the same time, the window 101-8 is disposed on the front part and the rear part, respectively. is formed At this time, since the plurality of windows 101 - 8 are formed of a transparent material through which light is transmitted, the administrator can visually observe the inner space of the receiving unit 100 through the plurality of windows 101 - 8 .

(Embodiment 5-3) The present invention relates to a storage box for accommodating manufacturing tools therein. In Embodiment 5-2, the plurality of windows 101-8 are interlocked with the processing unit 300, a display for displaying the dimension value measured by the measurement unit 200; includes

(Example 5-4) The present invention relates to a storage box for accommodating a manufacturing tool therein. In Example 5-2, the door 101 is inserted inside the hollow part 101-1, and the a plurality of blades 101-9 rotating at a predetermined angle with respect to the thickness direction of the door 101; includes

(Example 5-5) The present invention relates to a storage box for accommodating a manufacturing tool therein. In Example 5-5, the door 101 is configured to change the angle of the plurality of blades 101-9. a third switch 101-5C; includes

The manager may acquire visual information about the inner space of the receiving unit 100 in real time through the plurality of windows 101 - 8 . However, a situation may arise in which the manager does not need information on the inner space of the accommodation unit 100 . Accordingly, the plurality of windows 101 - 8 are preferably formed in a structure that can selectively see through the inner space of the receiving unit 100 according to the needs of the administrator. For example, a plurality of blades 101 - 9 may be interposed in the hollow portion 101-1 formed between the plurality of windows 101 - 8 . At this time, the blade 101-9 may be formed in a blind structure that rotates at a predetermined angle with respect to the thickness direction of the door 101, and a third switch 101-5C that determines the rotation angle of the blade 101-9. ) is additionally formed on the door 101 . In another embodiment, a film disposed inside the hollow portion 101-1 to control light transmittance may be interposed. That is, according to the amount of light transmitted by the film, visual information about the inner space of the accommodating part 100 is selectively exposed. In addition, the plurality of windows 101 - 8 are formed as a transparent display for displaying information, and may display additional information in addition to visual information about the space inside the accommodating part 100 .

(Embodiment 6-1) The present invention relates to a storage box for accommodating a manufacturing tool therein. In Example 2-1, the plurality of control means 400 are disposed outside the storage unit 100, It is formed in a structure in which the dimensions of the inner side of the accommodating part 100 are variable.

In the inner space of the accommodating part 100 , the temperature, humidity and air pollution degree values are varied by the adjusting part 400 . At this time, if the adjusting unit 400 is disposed inside the receiving unit 100, there is an advantage that the inner space of the receiving unit 100 can be changed to an environment of a desired specification value within a short time. However, a phenomenon may occur in which the manufacturing apparatus 10 and the raw material 20 are damaged by the material directly sprayed or discharged from the control unit 400 . In order to solve the above problems, the adjusting unit 400 for changing the value of the specification for the inner space of the accommodating part 100 may be formed in a structure disposed outside the accommodating part 100 .

(Embodiment 6-2) The present invention relates to a storage box accommodating a manufacturing tool therein, and in Example 6-1, an adjustment unit 400 is disposed, and is in communication with the plurality of enclosures 110 and 120, a circulation unit 600 for guiding an air flow path; includes

(Embodiment 6-3) The present invention relates to a storage box accommodating a manufacturing device therein, and in Example 6-2, the circulation unit 600 is a third housing in which the adjustment unit 400 is accommodated therein. (610); a plurality of ducts 620 connecting the first housing 110 and the second housing 120 to the third housing 610; includes

The circulation unit 600 is configured to introduce the air whose dimensions are changed by the control unit 400 into the receiving unit 100 . Accordingly, the circulation unit 600 forms a structure in communication with the plurality of enclosures 110 and 120 constituting the accommodation unit 100 . In order to realize the above structure, the adjusting unit 400 is disposed inside the third housing 610, which is a separate configuration in which an accommodation space is formed therein, and the third housing 610 has one end of a plurality of housings 110 and 120. ) and may be formed in a structure coupled to the other end of the duct 620 coupled. Accordingly, the air whose dimension value is changed by the adjusting unit 400 disposed in the third housing 610 is introduced into the receiving unit 100 along the duct 620, and the Change the air quality value.

