CN209231034U - A kind of multiple spot detection type catchment cup - Google Patents
A kind of multiple spot detection type catchment cup Download PDFInfo
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- CN209231034U CN209231034U CN201821340095.1U CN201821340095U CN209231034U CN 209231034 U CN209231034 U CN 209231034U CN 201821340095 U CN201821340095 U CN 201821340095U CN 209231034 U CN209231034 U CN 209231034U
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Abstract
A kind of multiple spot detection type catchment cup, is provided with catchment cup ontology, oil mass detection device and oil mass display apparatus；Oil mass detection device is connect with catchment cup ontology, oil mass display apparatus respectively；Oil mass detection device is provided with the first detection components；The end of probe of first detection components is set to the pedestal of catchment cup ontology, and the end of probe of the first detection components is provided with multiple；The inner wall surface area of pedestal is SBottom, the end of probe gross area of the first detection components is SFirst detection, SFirst detection≤SBottom；The maximum distance of pedestal is DBottom；The end of probe relative distance of first detection components is DFirst detection；0.5DBottom≤DFirst detection≤DBottom；The intrinsic oil mass of catchment cup, and the oil mass information that will test are detected by multiple spot in the test side of oil mass detection device, are transmitted to oil mass display apparatus；When in use, real-time oil mass can be carried out to the greasy dirt in catchment cup to show, and user can be reminded when oil mass reaches maximum, be convenient for people to use.
Description
Technical field
The utility model relates to kitchen utensils technical fields, more particularly to a kind of multiple spot detection type catchment cup.
Background technique
Kitchen ventilator is a kind of electric appliance for purifying kitchen environment, is played an important role in daily life.In use, part
Oil smoke can be taken away by the exhausting component of kitchen ventilator, but there are also the oil smoke of part can be set on smoke machine outer cover, therefore people are logical
It often will be installed the greasy dirt that a catchment cup collects the reflux of smoke machine cover part.
In the prior art, whether full most catchment cup people can only often observe by the naked eye greasy dirt in resolution catchment cup.
But with the quickening pace of modern life, people often forget to clear up catchment cup, this is easy for causing in catchment cup
Greasy dirt exudation, and then secondary pollution is caused to the environment in kitchen.
Therefore, in view of the shortcomings of the prior art, providing a kind of multiple spot detection type catchment cup to overcome the deficiencies of the prior art very
It is necessary.
Utility model content
The purpose of this utility model is that a kind of multiple spot detection type catchment cup is provided in place of avoiding the deficiencies in the prior art,
The multiple spot detection type catchment cup can detect multiple spot to the greasy dirt amount in catchment cup, improve the accuracy of detection.
The above-mentioned purpose of the utility model is realized by following technological means.
A kind of multiple spot detection type catchment cup is provided, the intrinsic oil mass information of catchment cup is detected by multipoint system, and will
The oil mass information detected is transmitted.
It is provided with catchment cup ontology, oil mass detection device and oil mass display apparatus；The end of probe of oil mass detection device is set
It is placed in catchment cup ontology, the connection of the output end and oil mass display apparatus of oil mass detection device.
Oil mass detection device detects the oil mass information in catchment cup by multiple spot, and the information that will test is sent to oil mass
Display device.
Preferably, oil mass detection device is provided with the first detection components；The end of probe of first detection components is set to oil-collecting
The pedestal of cup ontology, the end of probe of the first detection components is provided with multiple.
