KR102683373B1 - Odor exhaust device with drying function and temperature measurement function - Google Patents

Abstract

The present invention relates to an odor emission device with a drying function and a temperature measurement function. The drying racks are arranged at intervals up and down in the upper space of the box and place drying objects on them while being supported on the inner wall of the box. The heater is disposed within the box and dries the objects placed on the drying racks. The inspection plate is placed in the lower space of the box, is supported on the inner wall of the box, and is operated by seating the inspection objects in the seating areas, and each of the seating areas is provided with an odor discharge hole. A temperature measuring camera is placed inside the box and measures the temperature of the inspection objects moving on the inspection panel. Odor discharge fans suck in and discharge odors emitted from inspection objects running on the inspection panel through odor discharge holes. An air purifier purifies odors emitted by odor exhaust fans.

Description

Odor exhaust device with drying function and temperature measurement function}

The present invention is a device for drying the parts of an electric warmer product and checking the performance of the assembled finished product. It relates to an odor emission device designed to improve the quality and homogeneity of the product, protect the health of workers, and improve the indoor environment. will be.

There are existing dryers for drying objects. Most dryers dry objects by placing them on a shelf inside the dryer or hanging them using some device and supplying heat to the interior. Dryers sometimes have an air conditioning function depending on the characteristics of the drying object.

However, if you put the parts of an electric heater product in this dryer and dry them, you can dry them, but when this dryer is not drying, the efficiency of using the device is limited. Additionally, it is not possible to test the performance of an electric warmer (measuring the temperature of the upper metal heating plate and minimizing odor emissions during use) with an existing dryer.

There is an existing odor exhaust device. An object to be inspected can be placed in an odor emission device, the object can be operated to emit a odor, and the odor can be discharged through an air conditioning device. However, although the odor emitted from the inside of the object can be discharged to the outside through a space air conditioning device, the odor remaining inside the object cannot be completely discharged.

In addition, a device that simply combines a drying function and an air conditioning function can perform a drying function on an object and a odor emission function, but there is still no device that removes the odor remaining inside the object. Even if there is a device that combines the drying function and the air conditioning function, there is no device that absorbs and discharges the odor remaining inside the object, but it measures the temperature of the object (metal heating plate) to check the performance of the object (heat transfer of the metal heating plate). There is no device.

The existing method of measuring the temperature of an object is to check the temperature by directly contacting the object with a temperature sensor or to measure the temperature individually using a non-contact sensor. Each object has one sensor, either a contact sensor or a non-contact sensor, to measure the temperature individually. For this reason, many sensors are needed, and the temperature of the object is managed by individually receiving signals and processing the data measured by the sensors. The structure is complex because each individual product must have a temperature sensor.

The problem of the present invention is to provide a drying function and temperature measurement that can solve the parts processing process and performance evaluation process of electric warmer products, which cannot be solved with a simple combination of existing drying devices, odor exhaust devices, and temperature measuring devices, with a single device. The aim is to provide a functional odor emission device.

The odor emission device with a drying function and temperature measurement function according to the present invention to achieve the above task includes a box, drying racks, heaters, an inspection panel, a temperature measurement camera, a fan for odor emission, and air. Includes purifier. A box has an interior space. The drying racks are arranged at intervals up and down in the upper space of the box and place drying objects on them while being supported on the inner wall of the box. The heater is placed in the box and applies heat to the objects placed on the drying racks to dry them. The inspection plate is placed in the lower space of the box, is supported on the inner wall of the box, and is operated by seating the inspection objects in the seating areas, and each of the seating areas is provided with an odor discharge hole. A temperature measuring camera is placed inside the box and measures the temperature of the inspection objects moving on the inspection board. Odor discharge fans suck in and discharge odors emitted from inspection objects running on the inspection panel through odor discharge holes. An air purifier purifies odors emitted by odor exhaust fans.

According to the present invention, the parts processing work and performance processing work of products such as electric warmers can be solved with one device, improving the quality and homogenization of parts or finished products, improving the working environment of workers, and improving workers' health. It can be used as a guard device. According to the present invention, uniform quality of parts can be realized regardless of the external temperature environment, and work time can be shortened, contributing to improved productivity.

According to the present invention, an odor discharge device is installed at the bottom of the inspection panel for each individual product, thereby protecting the health of users and workers and relieving discomfort by removing harmful odors generated from individual products.

According to the present invention, the temperature of multiple products can be measured with a single temperature measuring camera, thereby simplifying the interior of the odor emission device, and transmitting thermal image images to a monitor in real time so that the operator can immediately check the temperature status of the product. It can be of great help in product quality control by allowing confirmation by period.

