CN106289490A - There is the domestic steelyard of the removable reservoir that optimization stores - Google Patents
There is the domestic steelyard of the removable reservoir that optimization stores Download PDFInfo
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- CN106289490A CN106289490A CN201510239243.5A CN201510239243A CN106289490A CN 106289490 A CN106289490 A CN 106289490A CN 201510239243 A CN201510239243 A CN 201510239243A CN 106289490 A CN106289490 A CN 106289490A
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Abstract
nullThe present invention relates to a kind of domestic steelyard (10)，Described domestic steelyard includes :-housing (1)，It is for flatly being placed in use，Described housing (1) includes supporting part (4)，-at least one weight measuring system，Its with for showing that the display unit (3) of measurement result is connected，-described scale is in use for being used for accommodating the container (20) of commodity or dispensing in the upper storage of described supporting part (4)，According to the present invention，Described housing (1) is included in the bindiny mechanism (11) at described supporting part (4) place，Described bindiny mechanism allows described supporting part (4) according to the following two position described container of storage (20) :-storage location，Wherein said container (20) and described supporting part (4) keep fixing，Regardless of described scale position in space，-use position，Wherein said container (20) is not fixedly positioned on described supporting part (4).
Description
Technical field
The present invention relates to the technical field of weighing-appliance, relate more specifically to domestic steelyard.
Background technology
The equipment of the above-mentioned type generally includes the dish that can receive load, and the weight being present on dish is surveyed
Amount device includes the indication mechanism for showing measured weight and control or governor motion.
When using this weighing-appliance, for health, practicality and cleaning reason, need to use and use
In accommodating one or more dispensings to be weighed or the container of commodity so that dispensing or commodity are the most direct
Contact with dish.In the case of dispensing to be weighed is in bulk and is difficult to be placed on dish, hold
Device is particularly required.Such as can relate to such as flour, Icing Sugar or the solid ingredient of caked sugar or liquid
Dispensing etc..In this case, described container is weighed together with food, and result shows in view of inciting somebody to action
The weight of container deducts.Container generally can disassemble from weighing-appliance, in order to convenient container
Clean and the transport of food to be weighed.
It is for kitchen use that multiple product on known market relates to sell together with removable reservoir
Scale.But, do not have any fixed mechanism, described equipment to preferably must be held in use position, i.e. water
Mean place, in order to even if keeping container in place by gravity when not in use.Deposit to have and be fixed on
The scale using the container in other positions outside position is impossible, such as, hang feelings on the wall
Condition.Therefore such equipment have the disadvantage that and be the absence of depositing convenience.
Summary of the invention
It is an object of the invention to provide a kind of weighing-appliance, described weighing-appliance has dismountable appearance
Device, easily deposit and easily move.
It is a further object to provide a kind of weighing-appliance, during it is deposited or is mobile its
There is the volume of reduction.
It is a further object to provide a kind of container, described container accommodates commodity to be weighed,
And described container is suitable for hanging and remains fixed on weighing-appliance the most simultaneously.
These purposes are reached by a kind of domestic steelyard, and described domestic steelyard includes:
-housing, it is for flatly being placed in use, and described housing includes treating for support
The commodity weighed or the supporting part of dispensing,
-at least one weight measuring system, its with for showing that the display unit of measurement result is connected,
-described scale in use for storage on described supporting part for accommodating commodity or dispensing
Container,
According to the present invention, described housing is included in the bindiny mechanism at described supporting part, described connection
Mechanism allows described supporting part according to the described container of following two position storage:
-storage location, wherein said container and described supporting part keep fixing, exist regardless of described scale
Position in space,
-using position, wherein said container is not fixedly positioned on described supporting part.
" container " refers to the accommodation tool of plate type, its have general planar bottom and
The limit tilted, this allows the dispensing in bulk that holding is to be weighed.When container is in storage-Move Mode
When keeping fixing with described supporting part, described container is followed the motion of supporting part and position and is not dropped.
