KR20160037151A - A Insecticidal Apparatus for injurious insect - Google Patents

Abstract

Provided is a small-size insect insecticidal apparatus. According to the present invention, the small-size insect insecticidal apparatus comprises: a main body part having an internal space with a predetermined size to accommodate at least one bedding; and a heating part equipped inside the main body to burn fuel supplied from the outside, and including at least one heating pipe receiving hot air generated by combustion heat to supply heat to the inside of the main body part. Therefore, the small-size insect insecticidal apparatus is capable of destroying insects in the bedding by radiation heat radiated from the heating pipe.

Description

A Insecticidal Apparatus for injurious insect}

The present invention relates to a device for insect pest insect pest, and more particularly to a pest insect pest insect pest insect pest insect pest insect pest insect pest insect pest insect pest insect pest insect pest insect pest The present invention relates to a micro pest insecticide device capable of drying moisture.

In the modern industrial society, a variety of heating and cooling equipments and devices have been developed to maintain the room temperature and humidity suitable for people's activities. This change in housing culture has enabled people to live a comfortable life in an optimal living environment in houses and apartments. It is.

However, in order to improve the efficiency of heating and cooling, residents should shut off the flow of outdoor air and indoor air. As a result, environmental conditions such as lack of ventilation and sufficient relative humidity are maintained, and indoor environment of pests such as bacteria, fungi, It also becomes a good environment. Such bacteria, fungi, and ticks are found mainly in fabric of home blanket, carpet, and mattress, and cause asthma, allergic rhinitis and various skin diseases in people.

To solve these problems, small bedclothes and the like are washed at home, and mattresses and the like having a large volume are cleaned by sterilizing sunlight or using a cleaner.

However, in apartment houses such as apartments, it is not only impossible to do such a work, but it is impossible to completely remove mites that are parasitic on bedding such as bulky bedding simply by sterilizing the sunlight.

In recent years, there are companies that clean bedding, carpets and sofas that are difficult to insect and clean at home, but they are not completely insecticidal and have a problem that they are harmful to the human body due to the use of medicines.

Accordingly, bedding cleaners are widely used to sterilize molds such as mites present in bedding or remove various foreign substances.

Fig. 1 shows a conventional "vacuum cleaner having a cleaning and sterilizing function" in which an object is struck using a striking portion 10, ultraviolet rays are radiated to the object through an ultraviolet radiation portion 30, The foreign object attached to the object or the foreign matter attached to the object is sucked by the suction unit 20 and cleaned and sterilized.

However, in the conventional bedding cleaner provided as described above, since the ultraviolet sterilizing lamp of the ultraviolet radiation unit 30 is disposed in a direction crossing the traveling direction of the vacuum cleaner during operation, the bacteria or the dust mite There is a problem that the sterilizing efficiency of the sterilizing lamp is lowered because the ultraviolet exposure time of the sterilizing lamp is very short.

Korean Patent No. 10-0898368

Disclosure of Invention Technical Problem [8] Accordingly, the present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a high temperature heat source to bedding to sterilize pests living in bedding, To provide a pest insecticide device.

According to an aspect of the present invention, there is provided a bed apparatus comprising: a main body having an internal space of a predetermined size for accommodating at least one bedding; And a heat generating unit provided in the main body and provided with at least one heat generating tube for burning fuel supplied from the outside and supplied with hot air generated by the combustion heat to provide heat to the inside of the main body, And the bedding is killed by divergent heat emitted from the heating tube.

Preferably, the main body includes a main body case having an inner space of a predetermined size and divided into a heat generating chamber in which the heat generating tube is disposed by the vertical partition and a supply chamber for supplying hot air to the heat generating tube; And a first discharge port in the main body case which is in contact with an outlet end of the heat generating tube.

Preferably, the main body case includes an exhaust port formed through the outer surface of the heat generating chamber or the supply chamber, and an exhaust fan provided in the exhaust port to vent the inside air to the outside.

Preferably, the main body case may further include a cut-off portion for blocking the ventilation passage of the vent hole.

