CN204331697U - A kind of individual mobile device for measuring user's energy consumption - Google Patents
A kind of individual mobile device for measuring user's energy consumption Download PDFInfo
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- CN204331697U CN204331697U CN201420755248.4U CN201420755248U CN204331697U CN 204331697 U CN204331697 U CN 204331697U CN 201420755248 U CN201420755248 U CN 201420755248U CN 204331697 U CN204331697 U CN 204331697U
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Abstract
A kind of individual mobile device for measuring user's energy consumption comprises: display interface (12), and it comprises the control inerface (13) installed relative to described display interface (12) place plane or its extension; Be placed in the biometric information sensor (132) below described control inerface (13), wherein said biometric information sensor (132) is configured to the biological information of sensing user biological information source (3); To the pressure-sensitive pressure-sensitive parts (135) from described user biological information, wherein said pressure-sensitive parts (135) are installed in below described biometric information sensor (132), so that described biometric information sensor (132) is installed in than the position of described pressure-sensitive parts (135) closer to described user biological information source (3).
Description
Technical field
The embodiment of the present application relates to the equipment for identifying grid power subscriber identity information, and its circuit.
Background technology
At present in the energy consumption measure technology being directed to domestic consumer, having related to user directly can carry out energy consumption confirmation and disbursement and sattlement in indoor, however for the security of user profile and recognition technology still immature.
Such as from an aspect of the utility model purpose of design, mode (such as fingerprint etc.) by biometric information authentication reads, in general technology, to the capacitive sensing of fingerprint on the one hand in response to the electric capacity between the one or more capacitor plates in fingerprint Identification sensor, on the other hand in response to user's finger (finger epidermis of such as user, or the finger hypodermic layer of user) between different electric capacitys, finger print information is provided.In one example in which, the measurement of electric capacity is related to point user situation epidermis producing electric charge.This can cause a small amount of electric charge, and this electric charge imperceptible electric charge that is user.Sometimes, can cause, to the relative different of the measurement of the electric capacity electric capacity between the capacitor plate of fingerprint Identification sensor and user are pointed, needing user to point and placing near capacitor plate as far as possible.This can limit the dirigibility of fingerprint Identification sensor.Occur sometimes to be subject to locating relative to the finger of fingerprint Identification sensor to the measurement of electric capacity.Such as, user points and must be placed in conducting ring, limits size and the position of fingerprint Identification sensor.This also can limit the dirigibility of fingerprint Identification sensor.
Above in these examples, fingerprint Identification sensor can be given and impact in conjunction with the equipment (such as using fingerprint recognition to carry out the digital signal processing unit of certification) of fingerprint Identification sensor.Fingerprint Identification sensor may size, position or its be restricted in conjunction with in other elements combinations of fingerprint Identification sensor equipment.
From the viewpoint of one, this can make fingerprint Identification sensor may can not be readily incorporated into (such as relatively little equipment, as smart phone and touch pad) in the equipment of some type.From the viewpoint of another, this can make fingerprint Identification sensor relatively unstable, thus affects its principle of design.
Utility model content
The utility model is intended to solve aforementioned drawback, a kind of power consumer interface responded to by biological information identification is proposed, comprise: the biometric information sensor being placed in described power consumer interface body exterior or inside, it is one or more that described power consumer interface body comprises in control inerface and display interface, and wherein said biometric information sensor comprises one group of capacitive or the resistance element that can be coupled to user biological information with electric capacity or resistance mode; And the feedback element to described user biological information sensing, described feedback element comprises to the first feedback circuit of the motion sensitive of described control inerface with to the second responsive feedback circuit that is coupled between described user biological information and described display interface; Wherein, described biometric information sensor is installed in than the position of described feedback element closer to described user biological information, and described power consumer interface body comprises anisotropic dielectric substance.
In one embodiment, described biometric information sensor comprises the sensor circuit being coupled to one or more closing lines that the one or more through holes by being formed in silicon wafer are installed.
In one embodiment, described sensor circuit is placed in the top side of described silicon wafer, and the described top side of described silicon wafer is near described user biological information.
In one embodiment, described biometric information sensor comprises the sensor circuit being coupled to the one or more closing lines installed by one or more grooves of the edge fluting silicon wafer from described sensor circuit.
In one embodiment, described biometric information sensor comprises the sensor circuit be encapsulated in moulded goods.
In one embodiment, described moulded goods is at least partially removed.
In one embodiment, described biometric information sensor comprises the sensor circuit of the soldered elements being coupled to one or more compression.