According to the present invention, the air purifier connected to the outside of the odor exhaust device purifies contaminants emitted from the odor discharge device quickly and effectively, giving the advantage of installing the odor discharge device in the middle of the indoor work space to eliminate odor. This can provide the advantage of minimizing the capacity of the odor exhaust fan of the exhaust device. Additionally, this air purifier can operate separately when the odor exhaust device is not in operation and can also function to purify indoor air.

Figure 1 is a perspective view of an odor discharge device with a drying function and a temperature measurement function according to an embodiment of the present invention.
Figure 2 is a front cross-sectional view of Figure 1.
Figure 3 is a side cross-sectional view of Figure 1.
Figure 4 is a plan view showing an example of a drying rack.
Figure 5 is a detailed view of an example of an inspection plate.
Figure 6 is a diagram showing an example of a screen display on a monitor.

The present invention will be described in detail with reference to the attached drawings as follows. Here, the same symbols are used for the same components, and repetitive descriptions and detailed descriptions of known functions and configurations that may unnecessarily obscure the gist of the present invention are omitted. Embodiments of the present invention are provided to more completely explain the present invention to those skilled in the art. Accordingly, the shapes and sizes of elements in the drawings may be exaggerated for clearer explanation.

Figure 1 is a perspective view of an odor discharge device with a drying function and a temperature measurement function according to an embodiment of the present invention. Figure 2 is a front cross-sectional view of Figure 1. Figure 3 is a side cross-sectional view of Figure 1. Figure 4 is a plan view showing an example of a drying rack. Figure 5 is a detailed view of an example of an inspection plate. Figure 6 is a diagram showing an example of a screen display on a monitor.

1 to 6, the odor emission device 100 with a drying function and a temperature measurement function according to an embodiment of the present invention includes a box 110, drying racks 120, a heater 130, and , an inspection plate 140, a temperature measurement camera 150, odor exhaust fans 160, and an air purifier 170.

Box 110 has an internal space. The box 110 may be configured to have one side open so that it can be opened and closed by the lid 111. Since the box 110 can be opened and closed by the lid 111, it is possible to easily clean or install the internal components of the device.

For example, the box 110 has a hexahedral appearance and the front portion may be open. The lid 111 may be hinged around the opening of the box 110 to open and close the opening of the box 110, or may be detachably fitted around the opening of the box 110.

The box 110 can be provided with a number of holes of various shapes to provide an air intake port 112 and an air outlet port 113 to facilitate air circulation. The air intake port 112 may be disposed on the rear upper side of the box 110. The air outlet 113 may be connected to the air intake port 171a of the air purifier 170. The box 110 may be provided with a confirmation window 114 that allows checking the status of the objects 10 and 20 accommodated in the internal space.

The drying racks 120 are arranged at intervals up and down in the upper space of the box 110 and place the drying object 10 while being supported on the inner wall of the box 110. A ceramic heater, which is one of the electric heater parts manufacturing processes, is attached to a metal plate with a bond, and then the heater metal plate is dried to harden the bond. The drying object 10 may correspond to the heater metal plate in the state before bond hardening. there is.

Brackets 115 on which drying racks 120 can be installed may be attached to the left and right sides of the inner wall of the box 110. The drying rack 120 may be formed in the form of a mesh-structured plate, that is, in the form of a fence, so that air can move freely and drying activities occur by convection.

As another example, the drying rack 120 may be formed in a plate shape with a closed structure. In this case, the drying rack 120 may have light transparency. A portion of the drying racks 120 are arranged at a distance from the inner wall of the box 110 to facilitate air circulation within the box 110.

The heater 130 is disposed in the box 110 and applies heat to the object 10 placed on the drying racks 120 to dry the object 10. As an example, a plurality of heaters 130 are respectively disposed on the upper side of the drying racks 120 and apply heat to the drying object 10 placed on the drying racks 120 while being supported on the inner wall of the box 110 to dry the drying object. (10) can be dried. Brackets 115 on which heaters 130 can be installed may be attached to the inner wall of the box 110.

Meanwhile, the heater 130 is not limited to the example, and is installed anywhere in the box 110 in an appropriate number within a range capable of maintaining the internal temperature of the box 110 at a temperature for drying the drying object 10. Installation is possible. The heater 130 may be made of various electric heaters.

When drying the heater metal plate after attaching a ceramic heater, which is one of the manufacturing processes of electric heater parts, to a metal plate with a bond, the drying time varies depending on the temperature of the drying space. For example, the drying time is twice as long in winter than in summer. It takes more than that.

