CN205351435U - Purifier is collected to suspended solid - Google Patents
Purifier is collected to suspended solid Download PDFInfo
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- CN205351435U CN205351435U CN201520891996.XU CN201520891996U CN205351435U CN 205351435 U CN205351435 U CN 205351435U CN 201520891996 U CN201520891996 U CN 201520891996U CN 205351435 U CN205351435 U CN 205351435U
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Abstract
The utility model relates to a purifier is collected to suspended solid for collect boil in the food and beverage kitchen or fuel combustion processes in the suspended solid that produces, include: a collection device, collection device is used for collecting and purifying the air that is mingled with suspended solid when boiling food, a function box, function box install in the collecting pipe to the drive is mingled with the air admission of suspended solid when boiling food collection device, purification simultaneously is mingled with the air of suspended solid, it leads the tobacco pipe to reach one, lead the tobacco pipe install in function box to the collection is gone forward side by side step -by -stepization and is mingled with the air of suspended solid, wherein, the suspended solid includes: the big calorimetry oxidation and decomposition result that olesome, hydrone and various food produced under high temperature.
Description
Technical field
This utility model relates to a purifier, especially a float collection and purification device, this float collection and purification device is applicable to food and drink kitchen, to collect the float produced in boil operation or fuel combustion process, purify the environment in food and drink kitchen, wherein, float includes a large amount of thermal oxide catabolites that olesome, hydrone and various food at high temperature produce.
Background technology
Under the historical background that the quality of the life of people steps up, affect the environmental factors of people's comfort level, in whether working or all being improved energetically in life.Kitchen, as one of basic environment ensureing people's quality of the life, no matter being at large-scale food and drink kitchen or family kitchen, the oil smoke, heat and the taste etc. produced by processed food that produce in cooking food process are all the existence being considered to administer object all the time.
For above-mentioned improvement object, the lampblack absorber use in kitchen substantially improves the environment in kitchen, especially boils period at food.But, traditional lampblack absorber still suffers from indivedual part to be modified on using.For large-scale smoke purifier, the large-scale smoke purifier used in large-scale catering kitchen, the taste of the oil smoke produced in large-scale food and drink kitchen, heat and various processed food is unobstructed all considerably beyond general family kitchen.Therefore, the lampblack absorber being used in large-scale catering kitchen is larger volume, relatively high power comparatively speaking.Thus, problem also just creates therewith, large-scale smoke purifier, owing to installing space is required, large-scale smoke purifier often occupies no small space in kitchen, and then have influence on the space availability ratio in kitchen, even make people germinate constriction in kitchen, badly influence at kitchen work environmental amenity degree.Additionally, due to the work requirements of large-scale smoke purifier, generally connecting when the operating circuit of oily large-scale cigarette clearing machine, whole large-scale smoke purifier all can be in running order.Therefore, when needing to purify in kitchen the oil smoke of local space etc. and polluting, the energy waste degree opening large-scale smoke purifier is just well imagined.Moreover, after traditional fume purifier of fume generally adopts filter screen tentatively tentatively to be collected by oil smoke material, just simply by a longer smoke discharging pipe, discarded, heat is discharged kitchen, at most in smoke discharging pipe, the oil smoke material sticked in smoke discharging pipe is carried out secondary collection.But, it is exactly be horizontally disposed with that smoke discharging pipe is frequently not shorter, this is extremely low for the secondary Collection utilization rate of oil smoke material, and generally requires personnel enter in smoke discharging pipe for using for a long time and having added up the cleaning of smoke exhaust pipe of a large amount of greasy dirt, cleans difficulty and well imagines.
In view of above deficiency, effective collection and purification device of the pollutant such as the oil smoke in kitchen is urgently suggested by a kind of being able to, to overcome traditional large-scale smoke purifier deficiency in use.
Utility model content
A purpose of the present utility model is in that to provide a float collection and purification device, the float that described float collection and purification device produces when being collected food and drink kitchen inherence cooked food, wherein, described float includes: a large amount of thermal oxide catabolites that olesome, hydrone and various food at high temperature produce.
Another object of the present utility model is in that to provide a float collection and purification device, described float collection and purification device is divided the described float that two positions produce when collecting food and drink kitchen inherence cooked food respectively, and then ensure basic described float of collecting, the air ambient in purification food and drink kitchen.
Another object of the present utility model is in that to provide a float collection and purification device, described float collection and purification device is upset the air flow path footpath being mingled with described float, the fusion so that the various granules in described float collide, bonding, to be conducive to the collection of various granule.
Another object of the present utility model is in that to provide a float collection and purification device, and described float collection and purification device is departed from traditional filter structure, while effectively collecting due to the described float of cooked food generation, it is achieved the second of body unpicks and washes purpose.
