CN109725211A - The method of testing product state and the method for arranging product and data network for it - Google Patents
The method of testing product state and the method for arranging product and data network for it Download PDFInfo
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- CN109725211A CN109725211A CN201811257347.9A CN201811257347A CN109725211A CN 109725211 A CN109725211 A CN 109725211A CN 201811257347 A CN201811257347 A CN 201811257347A CN 109725211 A CN109725211 A CN 109725211A
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Abstract
The present invention relates to the methods of testing product state and the method for arranging product and data network for it.A method of for detecting the state of the product (2) using the detection unit (1) for being assigned to product (2), this method includes at least following method and step: the identification code of product (2) and/or the identification code of detection unit (1) a) are received using detection unit (1)；B) identification code of the identification code of product (2) and/or detection unit (1) is stored in the memory (13) of detection unit (1)；C) at least one measured value is recorded using at least one sensor (3) of detection unit (1)；D) in the memory that at least one measured value recorded in step c) is stored in detection unit；E) output signal is exported using detection unit and gives reading unit (7), wherein output signal at least includes the identification code of product and/or the identification code of detection unit and at least one measured value for including at least the record in step c).
Description
Technical field
The present invention relates to a kind of methods of state for testing product.The invention further relates to one kind for being directed to this method
The method for arranging product and data network.
Background technique
It is well known that it is equipped with electronic component, such as so-called beacon (Beacon) to product, it can by the electronic component
Electronically to detect the information about product.In this way, for example well known beacon will be with BLE(bluetooth (Bluetooth))
The relevant data of product are issued mobile phone, issue computer or are issued gateway with radio.Then, these data for example can be by
It is shown on mobile phone screen.But it is this to the detection of the information about product for being all inadequate for much applying.
Summary of the invention
Based on this, the task of the present invention is solve or at least reduce to combine technical problem described in the prior art here.
It should especially propose a kind of method of the state for testing product and for the method for this method arrangement product, utilize this
A little methods can the special comprehensively state of testing product.
The task utilizes the method and benefit of the state for testing product of the feature according to dependent patent claims
It is solved with according to the feature of dependent patent claims for the method for this method arrangement product and data network.With
Illustrate in dependent patent claims in other advantageous design schemes of the method for the state of testing product.In patent right
The feature individually enumerated in claim can be combined with each other with arbitrary, technical reasonable manner, and can be by coming
It is supplemented from the explanatory fact of case of specification, wherein other implementation modifications of the invention are elucidated with.
Propose a kind of method for detecting the state of the product using the detection unit for being assigned to product.This method
Including at least following steps:
A) identification code of product and/or the identification code of detection unit are received using detection unit；
B) identification code of the identification code of product and/or detection unit is stored in the memory of detection unit；
C) at least one measured value is recorded using at least one sensor of detection unit；
D) in the memory that at least one measured value recorded in step c) is stored in detection unit；
E) output signal is exported to reading unit using detection unit, wherein the output signal at least includes the identification of product
The identification code of code and/or detection unit and include at least at least one measured value recorded in the step c).
The product especially can be the component of such as lathe, machine for producing bed, vehicle or industrial plants.The product especially may be used
To be valve, actuator, motor or passive structure, such as support construction.But, described method is not limited to the production being previously mentioned
Product.
It can detecte the state of product using described method.The state of product especially may include: the product whether
Whether interference-free works for damage and/or the product.Also it can detecte the wear phenomenon in the state of product.In this way, root
Can for example identify according to the state of product: whether and when the product must be by maintenance, replacement or maintenance.Using described
Method, user especially can be assigned to the detection unit of the product and identify which product and the production be related to by reading
What kind of history product have.The history of product especially makes sense as the explanation of the operation about product.In this way, the history is for example
May include product run how long.In the case where valve is as product, which for example may include valve is when to be switched
And/or the frequency that is switched.
For a user, described method particularly provides following advantage: the user can identify product, such as logical
Product number is crossed to identify product.Meanwhile the user can obtain the understanding to the history of the product.Foundation product number (and
Understand obtained in, such as the understanding to a certain design scheme of the product) and product history, which for example can be with
Judge whether the product must be replaced.