Preferably, the heat generating chamber includes a first heat generating chamber and a second heat generating chamber divided by a horizontal partition, wherein the first heat generating chamber has a first heat generating tube arranged to face the bedding, And a second heat generating tube arranged to provide heat to the inside of the first heat generating chamber through the partition wall.

Preferably, the heat-generating portion may include a burner for burning fuel supplied from the outside, a blowing fan for blowing the combustion heat burned in the burner, and a supply pipe for supplying hot air blown by the blowing fan to the inlet end of the heat- have.

Preferably, the heating unit includes a first heating tube and a second heating tube, and the first heating tube includes a first branch tube connected to an outlet end of the supply tube to receive hot air from the supply tube, The pipe may have a second branch pipe connected to an outlet end of the supply pipe to receive hot air from the supply pipe.

Preferably, the first heat generating tube has a first and a second opening and closing sides respectively provided at inlet and outlet ends for opening and closing the inflow of hot air, and hot air remaining in the first heat generating tube at the time of closing the flow path of the first heat generating tube, And a second circulation pump provided in the middle of the length of the second heat-generating tube so as to open and close the inflow of hot air, And a second circulation pump disposed in the middle of the length so as to circulate the hot air remaining in the hot air inside the second heat generating tube.

Preferably, the main body case includes a fixed case fixedly mounted on a mounting table of a vehicle via a supporting member, and a movable case provided to surround the outer side of the fixed case, And may further include a position adjusting unit for varying the position of the movable case in the width direction of the fixed case so as to expand the inner space of the case.

Preferably, the position adjuster includes: a fixed block mounted on the stacking table in the width direction and having at least one slider; and a movable block provided in the movable case and slidably moved along the slider in the width direction of the fixed case, And a movable block having a slider groove recessed in the width direction.

Preferably, the main body further includes an auxiliary case connected to the main body case through a first circulation tube to sterilize the bedding by receiving hot air from the main body case.

The first circulation pipe may be provided with a first opening / closing path for opening / closing the inflow of hot air blown from the main body case by the first circulation fan at the outlet end of the first circulation pipe.

Preferably, the auxiliary case includes a second circulation pipe connected to the main body case to blow hot air remaining in the main body case to the main case, and the second circulation pipe is connected to the inlet end of the second circulation pipe, And the second opening / closing side for opening / closing the hot air blowing to the circulation pipe.

Preferably, the auxiliary case further includes a temperature increase portion for reheating the hot air in the inner space to reach the insecticidal temperature, wherein the temperature increase portion includes a third circulation tube having a predetermined length communicating the auxiliary case and the inlet and outlet ends, A heating member provided inside the third circulation pipe and providing a heat source to the hot air flowed into the third circulation pipe when the external power is applied to reach the insecticidal temperature and hot air heated by the heating member to the auxiliary case, And a third circulation fan for circulating the refrigerant.

Preferably, the third circulation pipe may include third and fourth open / close sides for opening / closing the hot air in and out of the inlet and outlet ends, respectively.

Preferably, the body case is divided into a heat generating chamber and a purifying chamber by an inner case, the purifying chamber includes an inner mechanism formed through the inner case, a purifying filter provided in the inner casing for filtering foreign substances in the heat generating chamber, And a second blower for blowing the air inside the purifying chamber to the heat generating chamber.

More preferably, the inner case may further include an inner mechanism blocking portion for blocking the ventilation passage of the inner mechanism.

According to the present invention, there is provided a heating tube that receives hot air and radiates heat in the body in which the bedclothes are housed, thereby sterilizing the bedding at a high temperature by the heat radiating from the heating tube, and at the same time, So that it is always possible to provide clean and sanitary bedding.