In one embodiment, the soldered elements of described compression comprises the soldered ball of one deck encapsulation.
In one embodiment, described power consumer interface body comprises the control knob having and be configured to the lens of described user biological information being located relative to described biometric information sensor.
In one embodiment, described control knob is present in the cover plate at described power consumer interface, so that described lens cave in relative to described cover plate.
In one embodiment, described lens have the substantially flat surface for contacting described user biological information.
In another embodiment, a kind of electronic equipment for biological information identification induction, comprising: display element: be included in described display element or the control element installed relative to described display element; At least one biometric information sensor being arranged in described display element and described control element below one or two, at least one biometric information sensor described is configured to the biological information of sensing user biological information; To the pressure-sensitive pressure-active element from described user biological information, wherein said pressure-active element is installed in below at least one biometric information sensor described, so that at least one biometric information sensor described is installed in than the position of described pressure-active element closer to described user biological information.
In one embodiment, at least one biometric information sensor described comprises and is configured to be capacitively coupled to biological information crestal line in described user biological information to sense one group of capacitive element of described biological information.
In one embodiment, at least one biometric information sensor described is installed in below described display element, and wherein, described display element comprises lens material.
In one embodiment, described lens material has the plane axis of the C plane perpendicular to described lens material, described plane axis biometric information sensor and by the surface of the described display of described user biological information contact between extend.
In one embodiment, at least one biometric information sensor described is installed in below described control element, and wherein, described control element comprises the control knob with lens element.
In one embodiment, described control knob has the ground connection flange that the periphery around described lens element extends.
In one embodiment, described lens element caves in relative to the cover plate of described electronic equipment.
In one embodiment, the position of described lens element control knob described in described user biological information contact has the shape of plane substantially.
In one embodiment, described control element comprises the pressure-sensitive lens button member to user biological information described on it, and described control element also comprises the optics or the infrared sensor that are configured to described user biological information be carried out to imaging.
In one embodiment, described control element is transparent, translucent or transparent and translucent.
In one embodiment, described electronic equipment also comprises the strainmeter being configured to determine the strain on described display element based on the pressure from described user biological information.
In another embodiment, a kind of mobile device for biological information identification sensing, described mobile device comprises: display; Relative to the control element that described display is installed; Be placed in the biometric information sensor below described control element, wherein said biometric information sensor is configured to the biological information of sensing user biological information; To the pressure-sensitive pressure-active element from described user biological information, wherein said pressure-active element is installed in below described biometric information sensor, so that described biometric information sensor is installed in than the position of described pressure-active element closer to described user biological information.
In one embodiment, described biometric information sensor comprises the sensor circuit be arranged on wafer, and described sensor circuit is coupled to multiple closing lines that the multiple through holes by being formed in silicon wafer are installed.
In one embodiment, described biometric information sensor comprises the sensor circuit be arranged on wafer, and described sensor circuit is coupled to the soldered ball of the encapsulation of a layer compression.In the cover plate of described mobile device, provide described display, and wherein said control element comprises the lens installed relative to the described cover plate relation that is in depression.
The utility model technique effect is given prominence to, for power grid user provides a kind of portable secured identification equipment of indoor, information interaction can be realized with power operation department by the mode of fingerprint recognition convenient being used for, and this equipment be one can touch-control and the higher device of resolution, removing user from goes electric power place of business or third-party platform to carry out the loaded down with trivial details and defect of payment and information inquiry, and can be integrated in user household electrical equipment or equipment combination, convenient and practical.
Accompanying drawing explanation
Fig. 1 is interface operation principle of the present utility model composition schematic diagram.
Embodiment
With reference to Fig. 1, identified that by biological information (such as fingerprint) preferred embodiment at the power consumer interface 1 of induction comprises the biometric information sensor being placed in described power consumer interface body exterior or inside, described power consumer interface body 1 comprises control inerface 13 and display interface 12.Display interface 12 can comprise the multiple interfaces integrated, such as, show the interface 11 of fingerprint recognition data and the interface 12 of display corresponding user information, and user 3 is by the composition order controlling multiple interface that moves up in diagram T side.Wherein, described biometric information sensor comprises one group of capacitive or the resistive parts 135 that can collect user biological information with electric capacity or resistance mode, and the feedback element to described user biological information sensing, wherein said feedback element comprises to the first feedback circuit 133 of the motion sensitive of described control inerface with to the second responsive feedback circuit 134 that is coupled between described user biological information with described display interface 12, described first feedback circuit 133 is electrically connected described second feedback circuit 134, described second feedback circuit 134 is electrically connected a single-chip microcomputer in described power consumer information identification equipment further, for to equipment feedback sense result, wherein first the first feedback circuit 133 works, after sensing result success, send signal to the second feedback circuit 134 represent that sensing meets, user points 3 can at the enterprising line operate of display interface 12.Wherein, described biometric information sensor 132 is installed in than the position of described feedback element 133 closer to described user biological information source (user points 3 in such as Figure 1B), and described power consumer interface body 1 comprises anisotropic dielectric substance.
In one embodiment, power consumer interface 1 connects the energy consumption management system 2 of a far-end by M-BUS bus, is preferably a PC device, and interface 1 connects multiple metering outfits of user simultaneously.
In one embodiment, described biometric information sensor 132 comprises the sensor circuit being coupled to one or more closing lines that the one or more through holes by being formed in the silicon wafer of control inerface 13 are installed.
In one embodiment, described sensor circuit is placed in the top side of described silicon wafer, and the top side of described silicon wafer is near described user biological information source.
In one embodiment, described biometric information sensor comprises the sensor circuit being coupled to the one or more closing lines installed by one or more grooves of the edge fluting silicon wafer from described sensor circuit.
In one embodiment, described biometric information sensor comprises the sensor circuit be encapsulated in moulded goods.
In one embodiment, described moulded goods is at least partially removed.
In one embodiment, described biometric information sensor comprises the sensor circuit of the welding assembly being coupled to one or more compression.
In one embodiment, the welding assembly of described compression comprises the soldered ball of one deck encapsulation.
In one embodiment, described power consumer interface body comprises the control knob having and be configured to the lens 131 of being located relative to described biometric information sensor in finger print information source.In the general technology of the application, lens 131 can be used as the button (at least can form the crown member of button) in a cover plate framework.Button includes lens 131 and peripheral components thereof, the concave shape of composition rule at least partially of lens 131, guides effect on button into user being pointed 3.This regular concave shape can equally at least in part by shading ring parts 14(as the part in the metal sensor layer segment of biometric information sensor 132) in chamfering formed.
Sensor circuit 132 can utilize one or more electrical characteristics of button, the such as anisotropy of button material (such as aluminium oxide or other anisotropic materials), make sensor circuit preferably sensing user finger epidermis (or optionally, the subcutaneous part of the finger of user), make fingerprint Identification sensor circuit by the anisotropy by means of button material, show the preferably capacitive coupling comparatively speaking pointed with user, fingerprint Identification sensor circuit will obtain comparatively speaking preferably one group of information in fingerprint.Similarly, under applicable circumstances, sensor circuit can utilize the electromagnetic property of other button material, with these other electromagnetic propertys by means of button material, shows the capacitive coupling remarkable comparatively speaking pointed with user,
In one embodiment, anisotropic dielectric material can be used above capacitive fingerprint sensor 132 to form one or more layers, such as cover plate 131 or button Face layer.Anisotropic dielectric can reduce by the distance between capacitive fingerprint sensor array and the surface (or subcutaneous) of finger cause fuzzy.Such as, being oriented in the glassy layer covering between finger with capacitance sensor array or extend can Enhanced Imaging, make its perpendicular to the axle of in the axle of its transverse plane sensor imaging array and by the surface near the surface of the finger contact that will be imaged or finger between extend.Generally speaking, the longitudinal axis perpendicular to transverse plane can have than being parallel to the higher specific inductive capacity in transverse plane direction, so strengthens capacitive sensing and/or imaging.
In one embodiment, described control knob is present in the cover plate at described power consumer interface, so that described lens cave in relative to described cover plate.Button can be made up of llowing group of materials or its equivalent: aluminium oxide, glass or through chemically treated glass, through the chemically treated compound with its at least some feature, or has other compounds composition of similarity.Lens 131 are arranged in shading ring parts 14.In one embodiment, shading ring parts 14 can be used to shield galvanomagnetic effect, with the effect providing Capacitor apart or other electromagnetic isolation.Shading ring parts 14 are shown to have retain lenses 131 and the regular shape edge of display interface 12 or formation orientation that can be alignd in interface equipment 13 when building assembly in the drawings, such as rectangle.
In one embodiment, described lens have the substantially flat surface for contacting described user biological information.Button to be positioned in above biometric information sensor 132 main body circuit and with its electrical couplings.In one embodiment, sensor 132 circuit is rectangle comparatively speaking, with can the effect of two dimensional image 11 of fingerprint of sensing user 3.But in alternative embodiments, sensor 132 circuit can be placed in the another kind of shape being suitable for reception 2D information in fingerprint of circle or hexagonal shape.
Sensor 132 comprises the silicon wafer having printed fingerprint recognition circuit on it, and fingerprint recognition circuit is electrically coupled to control inerface equipment 13.Its identification circuit is installed in points relative close position with user, makes fingerprint recognition circuit in response to the measurement of the electric capacity at each the some place on user's finger, can collect information in fingerprint.
In one embodiment, pressure-sensitive parts 135 comprise integrated circuit, comprise with one or more capacitor plates of two dimension (2D) arrayed, each capacitor plate is all configured to the user's finger print figure in response to the one or more pixel places in its array, collect some information in fingerprint, thus when each capacitor plate collects one or more pixel of information in fingerprint in its array, these capacitor plate groups collectively receive the information in fingerprint of 2D array.Such as, the information in fingerprint of 2D array can be used to determine the substantive distinguishing features of the fingerprint of user, these substantive distinguishing features can be used to the fingerprint of registered user in a database, for later, or can the information in fingerprint of substantive distinguishing features and registration be compared later, to identify the fingerprint of user, and authenticated may be carried out in response to this information in fingerprint.
Sensor 132 can coupled capacitance-wise, or is coupled to user with other electromagnetic modes and points subcutaneous part.In addition, sensor 132 can sense the optics of the fingerprint of user with execution, infrared sensing or other combination of elements sense or work in combination, and these elements itself can be coupled to certain other features of fingerprint of the epidermis of user's finger, subcutaneous part that user points or expression user.
Sensor 132 comprises silicon wafer, printed thereon has integrated circuit, for measuring between one or more capacitor plate, or the electric capacity between the fingerprint of user (user points on the epidermis of 3), with the effect providing the information in fingerprint pointing 3 about user.Shading ring parts provide electrical isolation, make the electric capacity measured be that user points generation between 3 and sensor 132, instead of between any other object and fingerprint Identification sensor.Shading ring parts can be formed near the lens 131 of button.As an example, shading ring parts can be included in for supporting or the side of structure (such as button flange) of integrated shading ring parts, or are formed in side.
In one embodiment, fingerprint Identification sensor comprises with one of 2D arranged in arrays group of capacitor plate, comprise and there is roughly 500 DPI picture element densities or much the same density (or optionally, larger or less density) pixel, with the effect of 2D information in fingerprint provided about user's finger.In one embodiment, 2D fingerprint image comprises one group of gray-scale value, and each pixel has one or more such value, provides one group of 2D gray-scale value to be sent to processor for carrying out fingerprint recognition.
Control inerface equipment 13 can comprise strainmeter can be used to determine that whether user is just by the one or more sensors be pressed on cover plate 131, and it has optional temperature compensation.Described sensor 132 can measure the relative quantity of adaptability to changes cover plate 131 from the pressure of user's finger, make when user use larger pressing force by tactile cover plate 131 time, dependent variable will become relative larger value (when larger pressing force is pressed) to relative maximum (when the finger of user fully pushes down cover plate 131 substantially) from relative minimum (such as when touching reluctantly).
In another embodiment, a kind of energy consumption collecting device for biological information identification induction, comprising: display unit: be included in described display unit or the control assembly installed relative to described display unit; At least one biometric information sensor being arranged in described display unit and described control assembly below one or two, at least one biometric information sensor described is configured to the biological information of sensing user biological information; To the pressure-sensitive pressure-sensitive parts from described user biological information, wherein said pressure-sensitive parts are installed in below at least one biometric information sensor described, so that at least one biometric information sensor described is installed in than the position of described pressure-sensitive parts closer to described user biological information.
In one embodiment, at least one biometric information sensor described comprises and is configured to be capacitively coupled to biological information crestal line in described user biological information to sense one group of capacitive part of described biological information.
In one embodiment, at least one biometric information sensor described is installed in below described display unit, and wherein, described display unit comprises optical lens.
In one embodiment, described optical lens material has the plane axis of the C plane perpendicular to described optical lens material, described plane axis biometric information sensor and by the surface of the described display of described user biological information contact between extend.
In one embodiment, at least one biometric information sensor described is installed in below described control assembly, and wherein, described control assembly comprises the control knob with optical lens.
In one embodiment, described control knob has the ground connection flange that the periphery around described optical lens extends.
In one embodiment, described optical lens caves in relative to the cover plate of described energy consumption collecting device.
In one embodiment, the position of described optical lens control knob described in described user biological information contact has the shape of plane substantially.
In one embodiment, described control assembly comprises the pressure-sensitive optical lens button member to user biological information described on it, and described control assembly also comprises the optics or the infrared sensor that are configured to described user biological information be carried out to imaging.
In one embodiment, described control assembly is transparent, translucent or transparent and translucent.
In one embodiment, described energy consumption collecting device also comprises the strainmeter being configured to determine the strain on described display unit based on the pressure from described user biological information.
In another embodiment, a kind of mobile device for biological information identification sensing, comprising: display; Relative to the control assembly that described display is installed; Be placed in the biometric information sensor below described control assembly, wherein said biometric information sensor is configured to the biological information of sensing user biological information; To the pressure-sensitive pressure-sensitive parts from described user biological information, wherein said pressure-sensitive parts are installed in below described biometric information sensor, so that described biometric information sensor is installed in than the position of described pressure-sensitive parts closer to described user biological information.
In one embodiment, described biometric information sensor comprises the sensor circuit be arranged on wafer, and described sensor circuit is coupled to multiple closing lines that the multiple through holes by being formed in silicon wafer are installed.
In one embodiment, described biometric information sensor comprises the sensor circuit be arranged on wafer, and described sensor circuit is coupled to the soldered ball of the encapsulation of a layer compression.
In one embodiment, in the cover plate of described mobile device, provide described display, and wherein said control assembly comprises the lens installed relative to the described cover plate relation that is in depression.
Claims (6)
1. one kind for measuring the individual mobile device of user's energy consumption, it is characterized in that, described individual mobile device (1) comprising: display interface (12), and it comprises the control inerface (13) installed relative to described display interface (12) place plane or its extension; Be placed in the biometric information sensor (132) below described control inerface (13), wherein said biometric information sensor (132) is configured to the biological information of sensing user biological information source (3); To the pressure-sensitive pressure-sensitive parts (135) from described user biological information, wherein said pressure-sensitive parts (135) are installed in below described biometric information sensor (132), so that described biometric information sensor (132) is installed in than the position of described pressure-sensitive parts (135) closer to described user biological information source (3).
2. individual mobile device as claimed in claim 1, is characterized in that, described individual mobile device (1) connects the energy consumption management system (2) of a far-end by wire/wireless formula M-BUS bus, connects multiple metering outfits of user simultaneously.
3. individual mobile device as claimed in claim 1, it is characterized in that, described pressure-sensitive parts (135) comprise with the integrated circuit of one or more capacitor plates of two dimension (2D) arrayed, each capacitor plate is all configured to the user biological information graphic in response to the one or more pixel places in its array, the image information of collection of biological information source, thus when one or more pixel of each capacitor plate image information of collection of biological information source in its array, these capacitor plate groups collectively receive the image information in the biological information source of 2D array.
4. individual mobile device as claimed in claim 1, it is characterized in that, described biometric information sensor (132) comprises the silicon wafer being printed with biological information identification circuit thereon, wherein said biological information identification circuit is electrically coupled to control inerface (13), thus is installed in close position relative to user biological information source (3).
5. individual mobile device as claimed in claim 4, it is characterized in that, described biometric information sensor (132) comprises installation sensor circuit on silicon, and described sensor circuit is coupled to multiple closing lines that the multiple through holes by being formed in silicon wafer are installed.
6. individual mobile device as claimed in claim 1, it is characterized in that, described display interface (12) is provided in the cover plate of described individual mobile device (1), wherein said control inerface (13) comprises the lens (131) installed relative to the described cover plate relation that is in depression, for optical amplifier user biological information.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420755248.4U CN204331697U (en) | 2014-12-05 | 2014-12-05 | A kind of individual mobile device for measuring user's energy consumption |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420755248.4U CN204331697U (en) | 2014-12-05 | 2014-12-05 | A kind of individual mobile device for measuring user's energy consumption |
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| Publication Number | Publication Date |
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| CN204331697U true CN204331697U (en) | 2015-05-13 |
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| CN201420755248.4U Active CN204331697U (en) | 2014-12-05 | 2014-12-05 | A kind of individual mobile device for measuring user's energy consumption |
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Address after: HOLLEY Technology Park No. 181 310023 Hangzhou city Zhejiang District of Yuhang province Wuchang Avenue Patentee after: HOLLEY METERING LIMITED Address before: HOLLEY Technology Park No. 181 310023 Hangzhou city Zhejiang District of Yuhang province Wuchang Avenue Patentee before: Holley Metering Ltd. |