For realizing object above, this utility model is for a float collection and purification device, and described float collection and purification device includes:
One collection device, described collection device is for collecting and purify the air of float when being mingled with cooked food；
One functional compartment, described functional compartment is installed on described collecting pipe, and when being mingled with cooked food with driving, the air of float enters described collection device, purifies the air being mingled with described float simultaneously；And
One leads smoke pipe, described smoke pipe of leading is installed on described functional compartment, it is mingled with the air of described float collecting a stepping of going forward side by side, wherein, described float includes: a large amount of thermal oxide catabolites that olesome, hydrone and various food at high temperature produce, and described collection device farther includes:
At least two feature boards, by installing formation one first collection body and one second collection body at least between two between each described feature board, the combination end of described first assembling supporting member is installed on the combination end of described second assembling supporting member, described first collection body and described second is collected body and is respectively provided with at least one guiding channel, to collect the air being mingled with described float, when the air being mingled with described float passes through described guiding channel, described float is attached to the guiding channel wall of described guiding channel.
Preferably, described functional compartment includes at least one centrifugal fan device and and installs housing, described centrifugal fan device is installed on described installation housing, described installation housing is installed on described first and collects body and described second collection body, when the centrifugal blower of described centrifugal fan device works, it is able to described in the entrance of the air in Driving guide passage and leads smoke pipe, thus the pressure difference reduced in described guiding channel, the air being mingled with described float is driven to have the guiding channel mouth of described guiding channel to enter described guiding channel further, utilize centrifugal force to collect the described float of the impeller being attached to described Li Xin blower fan apparatus simultaneously, to collect the air being mingled with described float.
Preferably, described installation housing has at least one containing cavity, described containing cavity has at least one second UNICOM's mouth, described centrifugal fan device is installed on described second UNICOM's mouth and by described second UNICOM's mouth and described containing cavity UNICOM, when the centrifugal blower of described centrifugal fan device works, the air in described containing cavity is driven to lead smoke pipe circulation to described, thus the air pressure reduced in described containing cavity, and drive further be mingled with in described guiding channel state to some extent float air flow into described containing cavity, described float is made after contacting, to attach to the cavity wall of described containing cavity with the cavity wall of described containing cavity.
Preferably, each described guiding channel is respectively provided with one first UNICOM's mouth, described containing cavity is connected by described first UNICOM's mouth and described guiding channel, air in guiding channel flows into described containing cavity through described first UNICOM's mouth, at least one centrifugal fan device is installed in described first UNICOM's mouth, to drive the air in described guiding channel to flow into described containing cavity.
Preferably, described collection and purification device farther includes at least two baffle plates, and described baffle plate is installed in described first and collects body and described second collection body, the described float produced during to gather cooked food.
Preferably, described guiding channel has at least one collecting tank, and described collecting tank is arranged at bottom described guiding channel, to collect adhesion and aggregation in the described float of described guiding channel wall.
Preferably, the described centrifugal fan device being installed on described second UNICOM's mouth drives the direction of air circulation and air flow direction in described containing cavity inconsistent, the collision being mingled with between aerial described float is caused, to collect described float thereby through upsetting air-flow.
Preferably, the described centrifugal fan device being installed on described second UNICOM's mouth drives the direction of air circulation and air flow direction in described containing cavity inconsistent, the described centrifugal fan device being installed on described first UNICOM's mouth drives the direction of air circulation and air flow direction in described guiding channel also inconsistent, the collision being mingled with between aerial described float is caused, to collect described float thereby through upsetting air-flow.
Preferably, the guiding channel interruption-forming of each described guiding channel is in the other end relative with the combination end of the combination end of described first collection body and described second collection body.
Preferably, described functional compartment has containing cavity described in three, centrifugal fan device described in every described containing cavity and is connected, and its containing cavity described in two is connected with the described second described guiding channel collecting body, and containing cavity described in one is connected with the described first described guiding channel collecting body.
This utility model this provide the float collection method of a kind of float collection and purification device, for collecting the collection of the float boiled in food and drink kitchen or produce in fuel combustion process, to purify the air ambient in food and drink kitchen, described method comprises the steps:
A: guide and be mingled with the air described guiding channel of entrance stating float to some extent；
B: collect the described float in air；And
C: being entered by the air after purification and lead smoke pipe, wherein, described step A farther includes following steps:
A.1: guide, by the first guiding channel mouth collecting body, the air being mingled with described float and enter described guiding channel；With
A.2: guiding, by the second guiding channel mouth collecting body, the air being mingled with described float and enter described guiding channel, wherein, described float includes: a large amount of thermal oxide catabolites that olesome, hydrone and various food at high temperature produce.