When container is placed on supporting part in weighing mode, described container is subjected only to gravity, and can
Easily moving from supporting part, therefore container is not fixed with supporting part, and container can be slided on supporting part
Dynamic.Therefore, scale can leave in other positions outside horizontal level, without making container separately:
No matter in which kind of position, container keeps contacting with being connected with supporting part.Such as, scale can be with
Container is together by hook or hang on the wall, and container does not falls out.
Advantageously, described bindiny mechanism applies magnetic force, and described container includes bearing described magnetic force
Complementary attachment mechanisms so that described magnetic force allow only when described container is at storage location keep institute
State container.Described complementary attachment mechanisms is arranged to bear or be not subject to the magnetic force of bindiny mechanism,
This is due to the reference range between said two mechanism, and this reference range allows bindiny mechanism to exist
Storage location acts on complementary attachment mechanisms, or allows bindiny mechanism not act at storage location
On complementary attachment mechanisms.According to said two position and the separation distance studied according to magnetic force
It is set.
Therefore, when container above supporting part in operating position time do not have magnetic force to apply, the limit of container
Upwards raise.Less product body is allowed for retaining the container in the using of magnetic mechanism on scale
Long-pending.This also has the advantage that more attractive outward appearance.This additionally avoids any fixed mechanism, described
Fixed mechanism is prominent from supporting part or container and can be dirty or make a mess of when faulty operation scale.
According to the first embodiment, described bindiny mechanism includes at least one permanent magnet.Described mutually
Mend bindiny mechanism and include at least one part being made up of ferromagnetic material.
More properly, according to a modified example, described supporting part has the first flat surfaces and in institute
State the first inclined-plane of the first flat surfaces periphery, and at least one Magnet described and described inclined-plane phase
Arrange adjacently, and described container has the second flat surfaces and at described second flat surfaces periphery
The second inclined-plane, and described at least one be partially disposed on the periphery of described second flat surfaces.
Described inclined-plane has sloping form.Driving mechanism and driven member are placed on described inclined-plane
The distribution allowing at the fact that at place and described periphery optimization power and the quantity of the material used.
Therefore, power only acts upon at inclined-plane and the periphery of supporting part.
A feature according to this embodiment, at least one Magnet described has parallelepiped
Shape, at least one face of described parallelepiped is roughly parallel to described first inclined-plane.
Described Magnet is positioned at the lower section of the flat surfaces of described supporting part, and a distance is established so that
Do not have magnetic force to be applied at the flat surfaces of supporting part or magnetic force is the most weak not retrain container
Mobile.This structure allows only to keep container in storage position by magnetic force.
Advantageously, bindiny mechanism includes at least two permanent magnet；Described complementary attachment mechanisms includes
At least two metal part；Described Magnet and described metal part are arranged such that in storage position
Described Magnet and the described metal part of every a pair are relative to each other.
Described Magnet and described metal part can aspectant be placed so that magnetic force is maximally applied in.
This allows at storage position optimization magnetic force.
In order to balance magnetic attraction more, described Magnet and metal part are at described supporting part and described
It is distributed regularly on the periphery of container.
It addition, described first inclined-plane and described second inclined-plane are oriented in storage position substantially
Parallel.Therefore, in storage position, container substantially covers the entirety of supporting part, i.e. second is flat
Smooth surface covers the first flat surfaces and the second inclined-plane covers the first inclined-plane.
A feature according to this embodiment, described first inclined-plane and described second inclined-plane are using
Position is determined along relative to described flat surfaces angle (α) between 20 ° and 70 °
To, this angle is more specifically between 40 ° and 50 °, such as equal to 45 °.Inclined-plane this
Geometry allows stronger holding.
According to another feature of this embodiment, described supporting part has the shape of disk, described
Disk has the periphery formed by inclined-plane, and described container has the shape of disk, described disk
There is the periphery formed by inclined-plane.Therefore, described supporting part and described container are respectively provided with round
The flat surfaces of shape and the perimeter ramps of circular.
Advantageously, the quantity of Magnet is more than three, such as equal to five, in order to strengthen magnetic force for more firm
Gu and stable fixing.Described Magnet can be identical.