1 is a perspective view showing a conventional bedding sterilizing apparatus.
FIG. 2 is a cross-sectional view showing the use state of the micro pest insecticide device according to the first embodiment of the present invention.
3 is a cross-sectional view illustrating a micro pest insecticidal apparatus according to the first embodiment of the present invention.
FIG. 4 is a cross-sectional view illustrating a heat generating part employed in the micro pest insecticidal apparatus according to the first embodiment of the present invention.
FIG. 5 is a cross-sectional view showing an embodiment of a heat-generating tube employed in the micro pest insecticidal apparatus according to the first embodiment of the present invention.
FIG. 6 is a cross-sectional view illustrating another embodiment of a body case employed in the micro pest insecticidal apparatus according to the second embodiment of the present invention.
FIG. 7 is a perspective view showing a state in which a moving case is inserted and disposed in a fixed case of a main body case employed in a micro pest insecticidal apparatus according to a second embodiment of the present invention. FIG.
FIG. 8 is a perspective view showing a state in which a moving case is slidably moved in a fixed case of a main body case employed in a micro pest insecticidal apparatus according to a second embodiment of the present invention. FIG.
FIG. 9 is a block diagram showing a micro pest insecticidal apparatus according to the third embodiment of the present invention.
FIG. 10 is a view illustrating a connection structure between a subsidiary case and a main body case, which are employed in the micro pest insecting apparatus according to the third embodiment of the present invention, by a circulation pipe.
FIG. 11 is a view illustrating a configuration of a supplementary case employed in a micro pest insecticidal apparatus according to a third embodiment of the present invention, including a temperature increase unit.
FIG. 12 is a cross-sectional view showing another embodiment of a main body case employed in the micro pest insecticidal apparatus according to the third embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description, a detailed description of known functions and configurations incorporated herein will be omitted when it may obscure the subject matter of the present invention.

The same reference numerals are used for portions having similar functions and functions throughout the drawings.

In addition, in the entire specification, when a part is referred to as being 'connected' to another part, it may be referred to as 'indirectly connected' not only with 'directly connected' . Also, to include an element does not exclude other elements unless specifically stated otherwise, but may also include other elements.

As shown in FIGS. 2 to 5, the micro pest insecticidal apparatus 100 according to the first embodiment of the present invention is a pest insecticidal apparatus 100 according to the first embodiment of the present invention, in which a heat source such as a hot hot air passes through a heat- And includes a main body 110 and a heating unit 120 for sterilizing bedding by heat.

The main body 110 houses at least one bedding 160 such as a mattress having various sizes, and sterilizes and dries the same. In addition, the main body 110 includes a body case 111 and a first And an outlet 114.

The body case 111 is formed of a box structure on a substantially rectangular parallelepiped shape having an internal space of a predetermined size so that the bedding 160 can be housed in the interior of the body case 111. On one side of the box structure, And a door (not shown).

The door or the body case may be provided with a sight window so that the process of sterilizing and drying the bedding 160 can be visually checked and observed.

In addition, the body case 111 may include a carrier 118 having a wheel so that the bedding 160 is raised in a raised state to facilitate entry and exit into and out of the internal space.

The main body case 111 may include a vertical partition 113 to divide the heat generating chamber in which the first heat generating tube 121 is disposed and the supply chamber S3 to be isolated.

Here, the supply chamber S3 is an internal space in which facilities such as a burner and a combustion chamber are disposed so as to supply hot air generated by combustion heat to a first heat generating tube or a second heat generating tube to be described later.

That is, the supply chamber is provided with a combustion chamber 123 for burning a gas or a liquid fuel supplied from the outside by a burner, and a blowing fan 124 for converting combustion heat generated in the combustion chamber 123 into hot air, And a supply pipe 125 connected to an inlet end of the heat generating tube 120a and having a predetermined length for supplying hot air to the heat generating tube 120a by blowing the heat of combustion to the heat generating tube by a blowing fan 124. [

This supply room S3 is provided with a facility for generating combustion heat by combustion of fuel, generating hot air at a high temperature by blowing the combustion heat to one side, and supplying the generated heat to the heat generating tube 120a.

In the meantime, the burner, the combustion chamber, and the blowing fan are installed inside the supply chamber (S3). However, the present invention is not limited thereto, and a supply chamber may be separately provided outside the main body case, The hot air can be supplied through the supply pipe 125 connected to the heat generating tube.

The heat generating chamber S1 is provided with a heat generating unit 120 for sterilizing the bedding 160 disposed therein as a high temperature heat source. The heat generating unit 120 generates heat at a high temperature for sterilizing the bedding It is preferable to constitute the tube member in the form of a loop having a certain period so as to increase the heat generating area and the area providing the heat source of the heat source.

The heat generating chamber S1 is divided into a first heat generating chamber S1 as an upper region and a second heat generating chamber as a lower region through a horizontal plate- S2. ≪ / RTI >

The first heating chamber S1 may be formed of a disinfection chamber of a high-temperature atmosphere so that the bedding 160 is directly sterilized. The bedding 160, which forms the widest cross-sectional area of the bedding 160 when hot air is supplied, And a first heating tube 121 disposed to face one side or both sides of the first heating tube 121 to provide a heat source for sterilization and drying.

The second heat generating chamber S2 is disposed in parallel with the horizontal partition wall 112 so as to provide heat to the inside of the first heat generating chamber S1 through the horizontal partition wall 112, (122).

Here, the first heat generating tube 121 and the second heat generating tube 122 are preferably made of a metal material having excellent thermal conductivity so that heat transfer due to hot hot air is excellent and high temperature sterilization treatment and drying efficiency can be enhanced.

The heating unit 120 includes at least one heating tube which is provided in the main body case 111 of the main body 110 and is supplied with hot air obtained by combustion heat generated when the fuel supplied from the outside is burned, And heat is supplied to the inside of the body case 111 so that sterilization and insecticide treatment for the body case 111 can be performed.

Here, the combustion heat is generated in the combustion chamber 123 by a burner for burning fuel supplied from the outside, and the blowing fan 124 provided in the combustion chamber blows the combustion heat in one direction so as to convert the combustion heat into hot air, The hot air is supplied to the supply pipe 125,

 The supply pipe 125 is connected to the inlet end of the heat generating tube and supplies the hot air blown by the blowing fan 124 to the heat generating tube 120a and the hot air supplied from the supply tube 125 moves along the heat generating tube While radiating heat to the outside.

The heating tube 120a includes a first heating tube 121 provided in a first heating chamber S1 defined in the body case 111 to dissipate heat to sterilize the bedding 160, A second heat generating tube 122 provided in the second heat generating chamber S2 adjacent to the first heat generating chamber to provide heat to the inside of the first heat generating chamber S1 through the horizontal partition wall 112, .

The first heating pipe 121 and the second heating pipe 122 are connected to the supply pipe 125 through a plurality of branch pipes so that hot air can be simultaneously or selectively supplied from the supply pipe 125 .

That is, the first heat generating tube 121 is connected to the first branch tube 126 between the outlet end of the supply tube 125 and the second heat generating tube 122 is connected to the second branch tube 127, Respectively.

Referring to FIG. 5, the first heat generating tube 121 is provided with a first opening / closing valve 128a and a second opening / closing valve 128b at the inlet and outlet ends, respectively, for opening / closing an inflow passage for hot air flowing from the supply pipe 125, A first circulation pump 129a may be provided in the middle of the length of the first heating pipe so as to circulate hot air introduced into the first heating pipe 128b.

That is, when the first and second open / close valves 128a and 128b are closed according to the closing signal of the controller, the internal flow path of the first heat generating tube 121 can form a waste oil path in which hot air can not flow in and out When the first circulation pump 129a provided in the middle of the length of the first heat-generating tube 121 is operated in the state of the waste oil, the high-temperature hot air remaining in the first heat- The bedding 160 disposed to face the first heating tube can be sterilized.

The second heating pipe 122 is connected to the third opening / closing side 128c and the fourth opening / closing side 128d (second opening / closing side) at the inlet and outlet ends, respectively, so as to open / close the inflow passage for hot air flowing in from the supply pipe 125, And a second circulation pump 129b is provided in the middle of the length of the second heat generating tube so as to circulate hot air introduced therein.