Preferably, described step B farther includes following steps:
B.1: collect the described float of the cavity wall attaching to guiding channel wall and described containing cavity；With
B.2: utilize the described float of centrifugal collection by centrifugal fan device.
Accompanying drawing explanation
It is illustrated in figure 1 a schematic perspective view of a preferred embodiment of this utility model one float collection and purification device.
It is illustrated in figure 2 a sectional view of a preferred embodiment of this utility model one float collection and purification device.
It is illustrated in figure 3 the flow of suspension path schematic diagram of a preferred embodiment of this utility model one float collection and purification device.
It is illustrated in figure 4 another schematic perspective view of a preferred embodiment of this utility model one float collection and purification device.
It is the schematic perspective view of another preferred embodiment of this utility model one float collection and purification device as shown in Figure 5A.
It is the explosive view of another preferred embodiment of this utility model one float collection and purification device as shown in Figure 5 B.
It is illustrated in figure 6 a schematic flow sheet of a preferred embodiment of the float collection method of this utility model one float collection and purification device.
It is illustrated in figure 7 a part of schematic flow sheet of a preferred embodiment of the float collection method of this utility model one float collection and purification device.
It is illustrated in figure 8 another part schematic flow sheet of a preferred embodiment of the float collection method of this utility model one float collection and purification device.
Detailed description of the invention
According to claim of the present utility model and description disclosure of that, described in the technical solution of the utility model literary composition specific as follows.
It is a preferred embodiment of this utility model float collection and purification device 100 as shown in Figure 1 to Figure 4, described float collection and purification device 100 is preferably adapted for food and drink kitchen, especially large-scale catering kitchen, to collect a large amount of thermal oxide catabolites that olesome, hydrone and various food produced by the endogenous cause of ill cooking food of food and drink kitchen at high temperature produce, and carry out purified treatment further.It is to say, described float collection and purification device 100 is collected due to the suspended material of cooking food produced pollution environment in food and drink kitchen, to purify the air in food and drink kitchen.
It is worth mentioning that, described float is often with food produced taste in cooked process, and then, described float collection and purification device 100 is able to while collecting described suspended material, it is moved out food produced taste in cooking process equally, at utmost to purify the air in food and drink kitchen.
It is able to the humidity in food and drink kitchen is adjusted it is noted that collect food produced hydrone suspended in cooking process by described float collection and purification device 100.
It is worth mentioning that, air in food and drink kitchen is purified by the time that described float collection and purification device 100 is also able to non-food is cooked, namely collects the purpose residuing in the quality that the suspended material remained reaches air in evolution food and drink kitchen further in food and drink the kitchen in.
Specifically, as shown in Figure 1 and Figure 2, described float collection and purification device 100 includes a collection device 30, at least one functional compartment 20 and at least one leads smoke pipe 10, described in lead smoke pipe 10 and described collection device 30 is respectively arranged in described functional compartment 20 to form described float collection and purification device 100.Described float be able to successively via described collection device 30, described functional compartment 20 and described in lead smoke pipe 10 after be collected, last only a small amount of described float is discharged by described smoke pipe 10 of leading, thus under purifying the premise of air in food and drink kitchen, making the pollution of environment to external world be preferably minimized.
Further, described functional compartment 20 includes at least one centrifugal fan device 23 and and installs housing 24, and described centrifugal fan device 23 is installed on described installation housing 24.Described centrifugal fan device 23 is achieved and is introduced by described collection device 30 ambient air, and lead smoke pipe 10 described in being imported into after described functional compartment 20, thus realizing after described float introduced described functional compartment 20 along with described collection device 30 ambient air by described collection device 30, leading smoke pipe 10 described in entering.
Described collection device 30 includes at least four feature board 36 and at least two baffle plates 33, between each described feature board 36, at least two two places are installed and are formed one first collection body 301 and one second collection body 302, described first collects body 301 is respectively provided with a combination end with described second collection body 302, the described first combination end collecting body 301 is installed on the described second combination end collecting body 302, to form described collection device 30.Described first collection body 301 and described second is collected body 302 and is respectively provided with a guiding channel 31, and described guiding channel 31 is formed at described at least two between feature board 36, circulates for the air being mingled with described float.Preferably, being mingled with the air of described float when flowing through described guiding channel 31, described float is able to attach to described guiding channel wall 311 because touching the guiding channel wall 311 of described guiding channel 31.
Described guiding channel 31 has at least one collecting tank 32, described collecting tank 32 is preferably provided at the bottom of described guiding channel 31, attach to the described guiding channel described float than 311 to be able to after along described guiding channel wall 311 to the low side of described guiding channel 31, it is gathered in described collecting tank 32, to collect the described float of acquisition.
Described second collects body 302 is able to be preferably installed in body of wall or ground with fixing described float collection and purification device 100.For being conducive to being mingled with the air of described float by described guiding channel 31, described in lead smoke pipe 10, described functional compartment 20 and described collection device 30 and from top to bottom arranged.Preferably, for reducing the volume of described collection device 30, and making described collection device 30 be applicable to more food and drink kitchens arranging house type, described second collects body 302 is installed in body of wall.When the air being mingled with described float flows through described guiding channel 31, the described float of part is attached to the described guiding channel wall 311 of described guiding channel 31, and along with the accumulation of the described float being attached to described guiding channel wall 311, the described float being attached to described guiding channel wall 311 is able to along described guiding channel wall 311 toward moving below.Described collection device 30 farther includes at least two collecting pipes 37, described collecting pipe 37 is mounted respectively in the bottom of described guiding channel 31, and then, when described float is along described guiding channel wall 311 toward when transferring bottom mobile extremely described guiding channel 311, described float is imported into described collecting pipe 37.It is to say, the described float of part being imported into described guiding channel 31 being entrained in air is able to be collected by described collecting pipe 37.
Utilized it is noted that the described float collected by described collecting pipe 37 is cleaned rear secondary, or be used for producing the article such as ink.
Each described guiding channel 31 is respectively provided with a guiding channel mouth 312, for introduce be mingled with described float air.The described first described guiding channel mouth 312 collecting body 301 is formed at described first one end collecting body 301, and the position that the combination end collecting body 301 with described first is formed is relative.The described second described guiding channel mouth 312 collecting body 302 is formed at described second one end collecting body 302, and the position that the combination end collecting body 302 with described second is formed is relative.It is to say, described first collects described guiding channel mouth 312 and described guiding channel mouth 312 distribution in relative upper-lower position of described second collection body 302 of body 301, it is mingled with, to guide in upper and lower two positions, the air stating float to some extent.
Be illustrated in figure 3 this preferred embodiment one uses view, described float collection and purification device 100 is installed in for above the cooking range of cooking food, namely each described guiding channel mouth is all arranged at above cooking range, thus being guided in the produced air being mingled with described float upwards risen when using cooking range cooked food to enter described guiding channel 31.Preferably, the described first described guiding channel mouth 312 collecting body 301 and the described second described guiding channel mouth 312 collecting body 302 are arranged respectively relatively up and down, and then, the described first described guiding channel mouth 312 collecting body 301 is guided the air being mingled with described float that the described guiding channel mouth 312 not collected body 302 by described second guides further.Preferably, the described first described guiding channel mouth 312 collecting body 301 is formed at the position that the combination end collecting body 301 with described first is relative, and then, the described first described guiding channel 312 collecting body 301 is conducive to guiding rises the air being mingled with described float failing to be directed into the described second described guiding channel 312 collecting body 302 rising to top, and then effectively guiding is mingled with the air described collection device 30 of entrance stating float to some extent, it is ensured that the air quality in food and drink kitchen.
Preferably, in the preferred embodiment, the curved path of at least one described guiding channel 31 is arranged, it is mingled with the path that the air of described float passes through in described collection device thus increasing, and then make the described float being mingled with in air have more chance to contact with described feature board 36, be namely conducive to the described float being entrained in air to be collected further after being attached to described guiding channel wall 311.
Preferably, as shown in Figure 3, two baffle plates 33 of described collection device 30 are installed on described first respectively symmetrically simultaneously and are collected body 301 and described second collection body 302, and then, when the air being mingled with described float guides at the described guiding channel mouth 312 not collected body 302 by described second and rises, described baffle plate 33 is gathered the surplus air being mingled with described float that the described guiding channel mouth 312 not collected body 302 by described second guides, thus the strong described guiding channel mouth 312 being directed into described first collection device 301 in surplus air, or again guided by the described guiding channel mouth 312 of described second collection device 302.
Described functional compartment 20 has at least one installation housing 24, and described centrifugal fan device 23 is installed in described installation housing 24.Described installation housing 24 has at least one containing cavity 241, allowing containing cavity 241 have at least one second UNICOM's mouth 242 described in each, each described centrifugal fan device 23 is installed in described second UNICOM's mouth 242 and is connected with each described 241 respectively through each described second UNICOM's mouth 242.When described centrifugal fan device 23 works, each described centrifugal fan device 23 is driven each described containing cavity 241 air to flow respectively.Further, described centrifugal fan device 23 has an air inlet and an air outlet, and the air inlet of described centrifugal fan device 23 is communicated with described containing cavity 241 by second UNICOM's mouth 242 described in the one of described containing cavity 241.The air outlet of described centrifugal fan device 23 and described smoke exhaust pipe 10 are connected.When the centrifugal blower of described centrifugal fan device 23 is operated, air in described containing cavity 241 is able under the effect of the centrifugal blower of described centrifugal fan device 23 by after the described air inlet entrance of described centrifugal fan device 23, is discharged from the air outlet of described centrifugal fan device 23 and enters described smoke exhaust pipe 10.
Each described guiding channel 31 has one first UNICOM's mouth 313 further, and each described guiding channel 31 is connected with each described containing cavity 241 respectively through described first UNICOM's mouth 313.When the centrifugal blower of described centrifugal fan device 23 is started working, the air in described containing cavity 241 is driven to enter described smoke exhaust pipe 10 after described centrifugal fan device.After the air in described containing cavity 241 is entered described smoke exhaust pipe 10 by described centrifugal fan device, the air pressure in described containing cavity 241 reduces, and less than the air pressure in described guiding channel 31.Air in described guiding channel 31 moves to described containing cavity 241 under negative pressure affects.Further, along with in described guiding channel 31 air flow into described containing cavity 241, the air pressure in described guiding channel 31 be just gradually reduced and less than the atmospheric pressure in external environment.Further, the air in external environment is able to be entered described guiding channel 31 by described guiding channel mouth 312 under atmospheric pressure effect.And then, the air being mingled with described float being in around described guiding channel mouth 311 is able to while the centrifuge of described centrifugal fan device 23 works, entered described guiding channel 311 by described guiding channel mouth 312, then be discharged into described smoke exhaust pipe 10 through described containing cavity 241 and described centrifugal fan device 23 after elder generation.
When being mingled with the air of described float successively through described guiding channel 31, described containing cavity 241, described float is able to adhere to the cavity wall of described guiding channel wall 311 and described containing cavity 241 because touching the cavity wall of described guiding channel wall 311 and described containing cavity 241.Attach to the described float of described containing cavity 241 cavity wall and move down being able to the cavity wall 241 along described containing cavity 241, and the described first UNICOM's mouth 313 being connected through described containing cavity 241 and described collection device 30 enters described guiding channel wall 311, then collected described float by the described collecting tank 32 being arranged at described guiding channel 31.
It is worth mentioning that, described float except attached to described guiding channel wall 311 and be able to from the air being guided into described guiding channel 31 separated except, also being able to because having stepped through in the process of described guiding channel 31 and described containing cavity 241 along with the air being directed into described guiding channel 31, the temperature of air is gradually lowered and spontaneously calm in the cavity wall of described guiding channel wall 311 or described containing cavity 241.
It is noted that be entrained between the described float of the air being directed into described guiding channel mouth 312, it is able to, by mutual making contact, after being condensed into bigger drop by liquid particles gradually, be collected in described guiding channel 31 or described containing cavity 241.
Preferably, be directed into after the air of described guiding channel mouth 312 formerly enters described guiding channel 31 and described containing cavity 241 afterwards, the centrifugal blower of described centrifugal fan device 23 driven be mingled with the air remaining a small amount of described float enter described in lead smoke pipe 10.When being mingled with the air remaining a small amount of described float through described centrifugal fan device 23, float in air is attached to the impeller of described centrifugal fan device 23, the described float then adhering to described centrifugal fan device 23 impeller is able to being rotated under centrifugal action and separating with impeller along with impeller, and then entered in described containing cavity 241 along the shell of described centrifugal fan device 23 by described second UNICOM's mouth 242, to be collected further.
To sum up stating, described centrifugal fan device 23 is indirectly formed the pressure difference between described guiding channel 31 and external environment, so that be that olesome, the water droplet granule etc. produced affect the environmental factors of air in food and drink kitchen at cooked food.
It is worth mentioning that, the described first each described guiding channel mouth 312 collecting body 301 and described second collection body 302 is able to guide the air being mingled with described float respectively and enters described guiding channel 31, and guiding channel mouth 31 described in two is arranged in diagonally opposing corner, boiled the described float produced in process thus be guided in food comprehensively.
Preferably, as shown in Figure 4, in the preferred embodiment, described functional compartment 20 has containing cavity 241 described in three, and each described containing cavity 241 is all provided independently from, every described containing cavity 241 is all connected with at least one described centrifugal fan device 23, say, that, every described containing cavity 241 is equipped with at least one matched use of described centrifugal fan device 23, with drive the air in described containing cavity 241 flow to after described centrifugal fan device 23 described in lead smoke pipe 10.Further, every described guiding channel 31 is connected with at least one described centrifugal fan device 23 by least one described first UNICOM's mouth 313.In the preferred embodiment, containing cavity 241 described in the described guiding channel 31 and of described first collection body 301 is connected, and containing cavity 241 described in the described guiding channel 31 and two of described second collection body 302 is connected.Thus, the described first described guiding channel mouth 312 collecting body 301 is able to main guiding and is mingled with the air described guiding channel 31 of entrance stating float to some extent, and the described second described guiding channel mouth 312 collecting body 302 is further ensured that guiding the remaining air being mingled with described float as much as possible enters described guiding channel 31, to collect the produced described float being entrained in air when cooked food respectively, purify the air ambient in food and drink kitchen.Preferably, described first UNICOM's mouth 313 is arranged in skew symmetry with described second UNICOM's mouth 313, and then increase is mingled with the time that the air of described float stays in described containing cavity 241.Preferably, in the preferred embodiment, centrifugal fan device 23 setting triangular in shape described in three, thus reducing the volume of described functional compartment 20.
Preferably, in the preferred embodiment, the direction that described centrifugal fan device 23 drives air to circulate is inconsistent with air flow direction in described containing cavity 241, thus upsetting the flowing law of air, cause the collision being mingled with between aerial described float, the various macromolecular particles that described float comprises are made mutually to merge, bond and attach to the cavity wall of described containing cavity 241 and the impeller of described centrifugal fan device 23 under gravity, thus being collected further.
It is noted that compare traditional smoke purifier, described suspension collecting device 100 is departed from the structure of drainage screen, and is just addressed cleaning problem by the dismounting of each feature board 36 and each baffle plate 33.
Boiled the heat produced in process being discharged by described smoke exhaust pipe 10 it is noted that described suspension collecting device 100 also collects food, to provide environment comfortable in food and drink kitchen.
Preferably, described smoke pipe 10 of leading has at least one described collecting tank 32, the described described collecting tank 32 leading smoke pipe 10 is connected with the described first described collecting tank 32 collecting body 301, and then, lead smoke pipe 10 described in entering through described centrifugal fan device 23 and be entrained in the remaining described float of air when leading the tube wall of smoke pipe 10 described in contacting with the described tube wall leading smoke pipe 10 and attach to, it is able to be entered the described first described collecting tank 32 collecting body 301 by the described collecting tank 32 of described director's pipe 10, thus being processed by unified collection.It is worth mentioning that, the described described collecting tank 32 led in smoke pipe 10 is connected by collecting the described collecting tank 32 of body 301 with described first, more traditional cooking fume-collecting clearing machine with filter screen, collected the described float owing to cooked food and fuel combustion produce better, it is achieved the purpose without dismantling and cleaning of body.
As shown in Figure 6 to 8, this utility model additionally provides a kind of method 200 utilizing described float collection and purification device 100 to collect described float, and described method comprises the steps:
201: guide and be mingled with the air described guiding channel of entrance stating float to some extent；
202: collect the described float in air；And
203: described in being entered by the air after purification, lead smoke pipe 10.
Wherein, described step A farther includes following steps:
201.1: guide, by the described first described guiding channel mouth 311 collecting body 301, the air being mingled with described float and enter described guiding channel 31；With
201.2: guide, by the described second described guiding channel mouth 311 collecting body 302, the air being mingled with described float and enter described guiding channel 31, wherein, described float includes: a large amount of thermal oxide catabolites that olesome, hydrone and various food at high temperature produce.
Described step 202 farther includes following steps:
202.1: collect attach to guiding channel wall 31, described containing cavity 241 cavity wall and described in lead the described float of smoke pipe 10 tube wall；With
202.2: utilize the described float of centrifugal collection by described centrifugal fan device 23.
As Fig. 5 A and Fig. 5 B show another preferred embodiment of this utility model float collection and purification device 100, described first UNICOM's mouth 313 of body 302 is collected the difference is that, centrifugal fan device 23 described at least two is respectively set at described second UNICOM's mouth 242 and described second of described installation housing 24 with above preferred embodiment.That is, except described centrifugal fan device 23 enters described smoke exhaust pipe 10 except the air driven in described containing cavity 241, also the air in each described guiding channel 31 is driven to be entered described containing cavity 241 by described guiding channel 31, so that the gas pressure intensity in described guiding channel 31 reduces, so that the air being mingled with described float in external environment is independently entered described guiding channel 31 by described guiding channel mouth 312 under atmospheric pressure effect, to collect the described float being entrained in air.
