CN203749166U - Intelligent electric pressure cooker for flat-transmission photoelectric identifying inner containers - Google Patents
Intelligent electric pressure cooker for flat-transmission photoelectric identifying inner containers Download PDFInfo
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- CN203749166U CN203749166U CN201320816550.1U CN201320816550U CN203749166U CN 203749166 U CN203749166 U CN 203749166U CN 201320816550 U CN201320816550 U CN 201320816550U CN 203749166 U CN203749166 U CN 203749166U
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- inner bag
- electric pressure
- cooking saucepan
- courage body
- pressure cooking
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Abstract
The utility model relates to an intelligent electric pressure cooker for flat-transmission photoelectric identifying inner containers. The intelligent electric pressure cooker is provided with more than two electric heating apparatuses, and more than two inner containers with same diameter at the upper parts and different diameters at the lower parts; only one inner container is used during working every time; the inner containers with the different sizes are matched with the electric heating apparatuses having the corresponding sizes; an inner container detection device is provided with a transmitting sensor and a receiving sensor of a correlation optoelectronic switch at two offset sides of the outer unit of the electric pressure cooker; one group of corresponding transmitting sensors and receiving sensors are arranged at the same height. The intelligent electric pressure cooker can intelligently identify the inner containers with different sizes and shapes, automatically select corresponding heating power for cooking, save power, and simplify the using procedure of the electric pressure cookers, and is simple and convenient in operation, and especially suitable for use by the elderly, children and women.
Description
[technical field]
The utility model relates to a kind of electric-heating cooking utensil, particularly a kind of electric pressure cooking saucepan.
[background technology]
CN200910114535.0 " multistage integrated liner and full-featured electrothermal cooking utensil " patent of invention, the design of multistage inner bag is proposed: configure the multiple inner bags that vary in size to an electric pressure cooking saucepan, the segmentation progression difference of wherein each inner bag, the diameter difference of each section of courage body of inner bag, the diameter of each section of courage body of inner bag constantly reduces from Dan Tiwang bottom, top courage body, and every task only uses an inner bag.This invention product can be processed multiple food easily simultaneously, and dish is cooked, steamed in realization, one pot of Baoshang is ripe; Can meet unmarried, man and wife family or three Kou Ren nuclear families at ordinary times when reception friends and family under both of these case to the big or small visibly different demand of (amount of cooking etc.) cooking amount.
But, dispose the electric pressure cooking saucepan of the large small inner container of multiple differences, if dispose corresponding multiple electric hot tray simultaneously, during due to use electric pressure cooking saucepan, only use an inner bag at every turn, just exist the solution of the matching problem routine of How to choose inner bag and corresponding electric hot tray to be, increase multiple switches at electric pressure cooking saucepan shell, the different corresponding different inner bags and corresponding electric hot tray (adopting corresponding mode of heating) of switch, but too many switch uses inconvenient, is a burden to user (particularly old man).
[summary of the invention]
The purpose of this utility model is the above-mentioned deficiency that overcomes existing electric pressure cooking saucepan, and a kind of flat fire photoelectricity identification inner bag Intelligent electric pressure pot is provided.
The utility model proposes a kind of flat fire photoelectricity identification inner bag Intelligent electric pressure pot, comprise shell, outer pot, inner bag, electric calorifie installation and Circuits System, it is characterized in that this electric pressure cooking saucepan at least disposes 2 above electric calorifie installations that can generate heat respectively; This electric pressure cooking saucepan at least disposes that more than 2 topmost courage body diameter is identical, the different inner bag of bottom courage body diameter, and the diameter of each section of courage body of inner bag constantly reduces from Dan Tiwang bottom, top courage body; The foot courage body diameter of maximum inner bag and minimum inner bag differs more than 11 millimeters, and every task only uses an inner bag, and the inner bag of different sizes and the electric calorifie installation of corresponding size match; This electric pressure cooking saucepan at least disposes more than 1 group inner bag checkout gear, this inner bag checkout gear is separately installed with emission sensor and the receiving sensor of correlation optoelectronic switch in electric pressure cooking saucepan shell or the inclined to one side side of outer pot two, the line between corresponding emission sensor, receiving sensor and the vertical line at electric pressure cooking saucepan center apart from being greater than 36 millimeters, be less than inner bag topmost courage body diameter 1/2nd; One group of corresponding emission sensor is identical with receiving sensor installation site height.
