JP6085659B1 - Cooking wagon - Google Patents

Abstract

To provide a cooking wagon that can be seen by many spectators and that effectively removes harmful components such as smoke generated during cooking without causing harm and exhausting them. An exhaust processing mechanism I including a free wheel and a heating cooking mechanism II via a suction filtration mechanism 2 are provided, the heating cooking mechanism II being capable of communicating with the suction filtration mechanism 2 and a center. 2A is provided with a downward throttle exhaust mechanism 2A equipped with a roll filter 11, and a two-stage configuration of a first filtration mechanism cylinder portion 12 and a second filtration mechanism cylinder portion 13 in the lateral direction via a direction reversal filtration portion 14 below. The lower second filtration mechanism cylinder 13 is provided with a black light 15 disposed on the left and right surfaces and a ceramic filter 16 attached with titanium inclined in the middle, and the second filtration mechanism cylinder 13 accelerates the displacement. A blower mechanism provided with an exhaust port 8 is arranged, and a number of detachable filters are arranged on the boundary wall of each filtration mechanism cylinder. [Selection] Figure 3

Description

  The present invention relates to a heating and cooking wagon that removes harmful gases that damage the outside air such as smoke and odor generated mainly during cooking and does not damage the environment.

  In general, this type of wagon is used in combination with other cooking cars in the precincts of outdoor temples and shrines, exhibitions, or exhibition halls. There were many problems with the use of.

  Accordingly, wagons that remove such off-flavors and smoke have been known (see, for example, Patent Document 1).

Japanese Utility Model Publication No. 7-43576

  According to this prior document, it is described that smokeless and odorlessness is effective, but there is no canopy above the cooking table for cooking the fried food, and the oil smoke and oily odor that escapes upward during cooking are completely captured. In addition, the internal airflow configuration is not enough for odorless and smokeless treatment, and it is unavoidable that it is still insufficient as a banquet for indoors or a cooking wagon for parties. There was a problem.

  The main purpose of the present invention is that it can be seen by many spectators, and prevents the diffusion of smoke, odors, etc. that occur during cooking, and performs suction filtration, and in the process of inhalation, light and light. We provide a wagon for cooking that effectively removes harmful components such as off-flavors and smoke in the gas by using the ionization ion action of the ceramic filter on which the working metal oxide such as titanium oxide is deposited. There is to do.

  The present invention can solve the above problems by providing the following configuration.

  (1) A three-dimensional hollow exhaust processing mechanism provided with a free wheel and a suction filtration mechanism provided with a main suction fan at the upper part thereof are provided with a cooking mechanism for heating, the cooking mechanism for heating includes a canopy, The both side walls, the front see-through part, the flat heating cooking part, and the opening for the worker, and the both side walls are provided with an intake flow path having an intake opening opened at the top, It is possible to communicate with the suction filtration mechanism, and has a downward throttle exhaust mechanism having a roll filter in the center, and the exhaust processing mechanism is disposed below the downward throttle exhaust mechanism, and the exhaust processing mechanism is arranged in the lateral direction. The first filtration mechanism cylinder part and the second filtration mechanism cylinder part have a two-stage configuration through the direction reversal filtration part, and the lower second filtration mechanism cylinder part is provided with a hollow light-transmitting structure, and titanium oxide is contained therein. A ceramic filter with a black light is installed outside In addition, the light emitted from the black light is transmitted to optically sterilize the internal circulating gas and the exhaust material adhering to the ceramic filter is made non-hazardous by photocatalytic reaction, and further provided at the exhaust port for accelerating the displacement. A blower mechanism having a sub suction fan is arranged, the suction flow rate is increased by cooperating with the main suction fan, and a number of detachable filters are arranged on the boundary wall of each filtration mechanism cylinder part. Characteristic cooking wagon.

  (2) The heating and cooking wagon according to (1), wherein the intake port is provided with a rectifying plate portion inclined at an opening portion with an inner wall of the canopy to improve the intake performance.

  (3) The suction filter mechanism is configured such that a suction action can be accelerated by providing a pair of inclined guide plates that gradually and narrower with respect to the lower roll filter. Cooking wagon for cooking.