Preferably, the inner wall surface area of pedestal is SBottom, the first detection components are set as fexible film pressure sensor, flexible
The end of probe of diaphragm pressure sensor is detection film；The end of probe gross area of first detection components is SFirst detection, SFirst detection≤SBottom；
Selection pedestal any two points connect the line segment to be formed between two o'clock with straight line, the longest line of length in the line segment between all two o'clocks
Segment length is defined as the maximum distance D of pedestalBottom, the spacing between any two end of probe of the first detection components is DFirst detection,
0.5DBottom≤DFirst detection≤DBottom。
Preferably, oil mass detection device is additionally provided with the second detection components；The end of probe of second detection components is provided with more
It is a；The end of probe of second detection components is set to the interior wall of cup of catchment cup ontology, and the output end and oil mass of the second detection components are aobvious
Showing device connection；Second detection components are set as fexible film pressure sensor, and the end of probe of fexible film pressure sensor is
Detect film；The inner wall surface area of wall of cup is SWall, the end of probe gross area of the second detection components is SSecond detection,0.3SWall≤SSecond detection
≤SWall。
Preferably, oil mass detection device is additionally provided with third detection components, and catchment cup ontology is provided with pedestal, wall of cup, use
In the fixing piece connecting with smoke exhaust ventilator outer cover, the both ends of wall of cup are tightly connected with pedestal, fixing piece respectively, and cup wall interior is formed
There is a glass chamber.
Preferably, the end of probe of third detection components is set to fixing piece, and the output end and oil mass of third detection components are aobvious
Showing device electrical connection.
The one end for being used to connect with fixing piece in wall of cup is defined as cup-mouth end.
It is additionally provided with alarm device, oil mass detection device is additionally provided with the 4th detection components, the detection of the 4th detection components
End is set to cup-mouth end, and the output end of the 4th detection components is connect with oil mass display apparatus, alarm device respectively.
The gross area of the end of probe of 4th detection components is defined as S4th detection, the area of cup-mouth end is defined as SRim of a cup；
0.3SRim of a cup≤S4th detection≤SRim of a cup。
Preferably, cup-mouth end is provided with the full transitioning component of oil；The full transitioning component of oil is set as first annular, the second annular
Piece, external ring；With the plane where cup-mouth end for the first plane, under the gravity direction with catchment cup ontology is, with catchment cup sheet
The gravity opposite direction of body be it is upper, the direction with the cup chamber of catchment cup be it is interior, the opposite direction with the cup chamber of catchment cup is outer.
The both ends of external ring are connect with first annular one end, one end of the second ring segment respectively, and external ring is set as
The Extendible flake upwardly extended along the upper surface of cup-mouth end, the development length of external ring are HExternal ring, 0 < HExternal ring< 1cm.
First annular is set as extending internally along the inner wall of cup-mouth end, and development length is H1Extendible flake, the second ring
Shape piece is set as extending internally along first annular upper surface, and development length is H2Extendible flake；In the minimum of cup-mouth end
Wall diameter is HRim of a cup；Second ring segment and the angle of the first plane are β；H1< cos β H2< 0.5HRim of a cup；First annular and second
Direction is formed with greasy dirt adapter cavity on cup chamber between ring segment, external ring.
Preferably, pedestal is provided with the first stroma layer, the second stroma layer, stroma outer wall, the first stroma layer and the second stroma
Layer is connect with stroma outer wall respectively, and is formed with stroma cavity between the first stroma layer and the second stroma layer；First stroma layer is set
It is set to flexible layer stroma layer；Flexible layer stroma layer is set as the rubber plastic bed of material or oleophobic property paper or oleophobic leather layer；First detection
The end of probe of component is set to stroma cavity.Or
Another preferred, wall of cup is provided with first glass of layer, second glass of layer；Son is formed between first glass of layer and second glass of layer
Chamber；First glass of layer is set as flexible cup layer；Flexible cup layer is set as the rubber plastic bed of material or oleophobic property paper or oleophobic leather layer；Second
The end of probe of detection components is set to sub- chamber.
Third detection components, the 4th detection components are set as fexible film pressure sensor, and fixing piece is set as screwing card
Button.
Preferably, alarm device is set as LED light strip, buzzer, lamp bead or LED display.
The multiple spot detection type catchment cup of the utility model detects the intrinsic oil mass information of catchment cup by multipoint system,
And the oil mass information that will test is transmitted.The multiple spot detection type catchment cup when in use, is improved to the oil in catchment cup
Detection accuracy is measured, while detection error caused by avoiding catchment cup in run-off the straight.
Detailed description of the invention
The utility model is further described using attached drawing, but the content in attached drawing is not constituted to the utility model
Any restrictions.
Fig. 1 is the structural schematic diagram of the utility model embodiment 1.
Fig. 2 is the catchment cup body construction schematic diagram of the utility model embodiment 1.
Fig. 3 is the catchment cup body construction schematic diagram of the utility model embodiment 2.
Fig. 4 is the structural schematic diagram of the utility model embodiment 3.
Fig. 5 is the catchment cup body construction schematic diagram of the utility model embodiment 4.
Fig. 6 is the structural schematic diagram of the utility model embodiment 5.
Fig. 7 is the structural schematic diagram of this practical embodiment 6.
Fig. 8 is the structural schematic diagram of catchment cup ontology in the utility model embodiment 7.
Fig. 9 is the structural schematic diagram of the full transitioning component of oil in the utility model embodiment 7.
In Fig. 1 into Fig. 9, comprising:
Catchment cup ontology 100,
Pedestal 101, the first stroma layer 1011, the second stroma layer 1012, stroma outer wall 1013, stroma cavity 1014；
102, first glasss of wall of cup 1021, second glasss of layer layer 1022, sub- chamber 1023；
Oil full transitioning component 1024, first annular 1025, second ring segment 1026, external ring 1027, greasy dirt adapter cavity
1028；
Fixing piece 103, cup chamber 1031；
Oil mass detection device 200, the first detection components 201, the second detection components 202, third detection components 203 the 4th are examined
Survey component 204；
Oil mass display apparatus 400；
Alarm device 300.
Specific embodiment
The utility model is further described with the following Examples.
Embodiment 1.
A kind of multiple spot detection type catchment cup detects the oil mass in catchment cup ontology 100 by multiple spot and believes as shown in Figure 1, 2
Breath, and the oil mass information that will test is transmitted.
The multiple spot detection type catchment cup is provided with catchment cup ontology 100, oil mass detection device 200 and oil mass display apparatus
400.The end of probe of oil mass detection device 200 is set to catchment cup ontology 100, the output end and oil mass of oil mass detection device 200
The connection of display device 400.
Oil mass detection device 200 detects the oil mass information in catchment cup by multiple spot, and the information that will test is sent to
Oil mass display apparatus 400.
Specifically, oil mass detection device 200 is provided with the first detection components 201, the end of probe of the first detection components 201 is set
It is placed in the pedestal 101 of catchment cup ontology 100.
The end of probe of first detection components 201 is provided with multiple, and the inner wall surface area of pedestal 101 is SBottom, the first detection group
Part 201 is set as fexible film pressure sensor, and the end of probe of fexible film pressure sensor is detection film；First detection group
The end of probe gross area of part 201 is SFirst detection, SFirst detection≤SBottom, pedestal any two points is selected to connect to be formed between two o'clock with straight line
Line segment, the longest line segment length of length is defined as the maximum distance D of pedestal in the line segment between all two o'clocksBottom, the first detection group
Spacing between any two end of probe of part is DFirst detection, 0.5DBottom≤DFirst detection≤DBottom。
Catchment cup ontology 100 is provided with pedestal 101, wall of cup 102, the fixing piece 103 for connecting with smoke exhaust ventilator outer cover,
The both ends of wall of cup 102 are tightly connected with pedestal 101, fixing piece 103 respectively, are formed with glass chamber 1031 inside wall of cup 102.
First detection components 201 are set as fexible film pressure sensor, and the end of probe of fexible film pressure sensor is
Film is detected, fixing piece 103 is set as screwing buckle.