The detection principle of the utility model inner bag checkout gear is by the detection of inner bag diameter is distinguished to different inner bags, and therefore, the utility model flat fire photoelectricity identification inner bag Intelligent electric pressure pot must the different inner bag of configuration more than 2 part courage body diameter.Because same electric pressure cooking saucepan uses unified sealing ring, for ensureing sealing property, the diameter of the topmost portion courage body of each inner bag of same electric pressure cooking saucepan must be identical; Therefore,, for detecting the different inner bag of identification, must manufacture distinguishing each different inner bags of diameter of other part courage bodies.The courage body diameter of different inner bags differs larger, just easily accurately detect, different inner bags for detection of the diameter that divides of courage body differ more than 11 millimeters.
The utility model proposes a kind of flat fire photoelectricity identification inner bag Intelligent electric pressure pot, every task only uses an inner bag, it is characterized in that an electric pressure cooking saucepan configures the multiple inner bags that vary in size, the diameter difference of each section of courage body of wherein each inner bag, the diameter of each section of courage body of inner bag constantly reduces from Dan Tiwang bottom, top courage body.Electric pressure cooking saucepan outer pot sidewall is longitudinal, when many group inner bag checkout gears are installed on outer pot, must longitudinally arrange, arranges one group of inner bag checkout gear as each in upper and lower (or in upper, middle and lower) each position.Only have the diameter that is designed to each section of courage body of inner bag at each inner bag is constantly reduced from Dan Tiwang bottom, top courage body, could allow the courage body diameter of each position, upper, middle and lower be detected successively and distinguish by inner bag checkout gear respectively, be that large inner bag is detected by the inner bag checkout gear at upper position, middle inner bag detects at the inner bag checkout gear of medium position, and small inner container detects at the inner bag checkout gear of lower position.
The utility model proposes a kind of flat fire photoelectricity identification inner bag Intelligent electric pressure pot, it is characterized in that described inner bag checkout gear has power on/off device.Inner bag checkout gear itself has power on/off device and power on/off function, can simplified design.
The utility model proposes a kind of flat fire photoelectricity identification inner bag Intelligent electric pressure pot, it is characterized in that the circuit design of described photoelectricity identification inner bag Intelligent electric pressure pot becomes the inner bag of different sizes and the electric calorifie installation of corresponding size to match.Inner bag and the electric calorifie installation of the utility model flat fire photoelectricity identification inner bag Intelligent electric pressure pot configuration equivalent amount, can make the inner bag of different sizes mate with the electric calorifie installation (as electrothermal tube) of corresponding size.Avoid small inner container to join the waste electrical phenomena of large electrothermal tube, can using electricity wisely.On small inner container circuit, there is little electrothermal tube, on middle inner bag circuit, have middle electrothermal tube, on large inner bag circuit, have large electrothermal tube; Thereby between the different inner bag of privileged site diameter and different electrothermal tube power, set up associated one to one.
Explanation of nouns: large inner bag is an overall courage body, regardless of each section of courage body; Side refers to that the line of corresponding two sides is without the side of electric pressure cooking saucepan central point partially; Be greater than, be less than and include given figure.
The flat fire photoelectricity identification inner bag Intelligent electric pressure pot that the utility model provides, can automatically carry out intellectuality identification to the inner bag of different sizes, shape, and automatically select corresponding heating power to cook, energy using electricity wisely, simplify electric pressure cooking saucepan service routine, simple, convenient, be particularly suitable for old man, child and women and use.