Preferably, as shown in Fig. 5 A, Fig. 5 B, in the preferred embodiment, when being installed on the centrifugal blower work of described centrifugal fan device 23 of the described second described first UNICOM's mouth 313 collecting body 302, air in described guiding channel 31 is driven into described containing cavity 241 under the effect of the centrifugal blower of described centrifugal fan device 23, and the gas pressure intensity in described guiding channel 31 reduces.And then, the air of the described float produced when being mingled with due to cooked food near described guiding channel mouth 312 is directed into described guiding channel 31 by described guiding channel mouth 312 under the effect of draught head.Simultaneously, the work of the centrifugal blower of the described centrifugal fan device 23 being connected with described containing cavity 241 by described second UNICOM's mouth 242 of described installation housing 24, air in described containing cavity 241 leads smoke pipe 10 described in being driven into, and the air pressure in described containing cavity 241 reduces.Thus, the air being mingled with described float in described guiding channel 31 is able to enter described containing cavity 241 under the effect of draught head and the described centrifugal fan device 23 being installed on described first UNICOM's mouth 313 simultaneously.That is, it is installed on each described centrifugal fan device 23 of described first UNICOM's mouth 313 and described second UNICOM's mouth 242 and is able to guide after the air being mingled with described float enters described guiding channel 31 by each described guiding channel mouth 312 simultaneously, described in entering in described containing cavity, lead smoke pipe 10, and period is able to be collected by described first collection body 301 and described second move back the described float that described collecting tank 32 collection of 302 is collected.
Preferably, in the preferred embodiment, the direction that the described centrifugal fan device 23 being installed on described second UNICOM's mouth 242 drives air to circulate is inconsistent with air flow direction in described containing cavity 241, the direction that the described centrifugal fan device 23 being installed on described first UNICOM's mouth 313 drives air to circulate is also inconsistent with air flow direction in described guiding channel 31, thus upsetting air successively flow through the circulating direction of described guiding channel 31 and described containing cavity 241, cause the collision being mingled with between aerial described float, the various macromolecular particles that described float comprises are merged mutually, bond and attach to the cavity wall of described containing cavity 241 and the impeller of described centrifugal fan device 23 under gravity, thus being collected further.
Preferably, the direction that the direction that the described centrifugal fan device 23 being installed on described second UNICOM's mouth 242 drives air to circulate drives air to circulate with the described centrifugal fan device 23 of described first UNICOM's mouth 313 is inconsistent, thus strengthening air flow path footpath, while being conducive to the described float in air to be attached to described guiding channel wall 311 and described containing cavity 241 cavity wall, more upset air and successively flowed through the circulating direction of described guiding channel 31 and described containing cavity 241, cause the collision being mingled with between aerial described float, the various macromolecular particles that described float comprises are merged mutually, bond and attach to the cavity wall of described containing cavity 241 and the impeller of described centrifugal fan device 23 under gravity, thus being collected further.
Preferably, the described energy supply plate 36 being provided with described centrifugal fan device 23 has at least one louvre 361 further, to discharge the heat produced when described centrifugal fan device 23 works.
Foregoing is enumerating of specific embodiment of the utility model, for equipment and the structure of wherein not detailed description, it should be understood that for taking the existing common apparatus in this area and universal method to be practiced.
This utility model above-described embodiment is only the use that technical solutions of the utility model are described simultaneously, is only enumerating of technical solutions of the utility model, is not limited to the technical solution of the utility model and protection domain thereof.Equivalent technologies means, equivalent apparatus etc. are adopted to be considered to be the improvement of the technical scheme disclosed in this utility model claims and description without departing from the scope disclosed in this utility model claims and description.
Claims (10)
1. a float collection and purification device, for collecting the float boiling in food and drink kitchen or producing in fuel combustion process, it is characterised in that including:
One collection device, described collection device is for collecting and purify the air of float when being mingled with cooked food；
One functional compartment, described functional compartment is installed on described collecting pipe, and when being mingled with cooked food with driving, the air of float enters described collection device, purifies the air being mingled with described float simultaneously；And
One leads smoke pipe, described smoke pipe of leading is installed on described functional compartment, it is mingled with the air of described float collecting a stepping of going forward side by side, wherein, described float includes: a large amount of thermal oxide catabolites that olesome, hydrone and various food at high temperature produce, and described collection device farther includes:
At least two feature boards, by installing formation one first collection body and one second collection body at least between two between each described feature board, the combination end of described first assembling supporting member is installed on the combination end of described second assembling supporting member, described first collection body and described second is collected body and is respectively provided with at least one guiding channel, to collect the air being mingled with described float, when the air being mingled with described float passes through described guiding channel, described float is attached to the guiding channel wall of described guiding channel.
2. float collection and purification device as claimed in claim 1, described functional compartment includes at least one centrifugal fan device and and installs housing, described centrifugal fan device is installed on described installation housing, described installation housing is installed on described first and collects body and described second collection body, when the centrifugal blower of described centrifugal fan device works, it is able to described in the entrance of the air in Driving guide passage and leads smoke pipe, thus the pressure difference reduced in described guiding channel, the air being mingled with described float is driven to have the guiding channel mouth of described guiding channel to enter described guiding channel further, utilize centrifugal force to collect the described float of the impeller being attached to described centrifugal fan device simultaneously, to collect the air being mingled with described float.