The end of probe of first detection components is directly contacted with the greasy dirt in catchment cup cup by being set to base inner wall, and
Oil mass is directly distinguished in such a way that pressure calculates, and can guarantee the real-time when greasy dirt detects.It is detected and is collected by multiple spot
The intrinsic oil mass information of lubricating cup, and the oil mass information that will test is transmitted, the multiple spot detection type catchment cup when in use,
It improves to the oil mass detection accuracy in catchment cup, while detection error caused by avoiding catchment cup in run-off the straight.
Embodiment 2.
A kind of multiple spot detection type catchment cup, as shown in figure 3, other structures are same as Example 1, the difference is that, it should
Multiple spot detection type catchment cup, pedestal 101 are provided with the first stroma layer 1011, the second stroma layer 1012, stroma outer wall 1013, and first
Stroma layer 1011 is connect with stroma outer wall 1013 respectively with the second stroma layer 1012, and the first stroma layer 1011 and the second stroma layer
Stroma cavity 1014 is formed between 1012；First stroma layer 1011 is set as flexible layer stroma layer；The setting of flexible layer stroma layer
For the rubber plastic bed of material or oleophobic property paper or oleophobic leather layer；The end of probe of first detection components 201 is set to stroma cavity 1014.
The end of probe of first detection components 201 is set in stroma cavity 1014, the output end of the first detection components 201 with
Oil mass display apparatus 400 is electrically connected.First detection components 201 are set as fexible film pressure sensor.
By the way that the end of probe of the first detection components to be set in stroma cavity, transmitted by induction by the first stroma layer
Pressure to calculate the quality size of the greasy dirt collected in catchment cup ontology indirectly, and by by the end of probe of the first detection components
It is set in stroma cavity, avoids during oil mass detection, the interference to the end of probe of the first detection components, while
Avoid the first detection components end of probe because it is exposed outside and caused by unnecessary damage, and caused by detection error, prolong
The service life of the first detection components is grown.
Embodiment 3.
A kind of multiple spot detection type catchment cup, as shown in figure 4, other structures are same as Example 1, the difference is that, it should
Multiple spot detection type catchment cup, oil mass detection device 200 are additionally provided with the second detection components 202；The detection of second detection components 202
End is provided with multiple；The end of probe of second detection components 202 is set to the wall of cup 102 of catchment cup ontology 100；Second detection components
202 output end is connect with oil mass display apparatus 400；Second detection components 202 are set as fexible film pressure sensor, flexible
The end of probe of diaphragm pressure sensor is detection film；The inner wall surface area of wall of cup 102 is SWall, the spy of the second detection components 202
The survey end gross area is SSecond detection,0.3SWall≤SSecond detection≤SWall。
Second detection components detect greasy dirt by multiple spot in wall of cup, judge especially by the greasy dirt of induction different height
The size of greasy dirt amount, when greasy dirt arrives at the end of probe with the second detection components on wall of cup, greasy dirt transmits own pressure
To the end of probe of the second detection components, and it is sent to display device.Detection information is improved by the way that the second detection components are arranged
Accuracy.
Embodiment 4.
A kind of multiple spot detection type catchment cup, as shown in figure 5, other structures are same as Example 1, the difference is that, it should
Multiple spot detection type catchment cup, wall of cup 102 are provided with first glass of layer, 1021, second glasss of layer 1022；First glass of layer 1021 and second glass
Sub- chamber 1023 is formed between layer 1022；First glass of layer 1021 is set as flexible cup layer；Flexible cup layer be set as the rubber plastic bed of material or
Oleophobic property paper or oleophobic leather layer；The end of probe of second detection components 202 is set to sub- chamber 1023.
It is intracavitary that the end of probe of second detection components is set to son.By incuding the pressure transmitted by first glass of layer, come indirect
Judge and calculates the distribution situation for the greasy dirt collected in catchment cup ontology and incude the specific position for judging the greasy dirt in catchment cup
Set, improve the accuracy of detection, at the same also avoid the second detection components end of probe because it is exposed outside and caused by not
Necessity damage, and caused by detection error, extend the service life of the second detection components.
Embodiment 5.
