KR200166320Y1 - High and low temperature irradiation apparatus - Google Patents

Abstract

The present invention can be combined with the high-temperature divergence unit and the low-temperature divergence unit together to repeat the time for discharging the low temperature and the time for dissipating the high temperature to the object on the conveyor alternately, and the high temperature / which can be investigated while moving the object by the conveyor It relates to a low temperature irradiation device. The high temperature / low temperature irradiation apparatus according to the present invention is mainly composed of a high temperature diverging unit, a low temperature diverging unit, a controller, and a conveyor. The high-temperature diverging unit and the low-temperature diverging unit may irradiate a high temperature and a low temperature to the object on the conveyor, and the user may control the high-temperature and low-temperature divergence time of the high-temperature radiating unit and the low-temperature radiating unit by manipulating the control unit. The present invention can be used for sterilization, preservation and testing of food and medicine.

Description

High and Low Temperature Irradiation Apparatus

The present invention can combine the high temperature divergence unit and the low temperature divergence unit together to repeat the time for radiating the low temperature to the object on the conveyor and the time for radiating the high temperature alternately, and the high temperature that can be irradiated while moving the object on the conveyor. It relates to a low temperature irradiation device.

BACKGROUND ART Conventionally, as a device for irradiating a high temperature or a low temperature to an object, a high temperature dissipation device using infrared rays or the like and a low temperature dissipation device for dissipating low temperatures by using a refrigerant are mainstream. Most of these devices consist of a heat dissipation part for irradiating a high or low temperature to an object, a stand for supporting the heat dissipation part, and an adjusting part for adjusting temperature or irradiation time.

Conventionally, since only a high temperature is emitted at high temperature and a low temperature is emitted at low temperature, when it is necessary to irradiate a high temperature and a low temperature together, it is inconvenient to prepare two irradiation apparatuses and operate them separately.

Accordingly, an object of the present invention is to combine the high temperature divergence unit and the low temperature divergence unit together and operate one control unit so that the time for discharging the low temperature and the time for dissipating the high temperature to the object on the conveyor can be alternately repeated. It is to provide a high / low temperature irradiation apparatus that can be irradiated while moving the object on the conveyor.

1 is a block diagram of a high temperature / low temperature emanation device applied to the present invention.

Figure 2 is a perspective view of the high temperature / low temperature diverging portion of FIG.

3 is a conceptual view of the high temperature / low temperature irradiation apparatus of the present invention in combination with the conveyor system of the high temperature / low temperature diverging device of FIG.

Figure 4 is a conceptual diagram showing another embodiment of the high temperature / low temperature irradiation apparatus of the present invention.

<Explanation of main symbols in drawing>

300: control unit 101: high temperature diverter 105: support 111 111 between connections 113: fixed knob 115: high temperature diverter power supply line 201: low temperature diverter 207: cryopump 209: hose 213: cryopump control line 215: shutter control Line 400, 450: conveyor system

The high temperature / low temperature irradiation apparatus according to the present invention is mainly composed of a high temperature diverging unit, a low temperature diverging unit, a controller, and a conveyor. The high-temperature diverging unit and the low-temperature diverging unit may irradiate a high temperature and a low temperature to the object on the conveyor, and the user may control the high-temperature and low-temperature divergence time of the high-temperature radiating unit and the low-temperature radiating unit by manipulating the control unit.

With reference to the drawings will be described a specific embodiment of the present invention. Figure 1 shows the outline of the high temperature / low temperature divergent apparatus applied to the present invention, Figure 2 is a perspective view showing the configuration around the low temperature divergent or high temperature divergent portion of the high temperature / low temperature divergent device.

The high temperature / low temperature irradiating apparatus according to the present invention includes a high temperature diverging unit 101 that emits high temperature, a low temperature diverging unit 201 that emits low temperature, a low temperature diverging unit 201 that emits low temperature, and the high temperature diverging unit The support portion 105 for supporting the 101 and the low temperature divergence unit 201, the high temperature divergence time control unit (not shown) for controlling the high temperature divergence time of the high temperature divergence unit 101, and the low temperature divergence unit 201. It consists of a control unit 300 consisting of a low temperature divergence time adjusting unit (not shown) for controlling the low temperature divergence time.

The high temperature dissipation unit 101 used an infrared lamp or a far-infrared lamp, which are commonly used for general heat radiators.