A feature according to this embodiment, the most described second perimeter ramps is entirely metal,
More specifically, whole container is metal.
According to the second embodiment, described supporting part has the first flat surfaces, and described connection
Mechanism is disposed adjacent to described flat surfaces, and described container has flat bottom and inclination
Wall, described at least one be partially disposed at described flat bottom by what ferromagnetic material formed
Advantageously, described container include between the wall and described flat bottom of described inclination for
The separate space mechanism of described supporting part, described space mechanism allows using position by described flat
Smooth bottom and described first flat surfaces are spaced the distance (d) between 2mm and 5mm and separate.
It addition, described space mechanism includes the fold protruded relative to described flat bottom, described pleat
Wrinkle is for using position to contact with described supporting part.
A feature according to this embodiment, described first flat surfaces has round-shaped, and
And described container has the shape of disk, described disk has the periphery formed by the wall tilted, institute
The maximum gauge of the wall stating inclination is more than the diameter of described first flat surfaces.
Advantageously, the most described flat bottom is entirely metal, more specifically, whole container is
Metal.
Two embodiments according to the present invention, described scale includes such as hook on the housing
Hooking mechanism, this hooking mechanism allows to hang on the wall.
These purposes reach also by a kind of assembly, and described assembly includes domestic steelyard and at least
Individual container, this container can have the feature that
-described container includes the complementary attachment mechanisms bearing described magnetic force so that described magnetic force allows
Container is only kept when container is in storage position,
-described container has the second flat surfaces and the second inclined-plane at the second flat surfaces periphery,
And described at least one be partially disposed at described periphery,
-described complementary attachment mechanisms includes at least one part being made up of ferromagnetic material,
-described complementary attachment mechanisms includes at least two metal part, described Magnet and metal part
It is arranged such that Magnet and metal part every a pair of storage position are relative to each other,
-described first inclined-plane and described second inclined-plane are directed, in order to the most flat in storage position
OK,
-described first inclined-plane and described second inclined-plane are using position along smooth relative to described
Surface angle (α) between 20 ° and 70 ° and be directed, this angle more specifically between
Between 40 ° and 50 °, such as equal to 45 °,
-described container has the shape of disk, and described disk has the periphery formed by inclined-plane,
-the most described second perimeter ramps is entirely metal, more specifically, whole container is gold
Belong to,
Or
-described supporting part has the first flat surfaces, and described bindiny mechanism and described smooth table
Face is disposed adjacent to, and described container has a wall of flat bottom and inclination, described at least one
It is partially disposed at described flat bottom by what ferromagnetic material formed.
-described container include between the wall and described flat bottom of described inclination for described
The separate space mechanism in support part, described space mechanism allows using position by described flat bottom
And described first flat surfaces interval distance (d) between 2mm and 5mm and separate.
-described space mechanism includes the fold protruded relative to described flat bottom, and described fold is used
In using position to contact with described supporting part.
-described first flat surfaces has round-shaped, and described container has the shape of disk,
Described disk has the periphery formed by the wall tilted, and the maximum gauge of the wall of described inclination is more than institute
State the diameter of the first flat surfaces.
-the most described flat bottom is entirely metal, more specifically, whole container is metal
Accompanying drawing explanation
That be given with non-exclusive manner by research and by embodiment shown in the drawings, will be more preferably
The present invention is understood on ground, in the accompanying drawings:
-Fig. 1 is the axonometric chart of the scale not having container according to the first embodiment,
-Fig. 2 is being placed on supporting part having of position of use according to the first embodiment
The axonometric chart of scale of container,
-Fig. 3 is the scale in use position according to the first embodiment and the exploded view of container,
-Fig. 4 is the schematic diagram of two positions that the container according to the first embodiment can be taked,
-Fig. 5 is being placed on supporting part having of storage position according to the first embodiment
The detail view of scale of container,
-Fig. 6 is the section view at the scale with container using position according to the second embodiment
Figure,
-Fig. 7 is the section view of the scale with container in storage position according to the second embodiment
Figure,
-Fig. 8 is partly cuing open of the scale with container in use position according to the second embodiment
Cut schematic diagram,
-Fig. 9 and 10 illustrates third embodiment of the present invention.