  (4) The hollow light-transmitting structure of the second filtration mechanism cylinder part is provided with a two-fold ceramic filter in which a rectangular prismatic structure is formed of an acrylic resin and titanium oxide is attached inside. (1) characterized in that a pair of black lights are arranged at opposite positions on the outer periphery of the square structure so as to allow the acrylic resin to permeate and irradiate the flow exhaust body and the ceramic filter. The heating wagon as described.

  According to the present invention, the canopy prevents the release of vaporization upward and effectively removes odors and vapors generated by cooking from the air inlets provided on both side walls, and shifts the main suction fan downward in the vertical direction. The exhaust filtration mechanism can be guided so as to be contained in the hollow light-transmitting structure of the lower exhaust treatment mechanism, and the exhaust treatment mechanism includes upper and lower first and second filtration mechanism cylinders. Each of which is formed with a direction reversal filtering part at one end of each, and both cylinder parts by a suction mechanism such as a sub-suction fan provided at a suction exhaust port disposed at the end of the lower cylinder part Is formed with an intake channel that works effectively in one direction, and all of the cooking exhaust and odor generated by the upper cooking mechanism are sucked into the gas and moved in one direction.

The detachable filters disposed on the partition walls of the upper and lower cylinder parts effectively filter and remove solids, fine particles, etc., and also serve as a photocatalyst disposed in the lower cylinder part. It reacts with odors, bacteria, viruses, toxic chemicals, etc. that pass through the ceramic filter coated with titanium and the light source that irradiates the oxidized titanium oxide, and turns into carbon dioxide (CO ₂ ) and water (H ₂ O). It is possible to provide a wide range of cooking wagons suitable for the environment, such as having the function of decomposing and not removing impurities that are harmful to the human body by completely removing solids.

In particular, exhaust oil such as vaporized oil and smoke generated by the cooking mechanism for heating is not prepared outside the wagon due to the powerful cooperative suction action of the main suction fan of the suction filtration mechanism and the secondary suction fan provided at the exhaust port. The toxic substances are decomposed into CO ₂ and water by the filtration of the main oil content by the roll filter, the optical filter by the light and the photocatalyst in the second filter mechanism cylinder, and the exhaust gas. Since a more purified gas is obtained, the environment is not polluted.

The front view which shows one Example of the cooking wagon for heating which concerns on this invention Rear view of FIG. 1 is a longitudinal front view of FIG. XX sectional view of FIG. The expanded perspective view which shows an example of an internal structure of the 2nd filtration mechanism cylinder part of the processing mechanism for exhaust_gas | exhaustion.

  Hereinafter, the best mode for carrying out the present invention will be described in detail with reference to examples.

  An embodiment of the present invention will be described below with reference to the drawings.

  A is a wagon body, which is constituted by a three-dimensional hollow exhaust processing mechanism I having a pulley 1 and a heating cooking mechanism II formed via a suction filtration mechanism 2 having a main suction fan 2a on the upper part thereof. The

  The heating cooking mechanism II is provided with a canopy 3, both side walls 4, 4, a front see-through part 5, a flat heating cooking part 6, and an operator opening 7, and corresponds to a cook. A person stands in front of the wagon body A, inserts both hands and arms through the opening 7 for the worker, and a tempura pan disposed mainly on the flat heating cooking unit 6 using an electromagnetic cooker such as IH. You can cook your favorite ingredients with tempura oil, etc., and you can do your favorite cooking such as frying and fried foods other than tempura. Through the transparent glass of No. 5, the cooking work of the cook can be observed freely to gain interest.

  An inclined shielding plate 3a is provided on the operator side of the canopy 3 to prevent the inflow of outside air.

  In the upper part of the both side wall portions 4, 4, intake ports 8, 8 having rectifying plate portions 8 a, 8 a inclined toward the back surface of the canopy 3 are bored, and the side wall portions 4, 4 are made to improve the intake effect. Are formed so that exhaust odors, such as odor vaporized by cooking and oily smoke, can be effectively sucked and introduced downward.

  That is, the suction filtration mechanism 2 including the lower main suction fan 2a is provided with a pair of inclined guide plates 10 and 10 that are gradually sandwiched on both sides, and the roll filter 11 is used as a primary filter body in the lower center. The exhaust anomalies that are arranged and flow downward can be filtered, and the configuration of the pair of inclined guide plates 10 and 10 allows a kind of suction flow action to be quickly filtered in a reduced pressure manner. It functions as the downward throttle exhaust mechanism 2A.