On the other hand, the low temperature diverging unit 201 used a cryopump (cryopump) that is in the spotlight as an ultra low temperature divergent device in recent years. The cryopump 207 is a device that can easily produce temperatures of less than tens of degrees Celsius or less without using a conventional liquefied gas refrigerant, and is a cooling apparatus widely used for various biological experiments, food sterilization, preservation, or semiconductor manufacturing. According to the present invention, the cold air of the cryopump 207 is connected to the low temperature dissipation unit 201 through the hose 209 to dissipate the low temperature.

The high temperature divergence time adjusting unit inside the control unit 300 is configured to repeatedly turn on and off the power supply line 115 of the infrared or far infrared lamp of the high temperature divergence unit 101 for a predetermined time. have. For example, by adjusting the pulse interval of the pulse output from the timer IC, the mechanical relay can be operated with this pulse to control the on and off time of the lamp. The low temperature divergence time control unit is configured to repeat the on / off of the cryopump for a predetermined time. 1, it can be seen that the control line 213 for turning on / off the cryopump of the low temperature diverging unit 200 is connected to the control unit 300.

In the present invention, the high temperature divergence time and the low temperature divergence time are alternately turned on and off. That is, if the high temperature divergence time is set to 5 seconds and the low temperature divergence time is set to 3 seconds, the high temperature divergence unit is operated for 5 seconds, then off after 5 seconds, and the low temperature divergence unit is operated for 3 seconds, and the high temperature divergence unit is operated for 5 seconds. . In this way, the object can be repeatedly irradiated with high and low temperatures for a desired time with one setting.

The alternating operation of the hot diverging unit and the cold diverting unit can be actually implemented in various known ways. For example, the hardware may be configured such that the on cycle of the high temperature divergent part becomes the off period of the low temperature divergent part immediately, and the on cycle of the low temperature divergent part becomes the off period of the high temperature divergent part soon. You can also implement this by Therefore, those skilled in the art will be able to easily design such an operation.

In addition, the plurality of high temperature diverter 100 and the low temperature diverter 200 may be connected to one controller 300 in order to control the on-off. For example, the first high temperature diverging unit and the first low temperature diverging unit, the second high temperature diverging unit and the second low temperature diverging unit, the third high temperature diverging unit and the third low temperature diverging unit, ... The part and the low temperature diverging part can be operated alternately. This can be modified in many ways. For example, the first high temperature diverging unit and the first low temperature diverging unit are turned on for a set time, and then the second high temperature diverging unit and the second low temperature diverging unit, the third high temperature diverging unit and the third low temperature diverging unit, ... It can be irradiated by alternating high and low temperatures in order.

2 shows that the high temperature diverging unit 101 and the low temperature diverging unit 201 can move up and down. The connecting rod 111 connecting the left and right sides of the high-temperature diverging unit 101 and the low-temperature diverging unit 201 is fastened by a fixing knob 113 to each diverging unit. For example, by welding bolts to the sides of each diverging part and forming through holes at both ends of the connecting rod 111, inserting the through holes in the bolts and tightening them with the fixing knob 113 serving as a nut, Therefore, the diverging part can be moved up and down. This is also a technical matter that those skilled in the art can easily design and apply. Therefore, the high temperature diverging unit 101 and the low temperature diverging unit 201 can be moved up and down manually.

Figure 3 shows a high temperature / low temperature irradiation apparatus according to the present invention configured by using a high temperature / low temperature diverging device configured as shown in Figure 1, Figure 2, Figure 4 shows another embodiment of FIG.

FIG. 3 is a horizontal / rotating conveyor system 400 having the high temperature / low temperature diverging device of FIG. 1 coupled to a pair of the low temperature diverging unit and the high temperature diverging unit and installed on the conveyor system 400. That is, the first high temperature / low temperature diverging part (a), the second high temperature / low temperature diverging part (b), the third high temperature / low temperature diverging part (c), ..., the sixth high temperature / low temperature diverging part (f) It is installed in order. The control unit 300 may alternately turn on / off each of the high temperature diverging unit and the low temperature diverging unit according to the low temperature divergence time and the high temperature divergence time set by the user.

4 is installed on the conveyor system 450 that rotates up and down, unlike the conveyor system of FIG. 3, the high / low temperature divergence apparatus of FIG. 1 is installed, and the basic configuration is the same as that of FIG.