Detailed description of the invention
As shown in Figure 1 and the domestic steelyard that is represented by the reference numeral 10 of entirety includes housing 1 and supporting part 4,
Described housing limit circular shape for being disposed horizontally on working face in use
Base 12, described supporting part is the shape of disk and is supported by base 12.Scale 10 also includes dress of weighing
Putting, this weighing device includes at least one weight sensor, this weight sensor and weight measurement system
System connect, this weight measuring system be used for show that the display unit 3 of measurement result is connected.Display
Unit 3 can include liquid crystal display.Dispose around display unit 3 have the control of difference in functionality by
Button 6,7.Scale 10 includes hooking mechanism 5 in the end of housing 1, and hooking mechanism has semicircle
Shape or the shape of semi-circular shape, this hooking mechanism allows suspension on the wall.
Described base 12 supports weighing device, and weighing device includes battery-powered circuit 8 and group
It is contained in the sensor in base 12.Described sensor includes the strain being connected by cable with circuit 8
Instrument.When weigh weight time, described deformeter deforms under the effect of weight, and changes by circuit 8
The measured signal of telecommunication, this circuit counting is present in the weight on supporting part 4 and is shown
On display.
The structure of weighing device is described in detail in the document FR2932565 being filed by the present applicant,
The most no longer describe in detail.
As in figure 2 it is shown, and according to the first embodiment, container 20 is disposed by user and is used for placing
Commodity to be weighed or dispensing.Described container 20 has the shape of plate type, and this plate has circle
Shape is flat and limit, and can easily be removed for during use transporting load to be weighed or
For cleaning.
Relate to the geometry of scale and container, as it has been described above, supporting part has the first flat surfaces
(S1) and the first perimeter ramps 41, and container has the second flat surfaces (S2) and the second periphery
Inclined-plane 21.Said two flat surfaces (S1, S2) has roughly the same diameter so that work as appearance
When device 20 is placed on supporting part 4, a flat surfaces aligns with another flat surfaces.
Fig. 2 is shown with position, and wherein container 20 is freely placed on supporting part 4.Container 20
Also can take another position, i.e. storage location, wherein, container 20 can pass through magnetic force and supporting part
Keep fixing.In this position, container can follow the position of scale, though scale be horizontally situated with
In outer position, such as when scale hangs on the wall.
To this end, and as it is shown on figure 3, supporting part 4 includes bindiny mechanism 11, bindiny mechanism includes
One group of five permanent magnet 11, described permanent magnet applies magnetic force, and described Magnet 11 is distributed regularly
On the periphery of supporting part 4, at the first inclined-plane 41.In order to container 20 can be protected in storage position
Holding fixing, container includes the complementary attachment mechanisms 21 bearing magnetic force, institute in the second perimeter ramps 21
State complementary attachment mechanisms 21 and include at least one part 21 being made up of ferromagnetic material.In order to simplify knot
Structure, container is entirely metallic ferromagnetic, or at least the second perimeter ramps 21 is entirely feeromagnetic metal
's.
It addition, the first and second inclined-planes are directed along angle [alpha] relative to flat surfaces, this angle
It is substantially equal to 45 °, such as in the example shown in Fig. 4.Therefore, said two inclined-plane is in bit of storage
Put almost parallel.
As shown in Figures 4 and 5, each Magnet has the shape of parallelepiped, described parallel hexahedro
At least one face 11a of body is roughly parallel to described first inclined-plane 41.Magnet arrangements is at supporting part
Internal, at inclined-plane, and do not contact with the first flat surfaces, or smooth at least not in first
Magnetic force is applied on surface (S1).That is, Magnet 11 is only when container 20 is reversed as shown in Figure 5
In the work of storage position.
