CN104905672A - Full-automatic integrated heating device for food material - Google Patents
Full-automatic integrated heating device for food material Download PDFInfo
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- CN104905672A CN104905672A CN201510374264.8A CN201510374264A CN104905672A CN 104905672 A CN104905672 A CN 104905672A CN 201510374264 A CN201510374264 A CN 201510374264A CN 104905672 A CN104905672 A CN 104905672A
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Abstract
The invention discloses a full-automatic integrated heating device for food material. The full-automatic integrated heating device comprises a measuring and cleaning layer (A), a filtering layer (B) and a heating layer (C), all of which are sequentially arranged from the top to the bottom. The measuring and cleaning layer (A) comprises a food material storage cavity (1), a first electromagnetic switch (2), a pressure sensor (3), a flushing cover (4) and a flushing faucet with a water inlet pipeline (7). The filtering layer (B) comprises an enclosed cavity (6), a second electromagnetic switch (8), a third electromagnetic switch (9), a water outlet pipeline (10) and a rectangular frame (15) composed of four side walls. The heating layer (C) is internally provided with a heater (12). The full-automatic integrated heating device for food material is novel in conception and ingenious in design and has integrated functions of quantifying, cleaning and heating food material so that full automation is achieved and convenience is brought up to the life.
Description
Technical field
The present invention relates to a kind of device for food heating, belong to daily living article technical field.
Background technology
Existing food materials before heating, are all by manually determining food materials component, then after manual cleaning is clean, puts into heater and heat.If the food materials component chosen is different at every turn, then rare difference done by the food finally made, and mouthfeel is also far from each other; On the other hand, all need before each heating manually to determine component and cleaning food materials, bother very much.
Summary of the invention
The present invention aim to provide a kind of collect food materials quantitatively, clean and calorify the full-automatic integrated food heating device of one.
In order to achieve the above object, the full-automatic integrated food heating device of one provided by the invention, comprise and measuring and cleaning layer (A), filter course (B) and zone of heating (C), three sets gradually from top to bottom;
Described measure and cleaning layer (A) comprise food materials store chamber (1), first electromagnetic switch (2), pressure sensor (3), rinse cover (4), the flushing tap of band inlet pipeline (7), the bottom that described food materials store chamber (1) is funnelform discharging opening, described flushing cover (4) to be positioned at immediately below discharging opening and to be covered by discharging opening, described first electromagnetic switch (2) is for controlling the opening and closing of discharging opening, described pressure sensor (3) is for measuring the food materials amount in food materials storage chamber (1), thus ensure that the food materials falling filter course (B) from food materials storage chamber (1) are setting value, described flushing tap stretches into rinse in cover (4) and carries out flushing only to food materials,
Described filter course (B) comprises enclosed cavity (6), second electromagnetic switch (8), 3rd electromagnetic switch (9), outlet pipeline (10), the rectangle frame (15) be only made up of four sidewalls, described flushing cover (4) is placed in enclosed cavity (6), the bottom of enclosed cavity (6) is provided with closing in portion, described rectangle frame (15) is positioned at immediately below closing in portion, described second electromagnetic switch (8) is nested in the 3rd electromagnetic switch (9), and second, 3rd electromagnetic switch (8, 9) movable part all can pass rectangle frame (15) sidewall and stretch in rectangle frame (15), the top of the movable part of the 3rd electromagnetic switch (9) is provided with filter screen (9a), the sidewall of rectangle frame (15) is provided with delivery port, one end of described outlet pipeline (10) is connected on delivery port, the other end is received outside food heating device, the movable part of the second electromagnetic switch (8) is installed with just to the plug of delivery port, when the movable part of the second electromagnetic switch (8) stretches in rectangle frame (15), delivery port is blocked by plug just in time (8), when the movable part of the second electromagnetic switch (8) exits the inner chamber of rectangle frame (15), water in enclosed cavity (6) can flow to outlet pipeline (10) through delivery port, when the movable part of the 3rd electromagnetic switch (9) stretches in rectangle frame (15), described filter screen (9a) just falls into zone of heating (C) to closing in portion to stop food materials, when the movable part of the 3rd electromagnetic switch (9) exits the inner chamber of rectangle frame (15), food materials can fall into zone of heating (C),
Heater (12) is provided with in described zone of heating (C), described inlet pipeline (7) is provided with flowmeter (17) with after ensureing that food materials have filtered, by inlet pipeline (7) through rinsing tap, the water yield that flows in heater (12) of filter course (B) is flux matched with the food materials added.
Preferred as such scheme, water spilage tray (11) is provided with between the standing part of described 3rd electromagnetic switch (9) and rectangle frame (15), and water spilage tray (11) is positioned at the below of the movable part of the 3rd electromagnetic switch (9), the top of the movable part of the second electromagnetic switch (8) has the guiding gutter (5) of inclination, the front side wall of the 3rd electromagnetic switch (9) movable part has sweptback guiding gutter (5), the rear wall of the 3rd electromagnetic switch (9) movable part has the guiding gutter (5) turned forward, the water respectively electromagnetic switch movable part being stained with band imports in water spilage tray (11), picked out by additional outlet pipeline (13) again, in time by second, the water 3rd electromagnetic switch movable part being stained with band is drawn, ensure that full-automatic integrated food heating device is inner dry, improve the service life of full-automatic integrated food heating device.
Further, described cleaning layer (A), filter course (B) and zone of heating (C) are placed in same closure casing (D), the top of closure casing (D) is equipped with top cover (14) to store chamber (1) for hiding food materials, and the rear end of top cover (14) is hinged on the rear wall of closure casing (D); The front of described closure casing (D) is equipped with front side cap (16) for hiding zone of heating (C), and the lower end of front side cap (16) is hinged on the base plate of closure casing (D).Closure is set, makes associative perception stronger, easy cleaning and management simultaneously.
In addition, described inlet pipeline (7) accesses from the rear of closure casing (D), outlet pipeline (10), additional outlet pipeline (13) pick out from the rear of closure casing (D) after converging, and are convenient to integral arrangement.
Beneficial effect of the present invention: novel, design ingenious, collection food materials quantitatively, clean and calorify one, achieve full-automation, it is convenient to bring to life.
Accompanying drawing explanation
Fig. 1 is whole structure figure of the present invention.
Fig. 2 is the schematic diagram after Fig. 1 removes partially enclosed shell.
Fig. 3 measures and the structural representation of cleaning layer.
Fig. 4 is the decomposing schematic representation of Fig. 3.
Fig. 5 is the structural representation of filter course.
Fig. 6 is the decomposing schematic representation of Fig. 4.
State diagram when Fig. 7 is the second electromagnetic switch, the 3rd electromagnetic switch is closed.
Fig. 8 is another stereogram of Fig. 7.
State diagram when Fig. 9 is the second electromagnetic switch, the 3rd electromagnetic switch is opened.
Figure 10 is the structural representation of zone of heating.
Detailed description of the invention
Below by embodiment, and by reference to the accompanying drawings, technical scheme of the present invention is further described in detail:
Composition graphs 1---the full-automatic integrated food heating device shown in Fig. 2, primarily of measure and cleaning layer A, filter course B and zone of heating C three parts composition, three sets gradually from top to bottom.Preferably, cleaning layer A, filter course B and zone of heating C are placed in same closure casing D.
Shown in composition graphs 3, Fig. 4, to measure and cleaning layer A stores chamber 1, first electromagnetic switch 2, pressure sensor 3 primarily of food materials, rinses the flushing tap (not shown) composition of cover 4, band inlet pipeline 7.Food materials store chamber 1 for storing food materials, and can repeatedly use after being filled with, be funnelform discharging opening bottom it, and food materials store chamber 1 and drop out from discharging opening.Rinse cover 4 to be positioned at immediately below discharging opening and to be covered by discharging opening, rinse from discharging opening food materials out at flushing cover 4, anti-sealing and food materials splashes, rinse cover 4 and be preferably cylindrical shape.First electromagnetic switch 2 is for controlling the opening and closing of discharging opening, and pressure sensor 3 for measuring the food materials amount in food materials storage chamber 1, thus ensures that the food materials falling filter course B from food materials storage chamber 1 are setting value.
Whole full-automatic integrated food heating device is also equipped with automatically controlled part, after system starts at every turn, first pressure sensor 3 detects initial pressure, along with food materials store the continuous minimizing of food materials in chamber 1, the force value that pressure sensor 3 detects also constantly reduces, when the difference of initial pressure and real-time pressure reaches the numerical value of setting, automatically controlled part sends signal to the first electromagnetic switch 2, and discharging opening is closed by the first electromagnetic switch 2.
Rinse tap to stretch in flushing cover 4, food materials are rinsed.Electromagnetic switch is divided into standing part and movable part, assigning to realize opening and closing, being one of conventional gauge tap, not repeating them here by controlling moving part.
Preferably, it is rectangle that food materials store chamber 1, pressure sensor 3 totally four, is separately positioned on four angle position places bottom food materials storage chamber 1.The quantity of pressure sensor 3 is not limited to four, also can be two, arranges in diagonal, or other set-up mode.
Shown in composition graphs 5-Fig. 9, filter course B is made up of enclosed cavity 6, second electromagnetic switch 8, the 3rd electromagnetic switch 9, outlet pipeline 10, rectangle frame 15 etc.Rectangle frame 15 is only made up of four sidewalls, the top of enclosed cavity 6 has and the hole rinsing cover 4 outline, and rinse cover 4 and be placed in enclosed cavity 6, the bottom of enclosed cavity 6 is provided with closing in portion, make food materials directly import closing in portion after rinsing, rectangle frame 15 is positioned at immediately below closing in portion.
Second electromagnetic switch 8 is nested in the 3rd electromagnetic switch 9, and the standing part of the second electromagnetic switch 8 and the 3rd electromagnetic switch 9 is preferably wholely set, and the movable part of second, third electromagnetic switch 8,9 all can stretch in rectangle frame 15 through rectangle frame 15 sidewall.The top of the movable part of the 3rd electromagnetic switch 9 is provided with filter screen 9a, the sidewall of rectangle frame 15 is provided with delivery port, an end of outlet pipeline 10 is connected on delivery port, and the other end is received outside food heating device.The movable part of the second electromagnetic switch 8 is installed with just to the plug of delivery port, when the movable part of the second electromagnetic switch 8 stretches in rectangle frame 15, delivery port just in time 8 is blocked by plug; When the movable part of the second electromagnetic switch 8 exits the inner chamber of rectangle frame 15, the water of enclosed cavity 6 can flow to outlet pipeline 10 through delivery port, and food materials are blocked on above filter screen 9a, thus food materials and moisture is left.When the movable part of the 3rd electromagnetic switch 9 stretches in rectangle frame 15, filter screen 9a just falls into zone of heating C to closing in portion to stop food materials, and when the movable part of the 3rd electromagnetic switch 9 exits the inner chamber of rectangle frame 15, food materials can fall into zone of heating C.First control the movable part of the second electromagnetic switch 8, make it exit the inner chamber of rectangle frame 15, make the water in food materials complete through delivery port stream, and food materials are blocked on above filter screen 9a; Control the movable part of the 3rd electromagnetic switch 9 again, make it exit the inner chamber of rectangle frame 15, food materials can fall into zone of heating C.The movable part of the second electromagnetic switch 8, the 3rd electromagnetic switch 9 plays the effect of piston, return spring is provided with between standing part and movable part, the coil electricity of electromagnetic switch standing part produces magnetic field, movable part moves towards standing part under the effect of magnetic force, after power-off, movable part gets back to initial position under the effect of return spring.Second electromagnetic switch 8 is nested in the 3rd electromagnetic switch 9, forms the nested structure of two pistons.First electromagnetic switch 8 is made up of standing part, movable part and return spring equally.
Preferably, between the standing part of the 3rd electromagnetic switch 9 and rectangle frame 15, be provided with water spilage tray 11, and water spilage tray 11 is positioned at the below of the movable part of the 3rd electromagnetic switch 9.The top of the movable part of the second electromagnetic switch 8 has the guiding gutter 5 of inclination, the front side wall of the movable part of the 3rd electromagnetic switch 9 has sweptback guiding gutter 5, the rear wall of the movable part of the 3rd electromagnetic switch 9 has the guiding gutter 5 turned forward, the water respectively second, third electromagnetic switch 8,9 movable part being stained with band imports in water spilage tray 11, then is picked out by additional outlet pipeline 13.
As shown in Figure 10, heater 12 is provided with in zone of heating C.Shown in composition graphs 2, Fig. 6, inlet pipeline 7 is provided with flowmeter 17 with after ensureing that food materials have filtered, flux matched with the food materials added through the water yield of rinsing tap, filter course B flows in heater 12 by inlet pipeline 7.The water used in flushing process is all discharged through outlet pipeline 10, and after having rinsed, food materials fall into heater 12 again, and the water simultaneously added from inlet pipeline 7 also flows into heater 12, and afterwards, the second electromagnetic switch 8 and the 3rd electromagnetic switch 9 get back to original state.
Shown in composition graphs 1, Fig. 2, Fig. 6, preferably, inlet pipeline 7 accesses from the rear of closure casing D, and outlet pipeline 10, additional outlet pipeline 13 pick out from the rear of closure casing D after converging.
Shown in composition graphs 1, Fig. 3, Fig. 4, the top of closure casing D is equipped with top cover 14 to store chamber 1 for hiding food materials, and the rear end of top cover 14 is hinged on the rear wall of closure casing D.The front of closure casing D is equipped with front side cap 16 for hiding zone of heating C, and the lower end of front side cap 16 is hinged on the base plate of closure casing D.
Claims (5)
1. a full-automatic integrated food heating device, is characterized in that: comprise and measuring and cleaning layer (A), filter course (B) and zone of heating (C), three sets gradually from top to bottom;
Described measure and cleaning layer (A) comprise food materials store chamber (1), first electromagnetic switch (2), pressure sensor (3), rinse cover (4), the flushing tap of band inlet pipeline (7), the bottom that described food materials store chamber (1) is funnelform discharging opening, described flushing cover (4) to be positioned at immediately below discharging opening and to be covered by discharging opening, described first electromagnetic switch (2) is for controlling the opening and closing of discharging opening, described pressure sensor (3) is for measuring the food materials amount in food materials storage chamber (1), thus ensure that the food materials falling filter course (B) from food materials storage chamber (1) are setting value, described flushing tap stretches into rinse in cover (4) and rinses food materials,
Described filter course (B) comprises enclosed cavity (6), second electromagnetic switch (8), 3rd electromagnetic switch (9), outlet pipeline (10), the rectangle frame (15) be only made up of four sidewalls, described flushing cover (4) is placed in enclosed cavity (6), the bottom of enclosed cavity (6) is provided with closing in portion, described rectangle frame (15) is positioned at immediately below closing in portion, described second electromagnetic switch (8) is nested in the 3rd electromagnetic switch (9), and second, 3rd electromagnetic switch (8, 9) movable part all can pass rectangle frame (15) sidewall and stretch in rectangle frame (15), the top of the movable part of the 3rd electromagnetic switch (9) is provided with filter screen (9a), the sidewall of rectangle frame (15) is provided with delivery port, one end of described outlet pipeline (10) is connected on delivery port, the other end is received outside food heating device, the movable part of the second electromagnetic switch (8) is installed with just to the plug of delivery port, when the movable part of the second electromagnetic switch (8) stretches in rectangle frame (15), delivery port is blocked by plug just in time (8), when the movable part of the second electromagnetic switch (8) exits the inner chamber of rectangle frame (15), water in enclosed cavity (6) can flow to outlet pipeline (10) through delivery port, when the movable part of the 3rd electromagnetic switch (9) stretches in rectangle frame (15), described filter screen (9a) just falls into zone of heating (C) to closing in portion to stop food materials, when the movable part of the 3rd electromagnetic switch (9) exits the inner chamber of rectangle frame (15), food materials can fall into zone of heating (C),
Heater (12) is provided with in described zone of heating (C), described inlet pipeline (7) is provided with flowmeter (17) with after ensureing that food materials have filtered, by inlet pipeline (7) through rinsing tap, the water yield that flows in heater (12) of filter course (B) is flux matched with the food materials added.
2. according to full-automatic integrated food heating device according to claim 1, it is characterized in that: between the standing part of described 3rd electromagnetic switch (9) and rectangle frame (15), be provided with water spilage tray (11), and water spilage tray (11) is positioned at the below of the movable part of the 3rd electromagnetic switch (9), the top of the movable part of the second electromagnetic switch (8) has the guiding gutter (5) of inclination, the front side wall of the 3rd electromagnetic switch (9) movable part has sweptback guiding gutter (5), the rear wall of the 3rd electromagnetic switch (9) movable part has the guiding gutter (5) turned forward, the water respectively electromagnetic switch movable part being stained with band imports in water spilage tray (11), picked out by additional outlet pipeline (13) again.
3. according to the full-automatic integrated food heating device described in claim 1 or 2, it is characterized in that: described cleaning layer (A), filter course (B) and zone of heating (C) are placed in same closure casing (D), the top of closure casing (D) is equipped with top cover (14) to store chamber (1) for hiding food materials, and the rear end of top cover (14) is hinged on the rear wall of closure casing (D); The front of described closure casing (D) is equipped with front side cap (16) for hiding zone of heating (C), and the lower end of front side cap (16) is hinged on the base plate of closure casing (D).
4. according to full-automatic integrated food heating device according to claim 3, it is characterized in that: described inlet pipeline (7) accesses from the rear of closure casing (D), outlet pipeline (10), additional outlet pipeline (13) pick out from the rear of closure casing (D) after converging.
5. according to full-automatic integrated food heating device according to claim 1, it is characterized in that: it is rectangle that described food materials store chamber (1), pressure sensor (3) totally four, is separately positioned on four angle position places that food materials store bottom, chamber (1).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510374264.8A CN104905672B (en) | 2015-07-01 | 2015-07-01 | Full-automatic integrated heating device for food material |
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| CN201510374264.8A CN104905672B (en) | 2015-07-01 | 2015-07-01 | Full-automatic integrated heating device for food material |
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| CN104905672A true CN104905672A (en) | 2015-09-16 |
| CN104905672B CN104905672B (en) | 2017-03-22 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105395033A (en) * | 2015-10-21 | 2016-03-16 | 杜长江 | Full-automatic integrated food material heating control method |
| CN105725727A (en) * | 2016-03-30 | 2016-07-06 | 苏州合欣美电子科技有限公司 | Electronically-controlled cooking pot |
| CN107928390A (en) * | 2017-12-26 | 2018-04-20 | 重庆凡匠科技有限公司 | A kind of food materials cooking equipment |
| CN108580376A (en) * | 2017-12-26 | 2018-09-28 | 重庆凡匠科技有限公司 | A kind of construction of switch of food materials cleaning equipment |
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| CN104905672B (en) | 2017-03-22 |
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