(Embodiment 6-4) The present invention relates to a storage box for accommodating manufacturing tools therein. In Embodiment 6-3, the duct 620 is interposed therein, and includes a filter 621 for collecting foreign substances; includes

(Embodiment 6-5) The present invention relates to a storage box accommodating manufacturing tools therein. In Embodiment 6-3, the duct 620 includes a plurality of blowing means for determining the direction of the flow path along the longitudinal direction. (622); includes

The duct 620 is configured to communicate with the plurality of housings 110 and 120 constituting the accommodation unit 100 and the third housing 610 in which the adjusting unit 400 is disposed. At this time, the air having a variable specification value in the third housing 610 is introduced into the first housing 110 and the second housing 120 , and at the same time the air inside the accommodating part 100 is transferred to the third housing 610 . ) should be formed. Accordingly, it is preferable to have a structure in which a plurality of blowing means 622 for forming the above-described airflow are interposed inside the duct 620 . In addition, in order to prevent the foreign substances adhering to the outer periphery of the manufacturing apparatus 10 and the raw material 20 from adhering to the to-be-processed object in which the manufacturing process is performed by the blowing means 622, the inside of the duct 620 is caused by the airflow. It may be formed in a structure in which a filter 621 for collecting foreign substances is interposed.

(Embodiment 7-1) The present invention relates to a storage box for accommodating a manufacturing device therein, and in Example 2-1, a mass variable unit 500 disposed at the lower end of the accommodation unit 100; includes

The accommodating part 100 is formed in a structure in which the manufacturing apparatus 10 is accommodated therein, the first housing 110 and the second housing 120 accommodating the raw material 20 are stacked. Considering the number of times the manager observes the internal state, the accommodating part 100 may be formed in a structure in which the first housing 110 is disposed above the second housing 120 . At this time, the accommodating part 100 having the center of gravity formed on the upper side by the vibration generated by the manufacturing apparatus 10 having a large weight value performing the manufacturing process in general can be formed in a structure in which it stands in an unstable state from the ground. there is. In order to solve the above problem, the lower end of the second housing 120 disposed on the lower side may be formed in a structure in which the mass variable part 500 having a larger weight value than that of the manufacturing apparatus 10 is disposed.

(Embodiment 7-2) The present invention relates to a storage box accommodating a manufacturing device therein. In Embodiment 7-1, the mass variable unit 500 includes a fluid receiving unit accommodating a fluid of a predetermined capacity therein. (510); includes

(Embodiment 7-3) The present invention relates to a storage box accommodating manufacturing tools therein. In Embodiment 7-2, the fluid accommodating part 510 includes a plurality of partition walls dividing an inner space in which a fluid is accommodated. (511); includes

The mass variable part 500 for lowering the center of gravity of the accommodating part 100 is formed of a material having a weight value greater than that of the manufacturing apparatus 10 . At this time, according to the topography in which the accommodating part 100 is disposed and the direction of vibration that occurs dependently on the manufacturing process of the manufacturing apparatus 10, the accommodating part 100 is an optimized center of gravity that can stand stably from the ground. may be different. Accordingly, the mass variable unit 500 may be formed as a fluid accommodating unit 510 in which a plurality of partition walls 511 that separate and partition into a plurality of spaces are disposed. As the structure is formed as described above, the space in the fluid accommodating part 510 is divided into a plurality, so that the manager can selectively place the fluid in the required space.