According to the second embodiment, and as Fig. 6 is to shown in 8, and supporting part 4 has for receiving appearance
First flat surfaces (S1) of device 20.According to the second embodiment, described container has flat bottom
Portion 22 and the wall 23 tilted.It addition, container 20 has between making itself and supporting part 4 separate
Every mechanism 24, this space mechanism is contrary with the wall 23 tilted one relative to flat bottom 22
The fold 24 that side is protruded.Therefore, position is being used to be placed on the first of supporting part 4 when container 20
When flat surfaces (S1) is upper, the fold 24 of protrusion contacts with supporting part 4, and this allows such as Fig. 8 institute
Show and flat bottom 22 is separated with the first flat surfaces (S1) d at a distance.This clearance gap
Breaking away from magnetic attraction from allowing, this clearance distance is between 2mm and 5mm.According to the second embodiment party
The use position of formula is as shown in Figure 6.
When container 20 is in storage position, container is turning to be placed on support as shown in Figure 7
In portion 4.At this moment, the flat bottom 22 of container contacts with the first flat surfaces (S1).To this end,
The wall 23 tilted has the girth bigger than the girth of the first flat surfaces (S1).Such as, flat
Smooth bottom 22 and the first flat surfaces (S1) are square or in the case of rectangular shape, the wall of inclination
The width of 23 is more than the width of corresponding the first flat surfaces (S1).
According to example, the first flat surfaces (S1) has the shape of circle, and container 20 has
The shape of disk, this disk has flat bottom 22 and the wall 23 of circular inclination of circle.At this
In structure, the maximum diameter of the wall 23 of inclination is more than the diameter of the first flat surfaces (S1).
In order to no matter scale container 20 in which kind of position is held at storage position, at least one magnetic
Ferrum 11 is disposed adjacent to described first flat surfaces (S1), and described complementary attachment mechanisms 22
The part 22 being made up of feeromagnetic metal including at least one being positioned in flat bottom 22.For convenience
Manufacturing, container is entirely metallic ferromagnetic, or at least flat bottom 22 is entirely metallic ferromagnetic.
In this example, Magnet 11 is arranged in the central authorities of supporting part 4, but it is also disposed at supporting part 4
On whole surface and sufficiently away from space mechanism.
According to the 3rd embodiment, and as shown in Figures 9 and 10, container 20 has flat bottom
22 ' and tilt wall 23.It addition, container 20 has the complementary attachment mechanisms 24 ' for supporting part 4,
This complementary attachment mechanisms in the form of middle section 24 ' protruded, the middle section of this protrusion relative to
Flat bottom 22 ' protrudes the distance of 1/2d ', and protrudes in the side identical with the wall 23 tilted.
But, supporting part 4 has the first flat surfaces (S1) and the middle section 45 of depression, this depression
Middle section there is the shape of shape complementarity of middle section of protrusion with container 20.Described recessed
The degree of depth falling into middle section 45 is 1/2d '.Therefore, position is being used to be placed on when container 20
When first flat surfaces (S1) of support part 4 is upper, flat bottom 22 ' contact flat surfaces (S1),
And the middle section 24 ' protruded and the middle section 45 of depression are spaced distance d as shown in Figure 9 '
And separate.This clearance distance d ' allows to break away from magnetic attraction, this clearance distance between 2mm and 5mm it
Between.
When container 20 is in storage position, container is turning to be placed on as shown in Figure 10 and propping up
On support part 4.At this moment, the flat bottom 22 ' of container contacts respectively with the middle section 24 ' protruded
First flat surfaces (S1) of supporting part 4 and the middle section 45 of depression.To this end, the wall tilted
23 have the girth bigger than the girth of the first flat surfaces (S1).Such as, in flat bottom 22
It is square or in the case of rectangular shape with the first flat surfaces (S1), the width of the wall 23 of inclination
Width more than corresponding the first flat surfaces (S1).
According to example, the first flat surfaces (S1) has the shape of circle, and container 20 has
The shape of disk, this disk has flat bottom 22 ' and the wall 23 of inclination of circle.In the structure shown here,
The maximum gauge of the wall 23 tilted is more than the diameter of the first flat surfaces (S1).