3 and 4, but the rotational speed of the conveyor can be adjusted using its own controller, but if it is possible to adjust the rotational speed of the conveyor integrated into the control unit 300 of the high temperature / low temperature divergence device, the adjustment of the high temperature / low temperature divergence time It will be convenient for users.

It describes the operation of the high temperature / low temperature irradiation apparatus of the present invention configured as described above.

Adjust the height of the diverging part to the position of the object by adjusting the side fixing knob 113 of the high temperature diverging unit 101 and the low temperature diverging unit 201, and then the high temperature diverging unit 101 and the low temperature diverging unit 201. Get closer to the object.

Next, the high temperature divergence time and the low temperature divergence time are set by operating the control unit 300 panel. As described above, if the high temperature divergence time is set to 5 seconds and the low temperature divergence time is set to 3 seconds, the operation of repeating the high temperature for 5 seconds and then the low temperature for 3 seconds and the high temperature for 5 seconds is repeated.

On the other hand, a low temperature diverter of the low temperature diverter 201 is provided with a shutter (not shown) so that the shutter can also be closed when the cryopump is turned off. It can be seen in FIG. 1 that the control line 215 for controlling the opening and closing of the shutter is connected between the low temperature diverging unit 201 and the control unit 300. The reason is that even if the cryopump is turned off, the cold air is not interrupted momentarily and there is residual cold air remaining in the hose 209, so that it is completely blocked.

Installation of the shutter can also be easily performed by those skilled in the art. For example, by installing a blocking plate operated by a solenoid inside the low-temperature diverging unit 201, the opening and closing of the blocking plate may be electrically opened or closed, or by using a metal wire to pull or push the blocking plate (just like a brake wire of a bicycle). Mechanically open or close the barrier plate.

The present invention can be applied to various fields such as sterilization and preservation of food, pharmaceuticals and other quasi-drugs, and adaptation test of limit temperature of cells. Since the clinical experiment on the object can also be carried out with the device according to the present invention, the optimum adaptation temperature of the cell of the subject can be measured and used to maximize the substance (drug or quasi-drug) that can be administered to the cell of the subject.

As described above, according to the present invention, by combining the high-temperature divergence unit and the low-temperature divergence unit together, the low-temperature and high-temperature divergence time can be alternately repeated, and sterilization, preservation, testing, etc. of the object moved by the conveyor can be repeated. There is an effect that can be performed effectively.

Claims (8)

A high temperature diverging unit for dissipating high temperature, A low temperature diverging unit for emitting low temperature, A support for supporting a high temperature divergence part and a low temperature divergence part, A controller comprising a high temperature divergence time adjusting unit controlling an on time of the high temperature diverging unit, and a low temperature divergence time adjusting unit controlling an on time of the low temperature diverging unit; High temperature / low temperature irradiation apparatus comprising a conveyor for moving the object to irradiate the high temperature emitted from the high-temperature divergence unit and the low temperature emitted from the low-temperature divergence unit. The method of claim 1, wherein the high temperature divergence time control unit of the control unit is connected to the high temperature diversification unit and the low temperature divergence unit is connected to the low temperature divergence unit, the high temperature diversification unit and the low temperature diversification unit according to the set high temperature divergence time and the low temperature divergence time High temperature / low temperature irradiation device, characterized in that for operating alternately. The high temperature / low temperature irradiation apparatus of claim 1, wherein the high temperature diverging unit is an infrared or far infrared lamp, and the low temperature diverging unit is connected to a cryo-pump to emit low temperature. The method of claim 1, The connecting rod 111 fixed to both sides of the high temperature diverging unit 101 and the low temperature diverging unit 201 by the fixing knob 113 is coupled to the support unit, High / low temperature irradiation apparatus, characterized in that the fixed knob 113 can move the position of the high-temperature diverging unit 101 and the low-temperature diverging unit 201 up and down. 3. The high temperature / low temperature irradiation apparatus according to claim 2, wherein a shutter is provided in the low temperature divergence unit, and the shutter is closed when the low temperature divergence time elapses, thereby completely blocking the emission of residual low temperature. The high temperature / low temperature irradiation apparatus according to claim 1, wherein a plurality of low temperature diverging parts and high temperature diverging parts are provided in a direction in which the conveyor moves in order to irradiate low and high temperatures to the object placed on the conveyor. 7. The apparatus of claim 1 or 6, wherein the conveyor rotates horizontally (400). 7. The apparatus of claim 1 or 6, wherein the conveyor rotates up and down (450).