(Embodiment 7-4) The present invention relates to a storage box for accommodating manufacturing equipment therein. In Embodiment 7-1, the mass variable unit 500 includes a weight 520 having a constant mass value; includes

(Embodiment 7-5) The present invention relates to a storage box for accommodating a manufacturing device therein, and in Example 7-4, the weight 520 is a third fixed to the central portion of the lower end of the accommodating part 100 . 1 weight (521); a plurality of second weights 522 selectively coupled to both ends of the first weight 521; includes

As the weight 520 having a larger weight value than that of the manufacturing apparatus 10 is disposed at the lower end of the accommodating part 100 , the accommodating part 100 may stably stand up from the ground. At this time, the weight 520 may be formed of a first weight 521 disposed in the center and a second weight 522 selectively coupled to both ends of the first weight 521 . As the structure is formed as described above, the administrator can easily change the center of gravity formed at the lower end of the accommodating part 100 along the width direction.

(Embodiment 7-6) The present invention relates to a storage box for accommodating a manufacturing instrument therein. In Embodiment 7-4, the circulation unit 500 is a moving unit for changing the position of the weight 520 . (530); includes

The partition wall 511 is formed of a plurality of modules and the fluid accommodating part 510 that separates and partitions the space and the weight 520 selectively coupled to each other sets the center of gravity of the accommodating part 100 in the second housing 120 . It can be changed along the longitudinal direction. In addition to this, the mass variable unit 500 includes a moving unit 530 for changing the position of the fluid receiving unit 510 or the weight 520 structure along the longitudinal or width direction of the second housing 120 . structure can be formed. At this time, the structure and shape of the moving part 530 are not specifically limited, but combined with both ends in the longitudinal direction of the fluid receiving part 510 or the weight 520 , and the width direction from the inner wall of the second housing 120 . It is preferably formed in a rail structure extending along the line.

(Embodiment 8-1) The present invention relates to a storage box for accommodating a manufacturing tool therein, and in Example 1-1, it is linked with the accommodation part 100 to determine the state of the inside of the accommodation part 100 a display unit 700 for real-time monitoring by an administrator; includes

The manager needs to know in real time the current state of the manufacturing apparatus 10 and the raw material 20 accommodated in the inner space of the accommodating part 100 . This is an embodiment of the structure for installing the window 101-8 on the door 101 that selectively opens and closes the receiving part 100, and it can satisfy the need for observing the manufacturing apparatus 10 and the raw material 20. can However, there is a problem in that when the manager deviates from the space in which the accommodating part 100 is arranged, information on the inner space of the accommodating part 100 cannot be obtained. In order to solve the above problem, the present invention may be formed in a structure including a display unit 700 that outputs image information about the inner space of the accommodation unit 100 to a manager in real time. In this case, although the structure or shape of the display unit 700 is not specifically limited, it is preferable to form a display that converts data into a visual signal and outputs the data.

(Embodiment 8-2) The present invention relates to a storage box accommodating a manufacturing instrument therein, and in Embodiment 8-1, the measuring unit 200 is disposed inside the receiving unit 100, the manufacturing apparatus a camera 240 for photographing (10); includes

(Embodiment 8-3) The present invention relates to a storage box accommodating a manufacturing device therein. In Embodiment 8-2, the control unit 300 is based on the data received from the measurement unit 200, , an operation unit 310 for calculating a command sent to the control unit 400; a transceiver 320 interlocking with the measuring unit 200 , the adjusting unit 400 , and the display unit 700 ; a database 330 for storing the parameter values measured by the measurement unit 200; includes

In order for the manager to recognize the state of the manufacturing apparatus 10 and the raw material 20 from a distance from the space in which the accommodating part 100 is disposed, a configuration for acquiring image information about the inner space of the accommodating part 100 is required. Accordingly, the measuring unit 200 is formed in a structure including the camera 240 for photographing the inner space of the receiving unit 100 . In this case, the camera 240 may be arranged in a direction in which the manufacturing apparatus 10 and the raw material 20 are photographed on the inner walls of the plurality of housings 110 and 120 . Image information captured by the camera 240 is transmitted to the controller 300 and stored, and then transmitted to the display unit 700 . The interlocking structure as described above has an advantage that the manager can check the entire process of the manufacturing process performed by the manufacturing apparatus 10 later. Accordingly, the control unit 300 includes an operation unit 310 that determines a command value to be sent to the control unit 400, a transceiver 320 that receives the data required from the control unit 300 and transmits the calculated data in another configuration; It is preferable to have a structure including a database 330 for storing image information captured by the camera 240 .