In order to no matter scale container 20 in which kind of position is held at storage location, at least one Magnet
11 are disposed adjacent to entreat in the valley in region 45 with described first flat surfaces (S1), and mutually
At least one mending that bindiny mechanism 24 ' includes being positioned on the middle section 24 ' of protrusion is by feeromagnetic metal group
The part 24 ' become, manufactures for convenience, and container is entirely metallic ferromagnetic, or at least protrude
Middle section 24 ' is entirely metallic ferromagnetic.In this example, Magnet 11 is arranged in supporting part 4
Central authorities, but it is also disposed on the middle section 45 of whole depression.
According to the present invention, Magnet has the gauge allowing to observe scale and guarantees the fixing spy of container simultaneously
Levy.Such as, each Magnet has between the size of 6*8*17mm, and 0.4 to 1.4 tesla
Remanence.Magnet is fixed together with supporting part by gluing, but also can pass through this area skill
Art personnel grasp any other fixed form and fix, such as by rivet and fix.
In order to easily and intuitively use for user, it is contemplated that one is weighed assembly, this group
Part includes aforementioned scale and container.Scale and container each have geometric properties and technical characteristic, described several
What and technical characteristic allow container to take two kinds of positions, i.e. to use position and storage location.Work as container
When losing or damage, container is alternatively arranged as replacement part and is provided separately.
Certainly, within the scope of the appended claims, the present invention can be given other amendment multiple.
Claims (19)
1. a domestic steelyard (10), described domestic steelyard includes:
-housing (1), it is for flatly being placed in use, and described housing (1) includes propping up
Support part (4),
-at least one weight measuring system, itself and the display unit (3) for showing measurement result
Connect,
-described scale is in use for being used for accommodating commodity or joining in the upper storage of described supporting part (4)
The container (20) of material,
It is characterized in that, described housing (1) is included in the bindiny mechanism at described supporting part (4) place
(11), described bindiny mechanism allows described supporting part (4) according to the storage of following two position
Container (20):
-storage location, wherein said container (20) and described supporting part (4) keep fixing, no
Manage described scale position in space,
-using position, wherein said container (20) is not fixedly positioned at described supporting part (4)
On.
2. according to the domestic steelyard described in a upper claim, it is characterised in that described bindiny mechanism
(11) applying magnetic force, and described container includes the complementary attachment mechanisms bearing described magnetic force
(21,22) so that described magnetic force allows only to keep described container when described container is at storage location
(20)。
3. according to the domestic steelyard described in a upper claim, it is characterised in that:
-described bindiny mechanism (11) includes at least one permanent magnet (11),
-described complementary attachment mechanisms (21,22) includes at least one part being made up of ferromagnetic material
(21,22)。
4. according to the domestic steelyard according to any one of the claims, it is characterised in that
-described supporting part (4) has the first flat surfaces (S1) and at described first flat surfaces
(S1) first inclined-plane (41) of periphery, and at least one Magnet described (11) and described inclined-plane
It is disposed adjacent to, and
-described container (20) has the second flat surfaces (S2) and at described second flat surfaces
(S2) second inclined-plane (21) of periphery, and at least one part described (21) is arranged in described
The periphery of the second flat surfaces.
5. according to the domestic steelyard described in a upper claim, it is characterised in that at least one magnetic described
Ferrum (11) has the shape of parallelepiped, at least one face (11a) of described parallelepiped
It is roughly parallel to described first inclined-plane (41).
6. according to the domestic steelyard described in a upper claim, it is characterised in that
-described bindiny mechanism (11) includes at least two permanent magnet (11),
-described complementary attachment mechanisms (21) includes at least two metal part (21),
-described Magnet (11) and described metal part (21) are arranged such that in storage position
The described Magnet (11) of every a pair and described metal part (21) are relative to each other.
7. according to the domestic steelyard described in a upper claim, it is characterised in that described Magnet (11)
It is distributed regularly on the periphery of described supporting part and described container with described metal part (21).
8. according to the domestic steelyard according to any one of the claims, it is characterised in that described
One inclined-plane (41) and described second inclined-plane (21) are oriented at storage location almost parallel.