Described method is executed using detection unit.The detection unit especially can be embedded system
System.This means especially that: the detection unit is determined and is established as to record one or more measurement parameters.The detection unit can quilt
Referred to as sensor component.Preferably, the detection unit is autonomous constructs, it can in the case where no cable connection
Operation.For this purpose, the detection unit preferably has at least one battery.The detection unit preferably has at least one sensing
Device, at least one microprocessor and at least one communication module.Using the communication module, reading unit can with external equipment,
Especially communicated with reading unit.The microprocessor of the detection unit is preferably connected on the memory of the detection unit.
The detection unit is assigned to the product and means especially that: it can recorde following measured value using the detection unit,
The measured value is suitable for describing the state of product.This especially can be the measured value directly recorded in the range of product.This
Sample, it is preferred that the detection unit is mounted on product.For example, the detection unit can paste it is in the packaging of product or viscous
It is attached on the surface of product.The detection unit also has memory, and data can be stored in the memory.
It can identify which product be related to especially for when reading detection unit, execute the step of described method
It is rapid a) and b).Step a) and b) preferably immediately landing after manufacturing product is performed, i.e., when product service life starts
It is performed.In step a), the identification code of product and/or the identification code of detection unit are transmitted to the detection unit and by this
Detection unit receives.Preferably, it not only receives the identification code of product but also receives the identification code of detection unit.
The identification code of product and the identification code of detection unit especially can be sequence number, and the sequence number is for product or is directed to
Detection unit is given without peer.Therefore, by the sequence number, the specific identification to product or detection unit is possible
's.The identification code is also possible to model, which is given without peer for a set product or detection unit.Therefore, lead to
The model is crossed, it is single to product or detection in the degree of the model and/or type that can for example identify product or detection unit
The identification of member is possible.Preferably, the identical all products of model or all detection units all structures construct in the same manner.Cause
This, which can clearly provide the product or the case where how the detection unit is designed.
If only using the identification code of detection unit, which can be considered as the combination of detection unit and product
Identification code.For this respect, which can be identified by the identification code of detection unit.Especially when detection unit and production
Product connection, for example, due to the detection unit pastes on the product and when being connect with the product, that's how things stand.
Identification code preferably sends the detection unit to by computer system.Here, these identification codes can be stored in
In computer system and it is sent in the detection unit.It is also possible that these identification codes utilize calculating in step a)
Machine system generates and is and then transmitted to detection unit and is stored in computer system.It can be by wirelessly connecting
It connects, passed especially by radio, bluetooth (Bluetooth), WLAN, infrared ray, mobile radio and/or near-field communication
It is sent in detection unit.It can also be transmitted by cable connection.
According to step b), it has been detected after unit receives in these identification codes, these identification codes are stored in detection
In the memory of unit.
It is also possible that the identification code of detection unit has been deposited at the storage of detection unit when manufacturing detection unit
In device.Here, the identification code of detection unit is come received and is to be deposited at detection unit also with detection unit first
Memory in.For this respect, step a) and b) be also be performed in terms of the identification code of detection unit.Especially
It is likely that step a) and b) for the identification code of detection unit and for the identification code of product independently of each other
To execute.In this way, can receive and store the identification code of detection unit first and and then can receive and store product
Identification code.
It can be with the history of testing product using described method.The step of especially executing described method thus
C) and d).Preferably, step c) is executed during the operation of product or conventional use.In step c), detection unit is utilized
At least one sensor records at least one measured value.For example can detecte as a result: the product has been restricted since its manufacture
In which condition, which is run or whether which kind of degree and/or the product has been used once to occur since manufacture special
Event, such as damage event.
During product operation, can collect data by step c) can store data according to step d).These numbers
According to the data that especially can be the transport about product, debugging and/or use aspect.It may be implemented: being produced about replacement whereby
It is can be considered when product judge using time and/or Sensor Events.For example, can detecte in step c): being transported in product
The frequency of row Shi Fasheng (such as due to caused by collision process) impact and/or the product have run how many a hours.