That is, when the third and fourth opening / closing sides 128c and 128d are closed in accordance with the closing signal of the controller, the internal flow path of the second heat generating tube 122 can form an oil path in which hot air can not flow in and out, When the second circulation pump 129b provided in the middle of the length of the second heat-generating tube 122 is operated in the state of the waste oil, the hot air remaining in the second heat-generating tube continuously circulates inside the heat- The heat can be supplied to the first heat generating chamber S1 through the horizontal partition wall 112 located at the upper portion of the second heat generating tube.

The main body 110 includes a first outlet 114 in a main body case 111 which is in contact with an outlet end of the heating tube so as to discharge the hot air remaining in the heating tube after sterilizing the bedding 160, The first outlet 114 may have an exhaust pipe for guiding waste heat and contaminated air to the outside.

Here, it is preferable that a dust filter is provided in the first discharge port 114 or the exhaust pipe so that dust contained in waste heat and polluted air can be filtered without being discharged to the outside.

The ventilation fan 116 includes a discharge port 115 formed in the outer surface of the heat generating chamber or the supply chamber S3 to have a predetermined size so that the inner air can be forcedly sucked and ventilated to the outside, As shown in FIG.

At this time, in order to prevent internal air from escaping to the outside through the exhaust port 115 provided in the main body case 111 at the time of disinfecting and insecting the bedding, It is preferable to provide a blocking edge 117 at a discharge end of the vent hole so as to selectively block the passage.

In addition, the main body 110 may include a suction fan (not shown) provided with a filter net 119a at a lower portion of the main body case for sucking and removing harmful substances such as dust, mites, 119 are installed.

Accordingly, the hot air circulating through the main body 110 can be kept clean at all times.

Here, the pest insecticide apparatus 100 according to the present invention is installed in a vehicle V having a loading stand such as a truck so as to be easily moved to a desired place. However, the present invention is not limited thereto, And the like.

6 to 8, the micro pest insecticide apparatus 100a according to the second embodiment of the present invention includes the main body 110 and the heat generating unit 120, The same reference numerals are given to the same components as those described in the example, and a detailed description thereof will be omitted.

The main body 110 includes a fixed case 111b and a movable case 111a which is movable relative to the fixed case 111b so that the inner space in which bedding as an object to be sterilized and dried can be expanded.

The fixed case 111b is a substantially box-shaped box structure having an inner space for accommodating bedding, and is open at one side and fixedly installed on the loading table of the vehicle via the receiving member 131. [

The moving case 111a is formed of a box structure on a substantially rectangular parallelepiped having an inner space for accommodating at least one bedding and is opened at one side so as to surround one opened side of the fixed case 111b, The open faces of the first and second openings are correspondingly coupled to each other.

Here, it is preferable that a closing member (not shown) is provided on the mating surfaces of the fixed case 111b and the moving case 111a to prevent hot air from escaping.

A position of the movable case 111a relative to the fixed case 111b fixedly positioned to extend the inner space of the main body case 111 is formed between the movable case 111a and the stacking table, A position adjustment unit 130 is provided.

The position adjusting unit 130 includes at least one fixed block 135 fixed to the loading table in the width direction and a plurality of fixed blocks 135 installed in the moving case 111a and corresponding to the fixed block 111b, And at least one movable block 133 provided to enable movement.

The fixed block 135 is provided with a slider 136 with a width on the side where the movable block 133 contacts the movable block 133. Corresponding to this, the movable block 133 is recessed in the width direction, And a slider groove 134 slidably moving along the slider 136 in the width direction of the fixed case 111b.

9 to 11, the micro pest insecticide apparatus 100b according to the third embodiment of the present invention includes the main body 110 and the heat generating unit 120, The same reference numerals are given to the same components as those described in the example, and a detailed description thereof will be omitted.

9, the main body 110 is relatively lower than the main body case mounted on the vehicle so that the existing bedding and the large sofa difficult to move can be easily sterilized and dried from the ground. And may further include an auxiliary case 140 disposed on a separate mounting base or a floor.