Next, in the exhaust processing mechanism I, the first filtration mechanism cylinder part 12 and the second filtration mechanism cylinder part 13 are formed in two upper and lower stages, the direction reversal filtration part 14 is provided at both ends, and the second filtration mechanism cylinder part 12 is provided. A filtration filter is provided, and the exhaust fluid filtered by the direction reversal filtration unit 14 can be supplied to the lower second filtration mechanism cylinder unit 13. The second filtration mechanism cylinder portion 13 is formed of a hollow light-transmitting structure 29 formed of a hollow acrylic transparent resin or the like, and can contain the circulated pollutant gas. The two plate-shaped ceramic filters 16 that are attached are arranged in a bent state at the center so that the solid content of the contaminated fluid passing therethrough can be filtered. Bar-shaped black lights 15 and 15 are arranged opposite to each other on both sides of the outside, and the titanium oxide 17 undergoes a chemical reaction upon receiving the light emitted from the black lights 15 and 15 to cause contamination in the fluid. It reacts and decomposes as carbon dioxide (CO ₂ ) and water (H ₂ O), and acts on harmful substances in the passing gas, that is, harmful substances including odors, bacteria, viruses, etc. to make them harmless. Can In addition, the detoxified gas can be discharged to the outside through the exhaust port 18 provided in the wall constituting the end portion of the second filtration mechanism cylinder portion 13. The exhaust port 18 is provided with a sub-suction fan 19 for generating the above-described air flow so that the gas flowing in the wagon body A can be effectively circulated in one direction.

  In the figure, reference numeral 20 denotes a handle for driving the roll filter 11. An operator such as a cock can move a clogged portion such as an oil residue to a new location to prevent deterioration of the filtration function. . The roll filter 11 is hung on the two rolls 11a and 11a, and the handle 20 is fixed to the rotation shaft of the single roll 11a, and the operator rotates the handle 20 as necessary. You can face a new filter face. Reference numeral 21 denotes a plurality of power supply panels that can be freely operated by an operator, including power supplies for the main suction fan 2a and the sub-suction fan 19, and other power switches such as IH, provided on the front surface of the wagon body A. Yes. Reference numerals 22 and 23 are arranged on a partition wall which is a boundary between the direction reversal filtration portion 14 and the second filtration mechanism tubular portion 13 between the first filtration mechanism tubular portion 12 and the direction reversal filtration portion 14. A cassette-type filter medium, 24 is a cassette-type filter medium provided in the direction reversal filter unit 14, and the filter mediums 22, 23, 24 have the same filtering function, but the configuration is not necessarily the same, Each is formed so as to be easily detachable (not shown). Reference numeral 25 denotes a transformer, which is always cooled by a blower 26 to prevent an increase in heating. Reference numeral 27 denotes a power cord, and 28 denotes an outlet provided in the venue.

  The operation will be described based on the above configuration.

  An operator such as a cock moves and fixes the wagon body A to a predetermined designated place such as an indoor banquet hall, inserts the power cord 27 into the outlet 28, and the power supply operation state on the power supply panel 21. Then, place cooking utensils such as a pan or a frying pan on the IH power source for work cooking, and prepare cooking using oil such as tempura, fried food, and fried food. Then, the main suction fan 2a and the sub suction fan 19 are operated by operating the switch on the power supply panel 21 and pressing the switch for the intake port.

  Thereby, in the air flow path communicating with the exhaust processing mechanism I, the suction filtration mechanism 2 and the heating cooking mechanism II, an air current in the direction of the arrow shown in FIGS. 3 and 4 is generated and cooked. Oil, smoke, odor, and other odors are contained in the air stream and are effectively sucked from the cooking.

  In particular, odors such as oily smoke and odor generated during cooking by the cooking mechanism II for heating are effectively sucked from the inlets 8 and 8 of the side walls 4 and 4 without being exhausted by the canopy 3. Since the operator's opening 7 is lowered through the intake passages 9 and 9 and the worker's opening 7 is blocked by the worker, odors and off-flavors are not leaked to the outside, and the front of the cooking mechanism II for heating is provided. The transparent glass of the front see-through portion 5 also has the effect that the audience can observe and enjoy cooking without smelling the odor of the worker's cooking work state.