To solve this problem, the heater 130 can always maintain the drying temperature of the drying object 10 above 15°C regardless of the indoor temperature and season. In addition, the heater 130 can control the internal temperature of the box 110 through capacity adjustment to ensure a constant drying time. The odor emitted from the bond generated during the drying process is discharged to the air purifier 170 by the odor exhaust fans 160 and purified.

The inspection plate 140 is placed in the lower space of the box 110 and moves the inspection objects 20 by seating them in the seating areas while being supported on the inner wall of the box 110. Here, the inspection object 20 may be a finished electric warmer product. The inspection plate 140 is provided with odor discharge holes 142 in each of the seating areas.

The inspection plate 140 may be provided with a seating frame 141 for seating the inspection object 20 in each seating area in a grooved shape corresponding to the shape of the lower part of the inspection object 20. The inspection plate 140 may have an odor discharge hole 142 formed in the center of the seating frame 141. The box 110 may be provided with a rail 116 that supports the inspection plate 140 so that it can move forward and backward. The inspection plate 140 may have a built-in power supply means for operating the finished electric warmer product, which is the inspection object 20.

In order to realize the performance of the finished electric warmer product (maintaining temperature and minimizing pollutant emissions when using the product), the inspection panel 140 allows the finished product to be seated and operated in the device 100 to check temperature changes such as temperature rise and fall. do. The inspection plate 140 transmits odors generated from the inside of the finished product due to the operation of the electric warmer finished product (heating of the heater metal plate) through the heat discharge port located at the bottom of the finished product to the odor discharge fan 160 through the odor discharge hole 142. By discharging the product, the odor can be completely removed without remaining inside the finished product.

The temperature measuring camera 150 is placed in the box 110 and measures the temperature of the inspection objects 20 moving on the inspection plate 110. As an example, the temperature measuring camera 150 may be placed on the upper side of the inspection plate 140 and measure the temperature of the inspection objects 20 while supported on the inner wall of the box 110. The temperature measurement camera 150 may be mounted and supported on a camera support 151 supported by a bracket 115 within the box 110.

As another example, the temperature measuring camera 150 may be mounted on the ceiling of the box 110 to measure the temperature of the inspection object 20. In this case, the temperature measuring camera 150 can secure a wider field of view and measure the temperature of as many inspection objects 20 as possible. Meanwhile, the temperature measuring camera 150 is not limited to the example, and can be installed anywhere in the box 110 in an appropriate number within a range capable of measuring the temperature of the inspection object 20.

In measuring the temperature of the inspection object 20, when measuring the temperature on an individual basis through a temperature sensor, there is a complexity in that the signal transmission device (wire) for each temperature sensor exists in space. To eliminate this problem, a temperature measuring camera is used. (150) makes it possible to measure the temperature of a plurality of inspection objects (20).

In addition, the temperature measurement camera 150 can directly implement a thermal image on the monitor 180, allowing the operator to check in real time which inspection object 20 has what temperature.

The odor discharge fans 160 suck in and discharge odors emitted from the inspection objects 20 operating on the inspection panel 140 through the odor discharge holes 142. Odors are released due to the operation of the finished electric warmer product (heating of the heater metal plate), and the odor discharge fans 160 are installed immediately adjacent to the lower part of the inspection panel 140 to remove the odors from the moment the odors are generated. Ensure that the smell is discharged to the outside so that no odor remains inside the product. In addition, the odor volatilized and released from the bond generated during the drying process of the heater metal plate can also be discharged by the odor exhaust fans 160 below the inspection plate 140.

The air purifier 170 purifies the odor emitted by the odor exhaust fans 160. For example, the air purifier 170 may include a housing 171, a blowing fan 172, and a filter 173. The housing 171 has an air intake port 171a for sucking in odor-mixed air and an air discharge port 171b for discharging purified air. The air intake port 171a of the air purifier 171 is connected to the air outlet 113 of the box 110 to inhale the odor generated within the box 110.

The blowing fan 172 sucks air from the air intake port 171a within the housing 171 and sends it out to the air discharge port 171b. The blowing fan 172 minimizes the capacity of the odor exhaust fan 160 to facilitate air circulation within the box 110, thereby enabling the odor discharged from the box 110 to be quickly and effectively removed.

The filter 173 collects odors while passing the air blown out by the blowing fan 172 within the housing 171. The filter 173 may collect dust while passing air. The filter 173 is typically an adsorption filter 173a that can adsorb odors, oil and water components, solid substances, etc., a HEPA filter 173b that collects fine dust, a carbon filter 173c that collects harmful odors, etc. It may be composed of a filter, or it may be composed of a filter with various other forms, components, and structures.