A kind of multiple spot detection type catchment cup, as shown in fig. 6, other structures are same as Example 1, the difference is that, it should
Multiple spot detection type catchment cup, oil mass detection device 200 are additionally provided with third detection components 203, the detection of third detection components 203
End is set to fixing piece 103, and the output end of third detection components 203 is electrically connected with oil mass display apparatus 400.
Third detection components 203 are set as fexible film pressure sensor, and fixing piece 103 is set as screwing buckle.
Fixing piece 103 is set as screwing buckle as common knowledge in the art, and specific structural features just repeat no more.
The end of probe of third detection components 203 is specifically set to the lower wall surface for screwing buckle, catchment cup ontology 100 and oil suction
Smoke machine is in assembly, by will screw the force side of buckle by being suspended on the turning at mouth of range hood outer cover, and force side
Lower wall surface and range hood outer cover turn with mouth upper wall surface arrange in pairs or groups, by the way that the end of probe of third detection components 203 is set to
The lower wall surface of force side, when catchment cup ontology 100 is transferred on together with range hood, the detection of third detection components 203
End passes through the gravity for bearing catchment cup ontology 100, as the greasy dirt that catchment cup ontology 100 is collected is continuously increased, third detection group
The pressure that the end of probe of part 203 detects also is continuously increased；
By third detection components 203 first it is detected that the pressure value of catchment cup ontology 100 is defined as catchment cup gravity pressure
Value, is defined as real-time pressure value for the subsequent pressure value detected in catchment cup persistent collection greasy dirt of third detection components 203；The
Three detection components 203 are set as diaphragm pressure sensor.
Catchment cup gravity pressure value is subtracted by real-time pressure value and judges greasy dirt size in catchment cup, and is passed through
The end of probe of third detection components is set to fixing piece to avoid in oil mass detection because greasy dirt is attached in detection components
When and caused by oil mass infomation detection interfere.
Embodiment 6.
A kind of multiple spot detection type catchment cup, as shown in fig. 7, other structures are identical as embodiment 1-4 any one, difference
It is in will be used to be defined as cup-mouth end with one end that fixing piece 103 is connect in wall of cup 102.
It is additionally provided with alarm device 300, oil mass detection device 200 is additionally provided with the 4th detection components 204, the 4th detection group
The end of probe of part 204 is set to cup-mouth end, and the output end of the 4th detection components 204 is filled with oil mass display apparatus 400, alarm respectively
Set 300 connections.
The gross area of the end of probe of 4th detection components 204 is defined as S4th detection, the area of cup-mouth end is defined as SRim of a cup；
0.3SRim of a cup≤S4th detection≤SRim of a cup。
Alarm device 300 is set as LED light strip, buzzer, lamp bead or LED display.
By cup-mouth end be arranged alarm device, when in catchment cup greasy dirt arrive at cup-mouth end when, that is, catchment cup in greasy dirt
When will overflow, the 4th detection components send information to alarm device by detecting greasy dirt, and alarm device issues at random
Warning information.User can be reminded to clear up catchment cup in time by the 4th detection components of setting and alarm device, avoid collection
Greasy dirt leakage in lubricating cup.
Embodiment 7.
A kind of multiple spot detection type catchment cup, as shown in Figure 8, Figure 9, other structures are identical as embodiment 1-5 any one, no
It is with place,
Cup-mouth end is provided with the full transitioning component 1024 of oil；The full transitioning component 1024 of oil is set as first annular 1025, the
Second ring piece 1026, external ring 1027；With the plane where cup-mouth end for the first plane, with the gravity side of catchment cup ontology 100
To under, be with the gravity opposite direction of catchment cup ontology 100 it is upper, the direction with the cup chamber 1031 of catchment cup be it is interior, with catchment cup
The opposite direction of cup chamber 1031 be outer.
The both ends of external ring 1027 are connect with first annular 1025 one end, one end of the second ring segment 1026 respectively,
External ring 1027 is set as the Extendible flake upwardly extended along the upper surface of cup-mouth end, and the development length of external ring 1027 is
HExternal ring 1027, 0 < HExternal ring 1027< 1cm.
It is set as first annular 1025 extending internally along the inner wall of cup-mouth end, and development length is H1Extendible flake,
Second ring piece 1026 is set as extending internally along first annular 1025 upper surface, and development length is H2Extendible flake；Cup
The minimum inner diameter at mouth end is HRim of a cup；Second ring segment 1026 and the angle of the first plane are β；H1< cos β H2< 0.5HRim of a cup；
Direction is formed with greasy dirt adapter cavity on cup chamber 1031 between first annular 1025 and the second ring segment 1026, external ring 1027
1028。
Greasy dirt can be subjected to centralized collection by the full transitioning component of setting oil, so that catchment cup ontology is when collecting greasy dirt
Avoid greasy dirt suspension from being attached to the inner wall of wall of cup, influence the accuracy of detection, at the same be also prevented from greasy dirt it is excessive when out of catchment cup
It overflows.
Finally it should be noted that above embodiments are only to illustrate the technical solution of the utility model rather than to this is practical
The limitation of novel protected range, although being explained in detail referring to preferred embodiment to the utility model, the common skill of this field
Art personnel should be appreciated that can be practical without departing from this with the technical solution of the present invention is modified or equivalently replaced
The spirit and scope of new technique scheme.
Claims (10)
1. a kind of multiple spot detection type catchment cup, it is characterised in that:
It is provided with catchment cup ontology, oil mass detection device and oil mass display apparatus；
The end of probe of the oil mass detection device is set to the catchment cup ontology, the output end of the oil mass detection device and institute
State the connection of oil mass display apparatus；
The oil mass detection device detects the oil mass information in the catchment cup by multiple spot, and the information that will test is sent to
The oil mass display apparatus；
The oil mass detection device is provided with the first detection components；The end of probe of first detection components is set to the oil-collecting
The base inner wall of cup ontology.
2. multiple spot detection type catchment cup according to claim 1, it is characterised in that:
First detection components are set as fexible film pressure sensor, and the end of probe of fexible film pressure sensor is that detection is thin
Film.
3. multiple spot detection type catchment cup according to claim 2, it is characterised in that:
The end of probe of first detection components is provided with multiple.
4. multiple spot detection type catchment cup according to claim 3, it is characterised in that:
The surface area of the base inner wall is SBottom, the end of probe gross area of first detection components is SFirst detection, SFirst detection≤SBottom；
Selection pedestal any two points connect the line segment to be formed between two o'clock with straight line, length longest in the line segment between all two o'clocks
Line segment length be defined as the maximum distance D of pedestalBottom, the spacing between any two end of probe of the first detection components is
DFirst detection, 0.5DBottom≤D First detection≤DBottom。
5. multiple spot detection type catchment cup according to claim 4, it is characterised in that: the oil mass detection device is additionally provided with
Second detection components, the end of probe of second detection components are provided with multiple；Second detection components are set as flexible thin membrane pressure
Force snesor, the end of probe of fexible film pressure sensor are detection film；
The end of probe of second detection components is set to the interior wall of cup of the catchment cup ontology, second detection components it is defeated
Outlet is connect with the oil mass display apparatus；
The inner wall surface area of the wall of cup is SWall, the gross area of the end of probe of second detection components is SSecond detection,0.3SWall≤
SSecond detection≤SWall。
6. multiple spot detection type catchment cup according to claim 5, it is characterised in that: the oil mass detection device is additionally provided with
Third detection components；
The catchment cup ontology is provided with pedestal, wall of cup, the fixing piece for connecting with smoke exhaust ventilator outer cover；
The both ends of the wall of cup are tightly connected with the pedestal, the fixing piece respectively, and the cup wall interior is formed with a glass chamber；
The end of probe of the third detection components is set to the fixing piece, the output end and the oil of the third detection components
Quantity display apparatus electrical connection.