[brief description of the drawings]
Fig. 1 is (two inner bags of configuration) the electric pressure cooking saucepan planar structure schematic diagram that is placed with large inner bag; Fig. 2 is the vertical face structural representation of (two inner bags of configuration) electric pressure cooking saucepan that is placed with large inner bag; Fig. 3 is (two inner bags of configuration) the electric pressure cooking saucepan planar structure schematic diagram that is placed with secondary small inner container; Fig. 4 is the vertical face structural representation of (two inner bags of configuration) electric pressure cooking saucepan that is placed with secondary small inner container; Fig. 5 is (three inner bags of configuration) the electric pressure cooking saucepan planar structure schematic diagram that is placed with three grades of small inner containers; Fig. 6 is the vertical face structural representation of (three inner bags of configuration) electric pressure cooking saucepan that is placed with three grades of small inner containers; Wherein: outer pot 1, large inner bag 2, emission sensor 3, receiving sensor 4, optical link 5, small inner container 6, middle inner bag 7, (on) emission sensor 8, (on) receiving sensor 9, (on) optical link 10.
Fig. 7 is (two inner bags of configuration) electric pressure cooking saucepan circuit diagram; Fig. 8 is (three inner bags of configuration) electric pressure cooking saucepan circuit diagram.Wherein: master switch K1, heat-insulation switch K2, comprehensive automatic clock switch K3, optoelectronic switch K5, (on) optoelectronic switch K6, fuse T, little heat-generating pipe R1, middle heat-generating pipe R2, large heat-generating pipe R3.
[detailed description of the invention]
Embodiment mono-
Referring to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 7, the present embodiment photoelectricity identification inner bag Intelligent electric pressure pot comprises 2 inner bag and 2 big or small electrothermal tubes that can generate heat respectively that part position diameter is different, inner bag is placed in outer pot 1, and emission sensor 4 and the receiving sensor 5 of optoelectronic switch is equipped with respectively in 1 liang of inclined to one side side of outer pot; The vertical line distance at the line between emission sensor, receiving sensor and electric pressure cooking saucepan center is 50 millimeters.After master switch K1 and comprehensive automatic clock switch K3 open, little heat-generating pipe R1 conducting heating; In the time being placed with large inner bag 2 in outer pot 1, (see Fig. 1, Fig. 2, Fig. 7), optical link 5 between emission sensor 3 and receiving sensor 4 is stopped by large inner bag 2, IR cannot pass through, and therefore normal open optoelectronic switch K5 is failure to actuate, and large electrothermal tube R3 is in on-state; When electric pressure cooking saucepan uses large inner bag, connect large electrothermal tube R3 and little heat-generating pipe R1 simultaneously, form the corresponding relation of large inner bag and large and small heat-generating pipe.When electric pressure cooking saucepan uses small inner container 6 (seeing Fig. 3, Fig. 4, Fig. 7), optical link 5 between emission sensor 3 and receiving sensor 4 is unobstructed, and normal open optoelectronic switch K5 action, disconnects large electrothermal tube R3, only open little heat-generating pipe R1, form the corresponding relation of small inner container and little heat-generating pipe.Thereby between the different inner bag of privileged site diameter and different electrothermal tube power, set up associated one to one.