The auxiliary case 140 may be formed of a rigid member such as a metal plate as in the case body 111. However, the auxiliary case 140 is not limited to this, And a tent structure having a cloth material and a frame structure for supporting the cloth material in a box shape so as to facilitate storage, movement and on-site installation after sterilization and drying operation.

The auxiliary case 140 includes a first circulation fan 142 connected to the main body case 111 via a first circulation pipe 141 having a predetermined length and disposed in the middle of the first circulation pipe, The hot air is supplied from the main body case 111 to the air conditioner.

Here, the first circulation pipe 141 is connected to the outlet end of the foot connection and receives hot air from the heat generating tube, or is connected to the first outlet of the main body case to receive hot air from the first outlet.

At the outlet end of the first circulation pipe 141, there is provided a first opening / closing door 143 for opening and closing the inflow passage of the hot air supplied from the main body case 111 in accordance with the opening / closing signal of the controller.

Accordingly, when the auxiliary case is not used, the first circulation pipe 141 closes the inflow passage of the hot air by the circulation pipe first perforation 143 to block the supply of hot air to the auxiliary case have.

10, the auxiliary case 140 includes a second circulation pipe 144 communicating with the main body case 111 and having a second circulation fan 145 in the middle of the length thereof, Hot air having a temperature lower than a set temperature capable of insecting and drying the bedding in the auxiliary case is forcedly blown from the auxiliary case 140 to the main body case 111 by the second circulation fan 145 Supply.

The second circulation pipe 144 is connected to the combustion chamber 123 so as to reheat hot air circulated and supplied into the auxiliary case to a temperature at which insect and drying operations can be performed.

At the entrance of the second circulation pipe 144, there is provided a circulation pipe second open / close side 146 for opening / closing the inflow passage of the hot air blown to the main body case according to the opening / closing signal of the controller.

Accordingly, the second circulation pipe 144 determines whether the hot air is at or above the insecticidal temperature by a temperature sensor (not shown). If the hot air is below the insecticidal temperature, the controller sends an open signal to the second open / Hot air is forcedly blown into the main body case to supply the temperature of the hot air in the auxiliary case to the main body case.

11, the auxiliary case 140 further includes a temperature-raising unit 150 for reheating hot air that has fallen below the insecticidal temperature to the main body case by the second circulation pipe itself .

The temperature raising unit 150 includes a third circulation pipe 151 in which the auxiliary case and the inlet and outlet ends are connected to each other and is connected to the third circulation pipe 151, And a heating member 152 that continuously supplies a heat source to reach the insecticidal temperature. The hot air heated by the heating member to a set temperature capable of insecting and drying can be supplied again to the auxiliary case 140 by the third circulation fan 153, thereby maintaining the temperature at which drying and insecticidal operations are possible.

In operation of the temperature raising unit 150, the controller transmits a closing signal to the second circulation pipe so as to close the flow path of the hot air supplied to the main body case, thereby closing the internal flow path of the second circulation pipe, The third circulation pipe is opened by sending an open signal to the third and fourth circulation pipes 154 and 155 provided at the inlet and outlet ends of the pipe 151 so that the temperature of the hot air in the auxiliary case is controlled by the exothermic temperature And is supplied again to the auxiliary case by the third circulation fan 153. [

Accordingly, the auxiliary case can heat the temperature of the hot air itself to a temperature higher than the insecticidal temperature without circulating the hot air supplied to the auxiliary case.

The first circulation pipe to the third circulation pipe are preferably made of a metal material having excellent thermal conductivity so that heat transfer due to hot hot air is excellent and high temperature sterilization treatment and drying efficiency can be enhanced.

12, the main body case 111 includes a heating room S for sterilizing the bedding by an inner case 161 disposed at a predetermined distance from the outer case, And a room S4.

The purifying chamber S4 includes an inner mechanism 162 formed at the upper and lower portions of the inner case, a purifying filter 163 provided in the inner mechanism for filtering micro pests or foreign substances in the heat generating chamber, And a second blower 166 for blowing the air inside the purifying chamber to the heat generating chamber.