This air purifier 170 is connected to the box 110 and is equipped with various filters 173 that can collect odors and fine dust, so it removes odors and dust generated from individual parts processes and performance processes to provide clean air. so that it can be discharged. The air purifier 170 can be placed indoors as a set with the box 110 to prevent indoor air from being polluted.

If the odor exhaust device 100 of the present invention is installed in a place outside the factory that is not close to the outside, the air purifier 170 is installed so that the odor exhaust fan 160 is installed in a place that is not close to the outside of the factory. This eliminates the inconvenience of having to use excessive capacity (physical size and electrical capacity).

The odor exhaust device 100 may include a monitor 180. The monitor 180 can display the temperature of the inspection object 20 measured by the temperature measuring camera 150 on the screen in real time. The monitor 180 can display on the screen in color or image form depending on the set temperature.

The monitor 180 is connected to the temperature measurement camera 150 and can display the temperature of the finished product in real time and display it in color or image form when the set temperature rise (e.g., 95°C) is reached, and can detect overheating in the finished product. When the prevention sensor operates and the temperature falls and reaches the set falling temperature (e.g. 85℃), it displays in a color or image different from the rising temperature display format, allowing you to check the performance of the finished product.

The monitor 180 can display thermal image images and temperatures of all finished products that can be measured by one temperature measurement camera 150 on one screen. The monitor 180 may have a function that sounds an alarm at a set temperature or time. The monitor 180 may be equipped with a user interface that allows various commands to be input to the device, such as a touch input method.

In this way, the odor discharge device 100 with a drying function and a temperature measurement function according to the present invention is a process for parts such as electric warmer products that cannot be solved by a simple combination of an existing dryer, odor discharge device, and temperature measurement device. The process and performance evaluation process can be solved with one device.

The present invention has been described with reference to an embodiment shown in the attached drawings, but this is merely illustrative, and those skilled in the art will understand that various modifications and other equivalent embodiments are possible therefrom. You will be able to. Accordingly, the true scope of protection of the present invention should be determined only by the appended claims.

10..Dry object 20..Inspection object
110..box 120..drying rack
130..Heater 140..Inspection plate
141.. Seating frame 142.. Odor discharge hole
150..Temperature measurement camera 160..Fan for odor extraction
170..Air purifier 171..Housing
172..Blower fan 173..Filter
180..monitor

Claims (7)

A box having an interior space;
Drying racks are arranged at intervals up and down in the upper space of the box and place drying objects on them while being supported on the inner wall of the box;
a heater disposed in the box and drying the objects placed on the drying racks by applying heat to the objects;
An inspection plate disposed in the lower space of the box and operated by seating inspection objects in seating areas while supported on the inner wall of the box, and having odor discharge holes in each of the seating areas;
a temperature measuring camera disposed within the box and measuring the temperature of inspection objects operating on the inspection panel;
Odor discharge fans that suck in and discharge odors emitted from inspection objects operating on the inspection panel through the odor discharge holes; and
It includes an air purifier that purifies the odor emitted by the odor exhaust fans,
The inspection plate is provided with a seating frame for seating the inspection object in a grooved shape corresponding to the lower shape of the inspection object in each seating area, and an odor discharge hole is formed in the center of the seating frame, and is used to move the inspection object. A power supply means is built in to measure the temperature change according to the operation of the inspection object using the temperature measurement camera,
The odor-discharging fans are installed immediately adjacent to the lower part of the inspection panel, and have a drying function for sucking in and discharging odors emitted from inspection objects moving on the seating frames through the odor-discharging holes, respectively. Odor emission device with temperature measurement function. According to paragraph 1,
The box is open on one side so that it can be opened and closed by a lid, and is provided with a confirmation window that allows checking the status of the object contained in the interior space. An odor emission device with a drying function and a temperature measurement function. According to paragraph 1,
The box is an odor emission device with a drying function and a temperature measurement function, characterized in that the box is provided with a rail that supports the inspection plate so that it can move in the forward and backward directions. According to paragraph 1,
The drying rack is an odor emission device with a drying function and a temperature measurement function, characterized in that the drying rack is made of a plate shape with a closed structure or a plate shape with a mesh structure. delete According to paragraph 1,
An odor device with a drying function and a temperature measurement function, comprising a monitor that displays the temperature of the inspection object measured by the temperature measurement camera in real time on the screen and displays it on the screen in color or image form according to the set temperature. Discharge device. According to paragraph 1,
The air purifier,
A housing having an air intake port for sucking in odor-mixed air and an air outlet for discharging purified air;
a blowing fan that sucks air from the air intake port within the housing and blows it out to the air outlet, and
An odor emission device with a drying function and a temperature measurement function, characterized in that it includes a filter that collects odor while passing the air blown out by the blower fan within the housing.

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