In the memory that at least one measured value recorded in step c) is stored in detection unit in step d).This
Especially can and then it be carried out after recording corresponding measured value.
Preferably: only this especially important measured value is stored according to step d).In this way, for example can be in step
C) in monitoring measurement parameters whether be more than can be previously given limiting value.Here, only just when measured value over-limit condition
The measured value can be stored.In this way, for example can only storage when once be collided with minimum strength.
The knowledge about product according to step a) and c) detected can be read according to step e).In step e),
Output signal is exported to reading unit using detection unit.This especially can by be wirelessly connected, especially by radio,
Bluetooth, WLAN, infrared ray, mobile radio and/or near-field communication are realized.
The output signal at least includes the identification code of product and/or the identification code of detection unit.The output signal is also at least
It is included at least one measured value recorded in step c).The output signal is received by reading unit.Preferably, the reading list
Member is smart phone and/or is tablet computer.After the output signal is received using reading equipment, the output signal
The screen for being preferably by reading unit is visualized.In this way, user can obtain to according to step b) and d) being deposited in inspection
Survey the understanding of the explanation on the memory of unit.
Especially, which can be obtained by described method to being related to which product and whether need replacing this
The understanding of product.Therefore, following situation can be made to become simple: at runtime (" at the scene " or in " palm fibre ground (brown-
Field in the case of) ") also identify product, such as valve, pump or control equipment, and examining about replacing when the product judges
Consider the history of the product.
In a preferred embodiment of this method, at least one characteristic of the product is also received in step a),
In the memory that at least one characteristic is also wherein stored in detection unit in step b), and wherein come according to step e)
The output signal of output further includes at least one characteristic.
Other than at least one measured value recorded according to step c), the state of product can also by this at least one
Characteristic characterizes.In this way, at least one characteristic is preferably at least one characteristic in following characteristic:
Produce the time point of the product；
The time point of the product debugged for the first time；
The operation duration up to the present of the product.
The understanding to this characteristic can especially can be considered when deciding whether replacement product.In this way, for example may be used
After time that can be previously given expires and/or degree that can be previously given to be used (such as to be switched by valve
Frequency characterizes) after replace the product.
In another preferred embodiment of this method, at least one measured value is in step c) at least for as follows
One of parameter records:
Acceleration；
Temperature；
Luminous intensity；
Magnetic induction intensity.
Product especially oneself can execute action at runtime.In this way, the operation of product especially may include make product can
Moving assembly is mobile.This can be realized by the driving device that is arranged in except product or by the driving device of product.
For example, can be opened and closed using valve as product.Product can also when the product is built in facility operation therein quilt
It is mobile.This movement of this movement of the movable-component of product and/or the product as a whole especially can use acceleration
Sensor is spent to detect.For example, can determine that valve was manipulated at which at time point by measuring acceleration.The product may be used also
It can be vibrated at runtime.These vibrations may be from product itself or may be transmitted on product by external source.It is logical
It crosses using acceleration transducer and measures vibration, it is particularly possible to obtain the understanding about abrasion and/or damage on product.
Luminous intensity may also change during the operation of product.Especially in the case where photosensitive products, pass through survey
Amount luminous intensity can determine whether the photosensitive products damage at runtime or whether will be damaged.In product operation,
It may shine from the product.In this way, for example can use detection unit come testing product light source when and with which kind of intensity
It shines.
The temperature being subjected to during operation according to product can be inferred that the working principle of product.As fruit product is, for example,
Motor, then measured high temperature can be shown that motor is connected.Excessively high temperature can be shown that in the product and/or at this
There is interference in the ambient enviroment of product.
For example, can identify electromagnetic pulse by magnetic induction intensity.This electromagnetic pulse for example may during operation by
Product is issued and/or is received by the product.The electromagnetic pulse of external source may also lead to the damage of product.
In another preferred embodiment, this method further includes following method and step:
F) data network is accessed using reading unit, and checks the knowledge according to the step e) product exported by detection unit
Other code and/or whether deposited in a data network according to the identification code of the step e) detection unit exported by detection unit.
In the above-described embodiment, it is particularly possible to determine that the product is genuine part or bogus part.In this way, it is preferred that
Ground, each genuine part are deposited in the database of data network by registering.For this purpose, can be by the identification code of product
And/or be assigned to the product detection unit identification code deposit in a data network.Preferably, not only by the identification of product
Code is deposited in a data network, and the identification code that will be assigned to the detection unit of the product is deposited in a data network.Such as
Fruit reads detection unit now with equipment is read, then can be determined and be produced by access data network using the reading equipment
Whether the identification code of product and/or the identification code of detection unit are deposited in a data network.If situation be not in this way, if this especially
It may be the mark that the product is counterfeit.
Therefore, using described method, by using specific identification code (such as material number), especially also in relation with
Anti-fake protection may be implemented in the history of product.Utilize product and the specific identification code of detection unit and going through using product
Anti-fake protection may be implemented in history, because only that the identification code of product together with detection unit identification code (such as together with according to so-called
UPID scheme unique MAC Address) deposit in a data network.If inquired to maintain purpose (by with reading
Equipment is read) history of product, then the authenticity of product can be checked simultaneously.
Data network is preferably (data) cloud.The data network is also possible to computer network.Nothing can especially be passed through
Line connection, such as WLAN connection or mobile wireless radio connections access data network using reading unit.Data network preferably wraps
Database is included, deposit has the identification code of product and/or the identification code of detection unit in the database.
In another preferred embodiment of this method, the output signal exported in step e) includes the identification of product
The identification code of code and detection unit.It is also checked in step f): according to the identification code of the step e) product exported whether in data
Deposit is associated with the identification code according to detection unit determined by step e) in network.
Output signal not only includes the identification code of product but also identification code including detection unit especially can be by as follows
Mode is realized: the identification code of product and the identification code of detection unit is received in step a), and in step b) by product
Identification code and the identification code of detection unit be stored in the memory of detection unit.
In this embodiment, not only check whether the identification code of product and the identification code of detection unit itself are deposited
In a data network.Additionally, also check whether the combination of detection unit and product deposits in a data network.It whereby, can be with
Realize ultra-safe anti-fake protection.
In another preferred embodiment of this method, the position of reading unit is receiving output letter using reading unit
Number when be determined and be stored in reading unit and/or be transmitted to data network.
If identifying that the product is counterfeit, the understanding of the position of fake product may be advantageous.In this way, example
Such as can be determined where (i.e. for example which country, which city, which kind of operation under) identify fake product sheet
Body.Such understanding can help to determine the root of fake product.
Especially can by means of satellite navigation, particularly by GPS(global positioning system (Global
Positioning System)) determine the position of reading unit.It is assumed that reading unit be at the time of reading detection unit or
Product is nearby in the case where (this is preferred), the position of the position of reading unit and product can be regarded as.
It is real after receiving request signal using detection unit in another preferred embodiment of this method
Apply step e).
In this embodiment, step e) can especially be executed according to the request of user.In this way, user can especially incite somebody to action
Equipment is read to take near detection unit and read detection unit using reading unit.For this purpose, user can promote to read
Unit exports request signal to detection unit.The request signal can for example pass through radio, bluetooth, WLAN, infrared ray, movement
Radio and/or near-field communication are realized.
(when necessary alternatively) is it is likely that the output signal is independently exported in step e) by detection unit.This
Such as it can be expired (and whereby especially at previously given time point) by the time and/or (such as limiting value is super by event
It triggers out).In this case preferred that: detection unit and trigger unit are communicated by connecting as follows, the company
Communication can also be realized in bigger operating distance by connecing.For this purpose, especially consider radio, bluetooth, WLAN, infrared ray and/
Or mobile radio.
In another preferred embodiment of this method, output signal is come in step e) by means of near-field communication defeated
Out.
In this embodiment, if reading unit is near detection unit, which can be sent to
On trigger unit.Thus, be preferably in this embodiment: the output signal has been received from reading unit in detection unit
It is exported after to request signal.
In another preferred embodiment of this method, which is the operating component of machine for doing work.
Described method is especially determined and sets up for monitoring industrial production facilities.The facility especially can be for
Manufacture the machine of product with being partially or fully automated.The facility is also possible to machine for doing work, such as excavator or crane.
It is a kind of in order to arrange product sum number using the state of described method testing product as on the other hand, proposing
According to the method for network, this method includes at least following method and step:
A it) will test unit to be mounted on product；
B the identification code of product and the identification code of detection unit) are determined；And
C it) will be deposited in a data network in a manner of being mutually related according to identification code determined by step B).
It can be applied and be turned for advantage and design feature special described in the method for being used to the state of testing product
For the described method for arranging product, and vice versa.
The described method for arranging product and data network is especially determined and sets up the shape for testing product
The following this embodiment of the method for state, wherein the output signal exported in step e) includes the identification code and detection of product
The identification code of unit.This can be achieved in that the identification code and detection unit that product is received in step a)
Identification code, and the identification code of the identification code of product and detection unit is stored in in step b) memory of detection unit
In.
Method for arranging product and data network, which preferably immediately lands after manufacturing product, to be performed, that is, is being produced
Product service life is performed when starting.Preferably, this method for the described state for testing product step a) and
B) it is carried out after and before the step c) of the method for the described state for testing product.According to step A), will examine
Unit is surveyed to be mounted on product.This can for example be pasted in the packaging of product or product by will test unit and be realized.?
Step B) in, determine the identification code of product and detection unit.For this purpose, these identification codes are preferably read from detection unit.This
Such as it can be realized with advancing equipment.The advancing equipment can be different from the reading unit used in step e) or with
The reading unit structure constructs in the same manner.Equipment also not only can be in step B) in be used as adjusting equipment but also can be in step
It is rapid e) in be used as reading unit.These identification codes are deposited in data network in a manner of being mutually related in step C).
This for the method for executing the described state for being used for testing product especially for being advantageous, wherein for anti-fake protection
And check whether the identification code exported according to step e) is dependently of each other deposited in a data network.
For example, will test in step A) after unit is mounted on product, according to step B), start in the debugging of product
When, it can use the terminal device of network capabilities, such as by input part type model and/or pass through shooting product or production
The nameplate of product carrys out the type of recognizer component.In addition, for example by means of the identification code of wireless technology (NFC) Lai Shixian detection unit.
Then, it can establish in step C) and be connected to data network, Er Qiechuan with " cloud background devices (Cloud backend) "
Send the data found out according to step B).
As on the other hand, a kind of detection unit is proposed, which is determined and sets up for described
It is used in one of method.
For the method for state for being used to testing product and for being used to for this method arrangement product and data network
Described special advantage and design feature can be applied and are diverted to described detection unit for the method for network.
As on the other hand, a kind of reading unit is proposed, which is determined and sets up for described
It is used in method for the state of testing product.
For the method for state for being used to testing product and for being used to for this method arrangement product and data network
Described special advantage and design feature can be applied and are diverted to described reading unit for the method for network.
As on the other hand, a kind of data network is proposed, which is determined and sets up for described
It is used in method for the state of testing product.
For the method for state for being used to testing product and for being used to for this method arrangement product and data network
Described special advantage and design feature can be applied and are diverted to described data network for the method for network.
Detailed description of the invention
The present invention and technological accumulation and inheritance are then further illustrated according to attached drawing.Attached drawing shows one embodiment, so
And the present invention is not limited to the embodiments.In order to clarify, it should be noted that: the technical characteristic illustrated in the drawings can also be with it
The feature of its attached drawing and/or specification combination, without drawing other technical characteristics of an attached drawing.Simply by the presence of by a skill
The technology necessity that the way of realization of art feature is combined with the way of realization of other technical characteristics, just clearly makes reference to it
Or show so that otherwise there is the independent assortment property of these features.