10: manufacturing equipment 20: raw material
100: receiving unit 101: door
101-1: hollow part 101-2: handle
101-3: axis of rotation 101-4: magnetic material
101-4A: first magnetic material 101-4B: second magnetic material
101-5: switch 101-5A: first switch
101-5B: second switch 101-5C: third switch
101-6: rotation shaft coupling groove 101-6A: rotation shaft hole
101-6B: rotation shaft groove 101-7: wire
101-8: Spear 101-9: Blade
102: magnetic part 102-1: first magnetic part
102-2: second magnetic part
110: first enclosure 120: second enclosure
130: binder
200: measurement unit 210: temperature sensor
220: humidity sensor 230: air pollution level sensor
240 : camera
300: control unit 310: operation unit
320: transceiver 330: database
400: control unit 410: temperature control nozzle
420: water spray nozzle 430: means for generating negative ions
500: mass variable part 510: fluid receiving part
511: bulkhead 520: weight
521: first weight 522: second weight
530: moving part
600: circulation unit 610: third enclosure
620: duct 621: filter
622: blowing means 700: display unit

Claims (8)

In the storage box for accommodating the manufacturing equipment therein,
manufacturing apparatus 10;
a accommodating part 100 having an accommodating space accommodating the manufacturing apparatus;
a measuring unit 200 for measuring an environmental condition inside the accommodation unit by a measurement sensor;
a control unit 400 for adjusting the environmental conditions inside the accommodation unit;
Including; receiving the sensor information of the measurement unit, and controlling the operation of the control unit (300);
The accommodating part 100,
a first housing 110 formed in an open shape with a front portion, standing from the ground, and including a door 101 selectively sealing the front portion;
A second housing 120 formed in the same shape as the first housing 110 and disposed below the first housing 110; includes;
The door 101 is
a handle 101-2 disposed at one end or the other end in the width direction of the front part;
a rotation shaft (101-3) passing through both ends in the width direction along the height direction;
a first magnetic body (101-4A) coupled to the outer periphery of the rotation shaft (101-3);
a second magnetic body (101-4B) facing the first magnetic body (101-4A) and fixed to the inside of the door (101);
A first switch (101-5A) for selectively applying power by interworking with the first magnetic body (101-4A);
The first magnetic material (101-4A) is a constant temperature and humidity storage box for a manufacturing device formed in a structure in which the polarity is variable by the current flowing therein.
delete delete The method according to claim 1,
The accommodating part 100,
a magnetic portion 102 disposed in openings of the plurality of housings 110 and 120 in contact with the rear portion of the door 101; A constant temperature and humidity storage box for manufacturing equipment comprising a.
The method according to claim 1,
The door 101 is
A hollow portion (101-1) formed between the front portion exposed to the outside and the rear portion in contact with the openings of the plurality of the housing (110, 120); A constant temperature and humidity storage box for manufacturing equipment comprising a.
The method according to claim 1,
A plurality of the adjusting unit 400,
It is disposed on the outside of the accommodating part 100, and is formed in a structure that changes the dimensions of the accommodating part 100 inside; A constant temperature and humidity storage box for manufacturing devices comprising a.
The method according to claim 1,
a mass variable unit 500 disposed at the lower end of the receiving unit 100; A constant temperature and humidity storage box for manufacturing equipment comprising a.
The method according to claim 1,
a display unit 700 that is interlocked with the receiving unit 100 and monitors the state of the inside of the receiving unit 100 in real time; A constant temperature and humidity storage box for manufacturing equipment comprising a.

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