  Reference numeral 30 denotes an exhaust hood that is attached to the upper outside of the exhaust port 18 and that opens downward, and discharges the exhaust fluid downward so as not to diffuse upward.

In particular, the partition wall of the boundary interposed between the first filtration mechanism cylinder part 12 and the second filtration mechanism cylinder part 13 and the direction reversal filtration part 14 of the upper and lower two stages of the lower exhaust treatment mechanism I With the action of a number of filtration filters provided in the filter, effective filtration of oil droplets is possible, and the black lights 15 and 15 in the second filtration mechanism cylinder 13 at the lower stage and titanium oxide that acts as a photocatalyst are applied. By providing a chemical treatment function with the ceramic filter 16, harmful substances in the circulating gas such as odors, bacteria, viruses and harmful chemical substances are converted into carbon dioxide (CO ₂ ) and water (H ₂ O) in the final filtration process. ), It is possible to discharge almost no odor and harmless exhaust gas from the exhaust port 18. Therefore, it can be widely used as an effective wagon for indoor events such as banquets.

DESCRIPTION OF SYMBOLS 1 Pulley 2 Suction filtration mechanism 2A Downward-throttle exhaust mechanism 2a Main suction fan 3 Canopy 3a Shield plate 4 Side wall part 5 Front see-through part 6 Plane heating cooking part 7 Worker opening 8 Inlet 8a Rectification plate part 9 Intake channel 10 Inclined guide plate 11 Roll filter 11a Roll 12 First filtration mechanism cylinder part 13 Second filtration mechanism cylinder part 14 Direction inversion filtration part 15 Black light 16 Ceramic filter 17 Titanium oxide 18 Exhaust port 19 Sub suction fan 20 Handle handle 21 Power supply panel 22 , 23, 24 Filter medium 25 Transformer 26 Blower 27 Power cord 28 Outlet 29 Hollow translucent structure 30 Exhaust hood A Wagon body I Exhaust treatment mechanism II Heating cooking mechanism

Claims (4)

  A three-dimensional hollow exhaust processing mechanism provided with a free wheel and a heating filtration mechanism provided with a suction filtration mechanism provided with a main suction fan at the top thereof, the heating cooking mechanism comprising a canopy, both side walls A suction filtration mechanism comprising an intake passage having a suction opening having an upper opening in each side wall portion, and a front see-through portion, a planar heating cooking portion, and an opening for an operator. And a downward throttle exhaust mechanism having a roll filter at the center, and the first filter mechanism cylinder part and the second filter mechanism cylinder part in the lateral direction are filtered in the reverse direction below the downward throttle exhaust mechanism. The two-stage configuration through the section, the lower second filtration mechanism cylinder portion is provided with a hollow light-transmitting structure, a ceramic filter having titanium oxide inside is disposed, and a black light is disposed outside. The light emitted from the black light is transmitted through Optical sterilization for the ventilation body and exhaust gas adhering to the ceramic filter are made to be harmless by photocatalytic reaction, and further provided with a blower mechanism provided with a sub suction fan provided at the exhaust port for accelerating the exhaust amount, the main suction A cooking wagon comprising a number of detachable filters disposed on the boundary wall of each filtration mechanism cylinder portion in cooperation with a fan to increase the suction flow rate.   2. The heating and cooking wagon according to claim 1, wherein the intake port is provided with a rectifying plate portion inclined at an opening portion with an inner wall of the canopy to improve an intake property.   2. The cooking apparatus according to claim 1, wherein the suction filtration mechanism is provided with a pair of inclined guide plates that gradually and narrower with respect to the lower roll filter to accelerate the suction action. wagon.   The hollow light-transmitting structure of the second filtration mechanism cylinder is provided with a two-fold ceramic filter in which a square rectangular structure is formed of an acrylic resin and titanium oxide is adhered inside, 2. The heating device according to claim 1, wherein a pair of black lights are arranged at opposite locations on the outer periphery of the structure to allow the acrylic resin to permeate and irradiate the flow exhaust body and the ceramic filter. wagon.

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