At this time, a foreign matter such as a smear insect sticking to the surface of the mattress is dropped to the bottom of the inner case by the air blown to the heat generating chamber and is removed by the filter.

Accordingly, the inside air in the heat generating chamber is purified by removing the insect pests or foreign matter remaining in the inside air by the purifying chamber S4, and then supplied to the heat generating chamber again, so that the inside air is always kept uncontaminated So that the temperature difference of the internal air according to the position can be reduced.

Here, the inner case 161 may further include an inner mechanism shut-off side 165 for shutting off the ventilation path of the inner mechanism when the clean room is not used.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It will be clear to those who have knowledge.

* 100, 100a, 100b: Smile insect control device
110: main body 111: main body case
111a: Fixed case 111b: Movable case
112: horizontal partition 113: vertical partition
114: first outlet 115:
116: blower fan 117: cut-off valve
120: heat generating portion 120a: heat generating tube
121: first heating tube 122: second heating tube
123: combustion chamber 124: blowing fan
125: supply pipe 126: 1st branch pipe
127: The second branch
128a, 128b, 128c, 128d: first, second, third,
129a: first circulation pump 129b: second circulation pump
130: position adjusting portion 131: receiving member
132: cylinder 133: movable block
134: Slider groove 135: Fixing block
136: Slider 140: Secondary case
141: first circulation pipe 142: first circulation fan
143: first open / close valve for circulation 144: second circulation pipe
145: a second circulating fan 146: a second opening / closing valve
150: heating section 151: third circulation tube
152: heating member 153: third circulating fan
154: Circular opening third opening and closing 155: Circular opening fourth opening and closing
161: inner case 162: inner mechanism
163: Purification filter 164: First blower
165: internal mechanism shutoff side 166: second blower

Claims (13)

A main body portion having an internal space of a predetermined size for accommodating at least one bedding; And
And a heat generating unit provided in the main body and provided with at least one heat generating tube for burning fuel supplied from the outside and supplied with hot air generated by the combustion heat to provide heat into the main body, The bedding is killed by divergent heat emitted from the pipe,
Wherein the main body part is divided into a heat generating chamber in which the heat generating tube is disposed by the vertical partition and a supply chamber in which the hot air is supplied to the heat generating tube, And a first discharge port in the main body case which is in contact with an outlet end of the heating tube,
Wherein the main body case comprises an exhaust port formed through the outer surface of the heat generating chamber or the supply chamber and an exhaust fan provided in the exhaust port to vent the inside air to the outside. The method according to claim 1,
Wherein the main body case includes a blocking side for blocking the ventilation passage of the vent hole. A main body portion having an internal space of a predetermined size for accommodating at least one bedding; And
And a heat generating unit provided in the main body and provided with at least one heat generating tube for burning fuel supplied from the outside and supplied with hot air generated by the combustion heat to provide heat into the main body, The bedding is killed by divergent heat emitted from the pipe,
Wherein the main body part is divided into a heat generating chamber in which the heat generating tube is disposed by the vertical partition and a supply chamber in which the hot air is supplied to the heat generating tube, And a first discharge port in the main body case which is in contact with an outlet end of the heating tube,
Wherein the heat generating chamber includes a first heat generating chamber and a second heat generating chamber divided by a horizontal partition,
The first heat generating chamber has a first heat generating tube disposed to face the bedding and the second heat generating chamber has a second heat generating tube arranged to provide heat to the inside of the first heat generating chamber through the horizontal partition wall Wherein the micro pest insecticide device is a micro pest insecticide device. A main body portion having an internal space of a predetermined size for accommodating at least one bedding; And
And a heat generating unit provided in the main body and provided with at least one heat generating tube for burning fuel supplied from the outside and supplied with hot air generated by the combustion heat to provide heat into the main body, The bedding is killed by divergent heat emitted from the pipe,
The heat-
A burner for burning fuel supplied from the outside, a blowing fan for blowing the combustion heat burned in the burner, and a supply pipe for supplying hot air blown by the blowing fan to the inlet end of the heating tube. Insecticide device. 5. The method of claim 4,
Wherein the heat generating portion includes a first heat generating tube and a second heat generating tube,
Wherein the first heat generating tube has a first branch connected to an outlet end of the supply tube so as to receive hot air from the supply tube and the second heat generating tube has a second heat generating tube connected to an outlet end of the supply tube to receive hot wind from the supply tube, Wherein the micro pest insecting apparatus is provided with a branch pipe. The method according to claim 3 or 5,
The first heat generating tube is provided with first and second openable and closable sides provided at the inlet and outlet ends to open and close the inflow of hot air and hot air remaining in the first heat generating tube when the flow passage of the first heat generating tube is closed And a first circulation pump provided in the middle of the length,
The second heat generating tube has third and fourth opening sides provided at the inlet and outlet ends to open and close the inflow of hot air and hot air remaining in the hot air inside the second heat generating tube at the time of closing the flow path of the second heat generating tube And a second circulation pump provided in the middle of the length so as to circulate the circulation pump. A main body portion having an internal space of a predetermined size for accommodating at least one bedding; And
And a heat generating unit provided in the main body and provided with at least one heat generating tube for burning fuel supplied from the outside and supplied with hot air generated by the combustion heat to provide heat into the main body, The bedding is killed by divergent heat emitted from the pipe,
Wherein the main body part is divided into a heat generating chamber in which the heat generating tube is disposed by the vertical partition and a supply chamber in which the hot air is supplied to the heat generating tube, And a first discharge port in the main body case which is in contact with an outlet end of the heating tube,
Wherein the main body case includes a fixed case fixedly mounted on a mounting table of a vehicle via a supporting member and a moving case provided to surround the outer side of the fixed case, And a position adjuster for varying the position of the movable case in the width direction of the fixed case so as to expand the inner space. 8. The method of claim 7,
The position-
A fixed block provided on the stacking table in a width direction and having at least one slider; and a movable block provided in the movable case, the movable block being formed in a width direction so as to slide along the slider in a width direction of the fixed case And a movable block having a slider groove. A main body portion having an internal space of a predetermined size for accommodating at least one bedding; And
And a heat generating unit provided in the main body and provided with at least one heat generating tube for burning fuel supplied from the outside and supplied with hot air generated by the combustion heat to provide heat to the inside of the main body, The bedding is killed by divergent heat emitted from the pipe,
Wherein the main body part is divided into a heat generating chamber in which the heat generating tube is disposed by the vertical partition and a supply chamber in which the hot air is supplied to the heat generating tube, And a first discharge port in the main body case which is in contact with an outlet end of the heating tube,
Wherein the main body includes an auxiliary case connected to the main body case through a first circulation tube to sterilize the bedding by receiving hot air from the main body case. 10. The method of claim 9,
Wherein the first circulation pipe is provided with a circulation pipe first opening / closing device for opening / closing the inflow of hot air blown from the main body case by the first circulation fan at the outlet end. 10. The method of claim 9,
Wherein the auxiliary case includes a second circulation pipe connected to the main body case to blow hot air remaining therein into the main body case,
Wherein the second circulation pipe has a second opening / closing side for opening and closing a hot air blown to the main body case by a second circulation fan at an inlet end thereof. 12. The method according to any one of claims 9 to 11,
Wherein the auxiliary case further includes a temperature rising portion for reheating the hot air in the inner space to reach the insecticidal temperature,
Wherein the temperature raising unit includes a third circulation tube having a predetermined length communicating the auxiliary case and the inlet and outlet ends, and a third circulation tube disposed inside the third circulation tube, wherein the hot air introduced into the third circulation tube, And a third circulation fan for blowing the heated air heated by the heating member to the auxiliary case. 13. The method of claim 12,
Wherein the third circulation pipe has third and fourth open / close sides for opening and closing the hot air in and out of the inlet and outlet ends, respectively.

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