3. float collection and purification device as claimed in claim 2, described installation housing has at least one containing cavity, described containing cavity has at least one second UNICOM's mouth, described centrifugal fan device is installed on described second UNICOM's mouth and by described second UNICOM's mouth and described containing cavity UNICOM, when the centrifugal blower of described centrifugal fan device works, the air in described containing cavity is driven to lead smoke pipe circulation to described, thus the air pressure reduced in described containing cavity, and drive further be mingled with in described guiding channel state to some extent float air flow into described containing cavity, described float is made after contacting, to attach to the cavity wall of described containing cavity with the cavity wall of described containing cavity.
4. float collection and purification device as claimed in claim 3, each described guiding channel is respectively provided with one first UNICOM's mouth, described containing cavity is connected by described first UNICOM's mouth and described guiding channel, air in guiding channel flows into described containing cavity through described first UNICOM's mouth, at least one centrifugal fan device is installed in described first UNICOM's mouth, to drive the air in described guiding channel to flow into described containing cavity.
5. the float collection and purification device as described in claim 3 or 4, described collection and purification device farther includes at least two baffle plates, and described baffle plate is installed in described first and collects body and described second collection body, the described float produced during to gather cooked food.
6. float collection and purification device as claimed in claim 5, described guiding channel has at least one collecting tank, and described collecting tank is arranged at bottom described guiding channel, to collect adhesion and aggregation in the described float of described guiding channel wall.
7. the float collection and purification device as described in claim 3 or 4, the described centrifugal fan device being installed on described second UNICOM's mouth drives the direction of air circulation and air flow direction in described containing cavity inconsistent, the collision being mingled with between aerial described float is caused, to collect described float thereby through upsetting air-flow.
8. float collection and purification device as claimed in claim 4, the described centrifugal fan device being installed on described second UNICOM's mouth drives the direction of air circulation and air flow direction in described containing cavity inconsistent, the described centrifugal fan device being installed on described first UNICOM's mouth drives the direction of air circulation and air flow direction in described guiding channel also inconsistent, the collision being mingled with between aerial described float is caused, to collect described float thereby through upsetting air-flow.
9. float collection and purification device as claimed in claim 6, the guiding channel interruption-forming of each described guiding channel is in the other end relative with the combination end of the combination end of described first collection body and described second collection body.
10. float collection and purification device as claimed in claim 3, described functional compartment has containing cavity described in three, centrifugal fan device described in every described containing cavity and is connected, and its containing cavity described in two is connected with the described second described guiding channel collecting body, containing cavity described in one is connected with the described first described guiding channel collecting body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520891996.XU CN205351435U (en) | 2015-11-10 | 2015-11-10 | Purifier is collected to suspended solid |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520891996.XU CN205351435U (en) | 2015-11-10 | 2015-11-10 | Purifier is collected to suspended solid |
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| CN205351435U true CN205351435U (en) | 2016-06-29 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106678909A (en) * | 2015-11-10 | 2017-05-17 | 江西金尚美环保科技有限公司 | Suspended matter collection and purification device and method |
| CN108187461A (en) * | 2016-12-08 | 2018-06-22 | 张黎明 | The method of air flow purifier and its purifying gas flow |
| CN108187460A (en) * | 2016-12-08 | 2018-06-22 | 张黎明 | The method of air flow purifier and its purifying gas flow |
-
2015
- 2015-11-10 CN CN201520891996.XU patent/CN205351435U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106678909A (en) * | 2015-11-10 | 2017-05-17 | 江西金尚美环保科技有限公司 | Suspended matter collection and purification device and method |
| CN106678909B (en) * | 2015-11-10 | 2019-04-12 | 浙江金恩环保科技有限公司 | Suspended matter collection and purification device and its method |
| CN108187461A (en) * | 2016-12-08 | 2018-06-22 | 张黎明 | The method of air flow purifier and its purifying gas flow |
| CN108187460A (en) * | 2016-12-08 | 2018-06-22 | 张黎明 | The method of air flow purifier and its purifying gas flow |
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Effective date of registration: 20170824 Address after: 311201, room 3, building 3089, 108 South Road, Xintang street, Xiaoshan District, Zhejiang, Hangzhou Patentee after: Zhejiang King Environmental Protection Technology Co., Ltd. Address before: 334200, Shangrao, Jiangxi province Dexing City Tuen Industrial Zone Patentee before: JIANGXI JIN SHANG MEI ENVIRONMENTAL PROTECTION TECHNOLOGY CO., LTD. |
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