9. according to the domestic steelyard according to any one of the claims, it is characterised in that described
One inclined-plane (41) and described second inclined-plane (21) are using position along relative to described smooth table
The face (S1, S2) angle (α) between 20 ° and 70 ° and be directed, described angle is outstanding
They are between 40 ° and 50 °, such as equal to 45 °.
10. according to the domestic steelyard described in a upper claim, it is characterised in that described supporting part (4)
Having the form of disk, described disk has the periphery formed by inclined-plane, and described container (20)
Having the form of disk, described disk has the periphery formed by inclined-plane.
11. according to the domestic steelyard according to any one of claim 6 to 10, it is characterised in that magnetic
The quantity of ferrum is more than three, such as equal to five.
12. according to the domestic steelyard according to any one of claim 3 to 11, it is characterised in that extremely
Few described second perimeter ramps is entirely metal, more specifically, whole container (20) is metal
's.
13. according to the domestic steelyard according to any one of claim 1 or 2, it is characterised in that:
-described supporting part (4) has the first flat surfaces (S1), and described bindiny mechanism (11)
It is disposed adjacent to described flat surfaces (S1), and
-described container (20) have flat bottom (22) and tilt wall (23), described at least
One part being made up of ferromagnetic material (22) is arranged in described flat bottom (22) place.
14. according to the domestic steelyard described in a upper claim, it is characterised in that described container (20)
Include between the wall (23) and described flat bottom (22) of described inclination for described support
Portion (4) separate space mechanism (24), described space mechanism allows using position by described
Flat bottom (22) and described first flat surfaces (S1) are spaced between 2mm and 5mm
Separate apart from (d).
15. according to the domestic steelyard described in a upper claim, it is characterised in that described space mechanism
(24) including the fold (24) protruded relative to described flat bottom (22), described fold is used for
Contact with described supporting part (4) using position.
16. according to the domestic steelyard described in a upper claim, it is characterised in that described first smooth
(S1) has round-shaped on surface, and described container (20) has the shape of disk, described
Disk has the periphery formed by the wall tilted, and the maximum gauge of the wall (23) of described inclination is more than
The diameter of described first flat surfaces (S1).
17. according to the domestic steelyard according to any one of claim 13 to 16, it is characterised in that
The most described flat bottom (22) is entirely metal, more specifically, whole container (20) is
Metal.
18. according to the domestic steelyard according to any one of the claims, it is characterised in that described
Domestic steelyard includes hooking mechanism (5) on described housing (1).
19. 1 kinds of assemblies, described assembly includes according to the family according to any one of the claims
With scale (10) and at least one container (20).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510239243.5A CN106289490A (en) | 2015-05-12 | 2015-05-12 | There is the domestic steelyard of the removable reservoir that optimization stores |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510239243.5A CN106289490A (en) | 2015-05-12 | 2015-05-12 | There is the domestic steelyard of the removable reservoir that optimization stores |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106289490A true CN106289490A (en) | 2017-01-04 |
Family
ID=57630812
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510239243.5A Pending CN106289490A (en) | 2015-05-12 | 2015-05-12 | There is the domestic steelyard of the removable reservoir that optimization stores |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106289490A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP3502634B1 (en) * | 2017-12-22 | 2021-04-21 | Seb S.A. | System for detecting an exceeded threshold of the amount contained in a container |
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| CN203965011U (en) * | 2014-07-03 | 2014-11-26 | 胡南昌 | A kind of electronic scales |
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| CN103803459A (en) * | 2012-11-09 | 2014-05-21 | 克朗斯公司 | Device for applying a closure to a container |
| CN203396469U (en) * | 2013-06-06 | 2014-01-15 | 厦门佰伦斯电子科技有限公司 | Economic scale and connection structure thereof |
| CN203965011U (en) * | 2014-07-03 | 2014-11-26 | 胡南昌 | A kind of electronic scales |
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| EP3502634B1 (en) * | 2017-12-22 | 2021-04-21 | Seb S.A. | System for detecting an exceeded threshold of the amount contained in a container |
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Application publication date: 20170104 |