7. multiple spot detection type catchment cup according to claim 6, it is characterised in that: will be used in the wall of cup with it is described solid
The one end for determining part connection is defined as cup-mouth end,
It is additionally provided with alarm device, the oil mass detection device is additionally provided with the 4th detection components, the 4th detection components
End of probe is set to the cup-mouth end, the output end of the 4th detection components respectively with the oil mass display apparatus, the police
Reporting device connection.
8. multiple spot detection type catchment cup according to claim 7, it is characterised in that:
The gross area of the end of probe of 4th detection components is defined as S4th detection, the area of the cup-mouth end is defined as
SRim of a cup；0.3SRim of a cup≤S4th detection≤SRim of a cup。
9. multiple spot detection type catchment cup according to claim 8, it is characterised in that:
The cup-mouth end is provided with the full transitioning component of oil, and the full transitioning component of oil is provided with first annular, the second ring segment
With external ring；
With the plane where the cup-mouth end for the first plane, under the gravity direction with the catchment cup ontology is, with the collection
The gravity opposite direction of lubricating cup ontology be it is upper, the direction with the cup chamber of the catchment cup be it is interior, with the anti-of the cup chamber of the catchment cup
Direction is outer；
The both ends of the external ring are connect with one end of described first annular one end, second ring segment respectively；
The external ring is set as the Extendible flake upwardly extended along the upper surface of the cup-mouth end, the development length of the external ring
For HExternal ring, 0 < HExternal ring< 1cm；
Described first annular is set as extending internally along the inner wall of the cup-mouth end, and development length is H1Extendible flake；
Second ring segment is set as extending internally along the first annular upper surface, and development length is H2Extension
Piece；The minimum inner diameter of the cup-mouth end is HRim of a cup；Second ring segment and the angle of first plane are β；The H1
< cos β H2< 0.5HRim of a cup；
Direction is formed with greasy dirt mistake on the cup chamber between described first annular and second ring segment, the external ring
Cross chamber.
10. multiple spot detection type catchment cup according to claim 9, it is characterised in that:
The pedestal is provided with the first stroma layer, the second stroma layer, stroma outer wall；
The first stroma layer is connect with the stroma outer wall respectively with the second stroma layer, and the first stroma layer and institute
It states and is formed with stroma cavity between the second stroma layer；The first stroma layer is set as flexible layer stroma layer；The flexibility straton
Seat layer is set as the rubber plastic bed of material or oleophobic property paper or oleophobic leather layer；The end of probe of first detection components is set to described
Stroma cavity；Or
The wall of cup is provided with first glass of layer, second glass of layer；Sub- chamber is formed between first glass of layer and second glass of layer；
First glass of layer is set as flexible cup layer；The flexibility cup layer is set as the rubber plastic bed of material or oleophobic property paper or oleophobic skin
Remove from office layer；The end of probe of second detection components is set to sub- chamber；
The third detection components, the 4th detection components are set as fexible film pressure sensor；The fixing piece is set as revolving
Twist buckle；
The alarm device is set as LED light strip, buzzer, lamp bead or LED display.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821340095.1U CN209231034U (en) | 2018-08-17 | 2018-08-17 | A kind of multiple spot detection type catchment cup |
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| CN201821340095.1U CN209231034U (en) | 2018-08-17 | 2018-08-17 | A kind of multiple spot detection type catchment cup |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108645671A (en) * | 2018-08-17 | 2018-10-12 | 佛山市云米电器科技有限公司 | A kind of multiple spot detection type catchment cup |
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2018
- 2018-08-17 CN CN201821340095.1U patent/CN209231034U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108645671A (en) * | 2018-08-17 | 2018-10-12 | 佛山市云米电器科技有限公司 | A kind of multiple spot detection type catchment cup |
| CN108645671B (en) * | 2018-08-17 | 2024-02-23 | 佛山市云米电器科技有限公司 | Multi-point detection type oil collecting cup |
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