Embodiment bis-
Referring to Fig. 5, Fig. 6, Fig. 8, the present embodiment photoelectricity identification inner bag Intelligent electric pressure pot comprises the different large, medium and small inner bag of 3 part position diameters, the large, medium and small electrothermal tube that 3 can be generated heat respectively, inner bag is placed in outer pot 1, and emission sensor and the receiving sensor of optoelectronic switch is equipped with respectively in 1 liang of inclined to one side side of outer pot; The vertical line distance at the line between emission sensor, receiving sensor and electric pressure cooking saucepan center is 55 millimeters.After master switch K1 and comprehensive automatic clock switch K3 open, little heat-generating pipe R1 conducting heating.In the time being placed with large inner bag 2 in outer pot 1, the optical link 5,10 between emission sensor 3,8 and receiving sensor 4,9 all stops by large inner bag 2, and normal open optoelectronic switch K5, K6 are failure to actuate, and large electrothermal tube R3 and middle electrothermal tube R2 are all in on-state; When electric pressure cooking saucepan uses large inner bag, connect large electrothermal tube R3, middle electrothermal tube R2 and little heat-generating pipe R1 simultaneously, form the corresponding relation of large inner bag and large, medium and small heat-generating pipe.When electric pressure cooking saucepan uses small inner container 6, optical link 5,10 between emission sensor 3,8 and receiving sensor 4,9 is unobstructed, and normal open optoelectronic switch K5, K6 action, disconnects respectively large electrothermal tube R3 and middle electrothermal tube R2, only open little heat-generating pipe R1, form the corresponding relation of small inner container and little heat-generating pipe.In the time being placed with middle inner bag 7 in outer pot 1, in optical link 10 quilts between emission sensor 8 and receiving sensor 9, inner bag 7 stops, the optical link 5 between emission sensor 3 and receiving sensor 4 is unobstructed, and normal open optoelectronic switch K5 action, disconnects large electrothermal tube R3; Normal open optoelectronic switch K6 is failure to actuate, and middle electrothermal tube R2 is in on-state; Electrothermal tube R2 and little heat-generating pipe R1 in connecting when inner bag during electric pressure cooking saucepan uses simultaneously, the corresponding relation of inner bag and middle or small heat-generating pipe in formation.Thereby between the different inner bag of privileged site diameter and different electrothermal tube power, set up associated one to one.
Claims (2)
1. a flat fire photoelectricity identification inner bag Intelligent electric pressure pot, comprises shell, outer pot, inner bag, electric calorifie installation and Circuits System, it is characterized in that this electric pressure cooking saucepan at least disposes 2 above electric calorifie installations that can generate heat respectively; This electric pressure cooking saucepan at least disposes that more than 2 topmost courage body diameter is identical, the different inner bag of bottom courage body diameter, and the diameter of each section of courage body of inner bag constantly reduces from Dan Tiwang bottom, top courage body; The foot courage body diameter of maximum inner bag and minimum inner bag differs more than 11 millimeters, and every task only uses an inner bag, and the inner bag of different sizes and the electric calorifie installation of corresponding size match; This electric pressure cooking saucepan at least disposes more than 1 group inner bag checkout gear, this inner bag checkout gear is separately installed with emission sensor and the receiving sensor of correlation optoelectronic switch in electric pressure cooking saucepan shell or the inclined to one side side of outer pot two, the line between corresponding emission sensor, receiving sensor and the vertical line at electric pressure cooking saucepan center apart from being greater than 36 millimeters, be less than inner bag topmost courage body diameter 1/2nd; One group of corresponding emission sensor is identical with receiving sensor installation site height.
2. flat fire photoelectricity according to claim 1 identification inner bag Intelligent electric pressure pot, it is characterized in that different inner bags for detection of the diameter that divides of courage body differ more than 11 millimeters.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320816550.1U CN203749166U (en) | 2013-12-13 | 2013-12-13 | Intelligent electric pressure cooker for flat-transmission photoelectric identifying inner containers |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320816550.1U CN203749166U (en) | 2013-12-13 | 2013-12-13 | Intelligent electric pressure cooker for flat-transmission photoelectric identifying inner containers |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203749166U true CN203749166U (en) | 2014-08-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320816550.1U Withdrawn - After Issue CN203749166U (en) | 2013-12-13 | 2013-12-13 | Intelligent electric pressure cooker for flat-transmission photoelectric identifying inner containers |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203749166U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103622544A (en) * | 2013-12-13 | 2014-03-12 | 广西大学 | Intelligent electric pressure cooker capable of identifying liners through flat light |
-
2013
- 2013-12-13 CN CN201320816550.1U patent/CN203749166U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103622544A (en) * | 2013-12-13 | 2014-03-12 | 广西大学 | Intelligent electric pressure cooker capable of identifying liners through flat light |
| CN103622544B (en) * | 2013-12-13 | 2015-12-02 | 广西大学 | Flat fire photoelectricity identification inner bag Intelligent electric pressure cooker |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140806 Effective date of abandoning: 20151202 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |