TWM539388U - Smoke processing device - Google Patents

Description

Smoke treatment device

This creation is about a smoke treatment device that can quickly process indoor industrial sites and smoke generated by restaurants, especially for smoke treatment devices that are generated in industrial sites and restaurants in recycling rooms or on heating units that generate smoke by heating. The smoke moving pipe that moves the smoke is provided with a heat exchange unit to convert the smoke recovered in the smoke collector into a high temperature, thereby supplying high-temperature smoke to the smoke purifier, and smoothly performing the catalyst provided inside the smoke purifier Catalytic, thereby effectively purifying and treating the smoke.

Smoke is a mixture of solid and liquid state microparticles produced when flammable substances are burned, which occurs during work on indoor industrial sites, or especially when grilled in restaurants.

This kind of smoke, as the substance is burned, contains a lot of dust that is harmful to the human body, causing dust to accumulate in the nose of the staff, which becomes a factor that reduces the health and working environment of the staff, and continues to be exposed to smoke in the restaurant. Uncomfortable soot taste penetrates into clothes and the like and becomes a factor that reduces the taste of the food.

In order to remove such smoke, a dust collector is used, but there is a problem that efficiency is lowered when removing a large amount of smoke discharged at the time of initial combustion.

The present invention has been made in order to solve the problems of the prior art as described above, and an object thereof is to provide a smoke treating device which is provided in an industrial site and a restaurant in a collection room or a smoke generated by a heating unit which generates smoke by heating. The moving smoke moving pipe is provided with a heat exchange unit to convert the smoke recovered in the smoke collector into a high temperature, thereby supplying high temperature smoke to the smoke purifier, and smoothly catalyzing by means of a catalyst disposed inside the smoke purifier, This effectively purifies and treats smoke.

In order to achieve the above object, the present invention provides a smoke treatment device for treating an indoor industrial site and a restaurant or a smoke generated by a heating unit that generates smoke by heating, comprising: a smoke purification unit including a smoke collector The smoke recovery device has a smoke moving pipe capable of causing smoke flowing in an industrial site and a restaurant or a heating unit that generates smoke by heating, and the smoke moving pipe provided in the smoke collector includes a pair of smoke recycling a smoke purifier that discharges the purified smoke while purifying the recovered smoke, and includes a hot gas moving pipe that moves the purified smoke discharged from the smoke purifier; a heat exchange unit disposed at the smoke purifying unit The smoke moves the pipe to exchange heat with the smoke recovered in the smoke collector, and after the smoke is converted to high temperature, it moves to the smoke purifier.

The smoke treatment device of the present invention constructed as described above is provided with a heat exchange unit in the smoke moving pipe, and converts the smoke recovered in the smoke collector into a high temperature, thereby supplying high temperature smoke to the smoke purifier, which is smooth inside the smoke purifier. Catalytic, thereby having the effect of effectively purifying the smoke.

Hereinafter, specific embodiments of the present creation will be described in more detail with reference to the accompanying drawings.

11‧‧‧Smoke collector

12‧‧‧Smog moving pipeline

13‧‧‧Hot gas moving pipeline

14‧‧‧Smoke purifier

15‧‧‧Ontology

16‧‧‧Smoke purification components

17‧‧‧Shell

18‧‧‧Cylinder

20‧‧‧Heat exchange unit

31‧‧‧First temperature sensor

33‧‧‧First Control Unit

41‧‧‧Second temperature sensor

43‧‧‧ Shaped tube

44‧‧‧First valve

45‧‧‧Second valve

47‧‧‧Second control unit

49‧‧‧Supply tube

Figure 1: An exemplary diagram of a preferred embodiment of the present creation.

Figure 2: An exemplary diagram of a preferred embodiment of the present creation.

Figure 3: An exemplary diagram of a preferred embodiment of the present creation.

Fig. 4 is a view showing an example of a preferred embodiment of the present novel smoke purifier.

Fig. 5 is a view showing an example of a preferred embodiment of the present novel smoke purifier.

Fig. 6 is a view showing an example of a preferred embodiment of the present smoke purifier.

The smoke treating device of the present invention can treat indoor industrial sites and restaurants or smoke generated by heating units that generate smoke by heating.

For this reason, as shown in Fig. 1, indoor industrial sites and restaurants or heating units that generate smoke by heating inevitably generate smoke, and in order to prevent the generation of the smoke, a smoke purifying unit is included.

The fume extraction unit includes a smoke recovery unit 11 having a smoke moving pipe 12 that allows the industrial site and restaurant in the room or the heating unit generated by heating to generate smoke to flow.

The smoke purifying unit is provided with a smoke purifier 14 in the smoke moving pipe 12, which purifies the smoke recovered by the smoke collector 11 while discharging the purified smoke. Preferably, a catalyst for rapidly purifying the mist by catalytic action is formed inside the fume extractor 14 disposed in the smoke moving pipe, the catalyst being formed of a platinum catalyst.

The smoke purification unit includes a hot gas moving pipe 13 that moves the purified smoke discharged from the smoke purifier 14. Because the smoke moving in the hot gas moving pipe is high Warm smoke, so move it to other places where it is needed for reuse.

Moreover, the present invention further includes a heat exchange unit 20 disposed in the smoke moving pipe 12 to exchange heat of the smoke recovered in the smoke collector 11 to convert the smoke into a high temperature and to the smoke purifier 14 mobile.

Therefore, with the heat exchange unit 20, the smoke flowing in the smoke moving duct 12 is converted into a high temperature, and the high temperature smoke is supplied to the mist purifier 14, thereby smoothly performing catalysis by means of a catalyst provided inside the mist purifier 14, Thereby having the effect of rapidly purifying the smoke.

The heat exchange unit 20 is preferably any one of a heat exchanger, a heat generating heater, and a heat coil, and the heat coil is preferably wound around the outside of the smoke collector 11.

On the other hand, the smoke exchanged by the heat exchange unit 20 is maintained at 200 to 300 ° C, whereby rapid catalysis is achieved by means of the catalyst to purify the smoke.

However, if the temperature of the smoke that has been recovered by the smoke collector 11 and flows into the smoke purifier 14 is maintained within the range of 200 to 300 ° C, the smoke collector 14 is immediately moved to the smoke purifier 14 regardless of the heat exchange unit 20 . The recovered fumes are thereby catalyzed by means of a catalyst.

For this reason, the present creation is divided into the first embodiment and the second embodiment.

In the first embodiment, as shown in FIG. 2, the first temperature sensor 31 is mounted on the smoke moving pipe 12 in such a manner as to measure the internal temperature of the smoke moving pipe 12; the first control unit 33 The temperature of the smoke moving pipe 12 detected by the first temperature sensor 31 controls the operation of the heat exchange unit 20.

That is, if it is recovered by the smoke collector 11, it moves in the smoke moving pipe 12. When the temperature of the smoke is higher than 200 ° C, the first control unit 33 blocks the operation of the heat exchange unit 20, and immediately moves the smoke recovered by the smoke collector 11 to the smoke purifier 14 for purification, if it is recovered by the smoke. When the temperature of the smoke recovered by the device 11 and moved to the smoke moving pipe 12 is less than 200 ° C, the heat exchange unit 20 is operated by the first control unit 33, whereby when the recovered smoke moves toward the smoke purifier 14, It is heat exchanged to a high temperature smoke of 200 ° C or higher.

In the second embodiment, as shown in FIG. 3, the second temperature sensor 41 is attached to the smoke moving pipe 12 in a manner of detecting the internal temperature of the smoke moving pipe 12, and the shaped pipe 43 is The smoke moving pipe 12 is connected; and the first valve 44 and the second valve 45 are respectively responsible for opening and closing the shaped pipe 43; and the second control unit 47 controls the first based on the temperature detected by the second temperature sensor 41. a valve 44, a second valve 45, a supply pipe 49, one side connected to the profiled pipe 43, and the other side to prevent the smoke recovered in the profiled pipe 43 from passing through the heat exchange unit 20 and the rear end side of the smoke moving pipe 12 connection.

Further, in the shaped pipe 43, the profiled pipe 43 having the first valve 44 is connected to the smoke moving pipe 12 that moves the smoke to the heat exchange unit 20, the profiled pipe 43 having the second valve 45, and the additional supply pipe 49. Connected.

That is, when the temperature of the smoke moved by the smoke collector 11 and moved to the smoke moving pipe 12 is a high temperature of 250 ° C or higher, the second valve 45 is opened by the second control unit 47 while blocking the first valve 44, The smoke recovered by the smoke collector 11 is sequentially passed through the supply pipe 49, the smoke moving pipe 12, and the smoke reaches the smoke purifier 14 to effect catalysis.

Moreover, if the temperature of the smoke moved by the smoke collector 11 and moved to the smoke moving pipe 12 is less than 250 ° C, the second valve 45 is opened by the second control unit 47 while blocking the second valve 45, so that the passage is made. After the smoke recovered by the smoke collector 11 moves in the smoke moving pipe 12 and is converted into high temperature smoke by means of the heat exchange unit 20, the smoke reaches the smoke purifier 14 to effect catalysis.

Therefore, with the first embodiment and the second embodiment, not only the continuous operation of the heat exchange unit 20 but also the smoke recovered by the smoke collector 11 can be used, thereby improving the effectiveness.

Wherein, the detailed embodiment of the smoke purifier 14 includes a body 15 which flows into one side of the smoke recovered from the smoke collector 11 while flowing to the other side and the hot air as shown in FIGS. 4 to 6 . The moving pipes 12 are connected.

The inside of the body 15 included in the fume extractor 14 includes a smoke purifying member 16 including: a casing 17 which is divided into an upper portion and a lower portion, respectively, and allows the smoke flowing into the body 15 to flow in and be discharged. The body 18 has a sealed space on the divided upper side of the outer casing 17, so that the smoke flowing in from the smoke collector 11 flows in and is trapped, and one or more of the smoke purifying elements 16 are provided inside the body 15.

Further, the heat exchange unit 20 is constituted by a furnace that directly transfers high-temperature hot gas to the cylindrical body 18 on the lower side of the division of the body 15.

Preferably, a catalyst for rapidly purifying the mist by catalysis is formed inside the cylinder 18, the catalyst being formed of a platinum catalyst.

Therefore, by the heat exchange unit 20 that supplies hot air to the smoke purifier 14, the smoke flowing in the smoke moving pipe 12 is converted into a high temperature, and is provided with the smoke in the smoke. The catalyst inside the catalyst 14 is smoothly catalyzed, thereby having the effect of rapidly purifying the smoke.

11‧‧‧Smoke collector

12‧‧‧Smog moving pipeline

13‧‧‧Hot gas moving pipeline

14‧‧‧Smoke purifier

20‧‧‧Heat exchange unit

41‧‧‧Second temperature sensor

43‧‧‧ Shaped tube

44‧‧‧First valve

45‧‧‧Second valve

47‧‧‧Second control unit

49‧‧‧Supply tube

Claims (6)

A smoke treatment device for treating an indoor industrial site and a restaurant or a smoke generated by a heating unit that generates smoke by heating, comprising: a smoke purification unit including a smoke recovery device, the smoke recovery The device has a smoke moving pipe capable of causing the smoke generated by the industrial site and the restaurant or the heating unit that generates the smoke by heating, and the smoke moving pipe provided in the smoke collector includes the pair of smoke collectors a smoke purifier that discharges the purified smoke while purifying the smoke, and includes a hot gas moving pipe that moves the purified smoke discharged from the smoke purifier; and a heat exchange unit disposed in the smoke purification The smoke moving pipe of the unit exchanges heat with the smoke recovered in the smoke collector, and after the smoke is converted into a high temperature, it moves to the smoke purifier. A smoke treatment device according to claim 1, wherein a catalyst for rapidly purifying the smoke by catalytic action is provided inside the smoke purifier. The smoke treatment device of claim 1, wherein the smoke treatment device further comprises: a first temperature sensor for detecting the internal temperature of the smoke moving pipe to be detected, and installing the smoke movement a conduit; and a first control unit that controls operation of the heat exchange unit based on an internal temperature of the smoke collector detected by the first temperature sensor. The smoke treatment device according to claim 1, wherein the smoke treatment device further comprises: a second temperature sensor for detecting the internal temperature of the smoke moving pipe to be detected, and installing the smoke movement a pipe; a shaped pipe connected to the smoke collector; a first valve and a second valve respectively responsible for opening and closing the shaped pipe; a second control unit controlling the first valve and the second valve based on the temperature detected by the second temperature sensor; a supply pipe, one side of which is connected to the shaped pipe, and the other side is connected to a rear end side of the smoke moving pipe by means of preventing the smoke recovered in the shaped pipe from passing through the heat exchange unit; wherein in the shaped pipe, A profiled tube having the first valve is coupled to the aerosol moving conduit for moving smoke to the heat exchange unit, and a profiled tube having the second valve is coupled to the additional supply conduit. The smoke treatment device according to claim 1, wherein the smoke purifier comprises a body that flows into the smoke recovered in the smoke collector to one side while the other side is connected to the hot gas moving pipe. Wherein the interior of the body includes a smoke purifying element, the smoke purifying element comprising: a casing, which is divided into an upper portion and a lower portion, respectively, and the smoke flowing into the body flows in and is discharged, a cylinder, The upper side of the partition of the outer casing has a sealed space such that the inflow of smoke from the smoke collector flows into and is trapped, and more than one of the smoke purifying elements are disposed inside the body, the heat exchange sheet being directly directed to the body The divided lower cylinder is configured to transmit high-temperature hot gas. A smoke treatment device according to claim 5, wherein a catalyst for rapidly purifying the smoke by catalysis is provided inside the cylinder.