Wherein:
Fig. 1 schematically shows the diagram of product, which has the detection unit for being assigned to the product and read single
Member and data network；
Fig. 2 schematically shows the states that the product is detected for the detection unit using the product for being assigned to Fig. 1
The diagram of method；
Fig. 3 schematically shows the diagram of the method for method arrangement product and data network for Fig. 1；
Fig. 4 schematically shows the diagrams of the machine for doing work of the product with multiple embodiments according to Fig. 1.
Specific embodiment
Fig. 1 shows product 2, which has the detection unit 1 for being assigned to the product.Detection unit 1 has sensing
Device 3, battery 4, microprocessor 5 and communication module 6.The microprocessor 5 of detection unit 1 is connected on memory 13.Detection unit 1 can
It is communicated by communication module 6 with reading unit 7.Reading unit 7 can be communicated with data network 8.
Fig. 2 shows for the detection unit 1 using the product 2 for being assigned to Fig. 1 come the method for the state of testing product 2
Diagram.This method comprises the following steps:
A) at least one of the identification code of product 2 and the identification code of detection unit 1 and product 2 are received using detection unit 1
Characteristic；
B) at least one characteristic of the identification code and product 2 of the identification code of product 2 and detection unit 1 is stored in detection list
In the memory 13 of member 1；
C) at least one measured value is recorded using the sensor 3 of detection unit 1；
D) in the memory 13 that at least one measured value recorded in step c) is stored in detection unit 1；
E) after receiving request signal using detection unit 1, using detection unit 1 by output signal by means of near field
Communication output is to reading unit 7, and wherein the output signal at least includes the identification code of product 2 and/or the identification code of detection unit 1
And at least one characteristic of at least one measured value and product 2 for recording in step c) is included at least,
F) data network 8 is accessed using reading unit 7, and checks the product 2 exported according to step e) by detection unit 1
Identification code and the identification code of the detection unit 1 exported according to step e) by detection unit 1 whether be deposited in data network 8.
Also check for herein: according to step e) output product 2 identification code whether in data network 8 deposit for according to step e) institute
The identification code of determining detection unit 1 is associated.
In step c), at least one measured value is at least for acceleration, temperature, luminous intensity and/or magnetic induction intensity
To record.
The output signal is received using reading unit 7.Here, the position of reading unit 7 is determined and is stored in
In reading unit 7 and/or it is transmitted to data network 8.
Fig. 3 shows the diagram of the method for method arrangement product 2 and data network 8 for Fig. 2.This method includes
Following method and step:
A it) will test unit 1 to be mounted on product 2；
B the identification code of product 2 and the identification code of detection unit 1) are determined；And
C it) will be deposited in a manner of being mutually related in data network 8 according to identification code determined by step B).
Fig. 4 shows machine for doing work 9.On motor 10, on two hydraulic pressure units 11 and on chain drive mechanism 12
It is respectively arranged with the detection unit 1 according to the embodiment of Fig. 1.10, two hydraulic pressure units 11 of motor and chain drive mechanism 12 are all
It is the product 2 for the embodiment of Fig. 1.Using detection unit 1, production can be detected according to method shown in figure 2
The state of product.For this purpose, can arrange product 2 and (not shown here) data network 8 using the method being shown in FIG. 3.
Reference signs list
1 detection unit
2 products
3 sensors
4 batteries
5 microprocessors
6 communication modules
7 reading units
8 data networks
9 machine for doing work
10 motors
11 hydraulic pressure units
12 chain drive mechanisms
13 memories
Claims (13)
1. method of the one kind for detecting the state of the product (2) using the detection unit (1) for being assigned to product (2),
The method includes at least following method and step:
A) identification of the identification code and/or the detection unit (1) of the product (2) is received using the detection unit (1)
Code；
B) identification code of the identification code of the product (2) and/or the detection unit (1) is stored in the detection unit (1)
Memory (13) in；
C) at least one measured value is recorded using at least one sensor (3) of the detection unit (1)；
D) in the memory (13) that at least one measured value recorded in step c) is stored in the detection unit (1)；
E) output signal is exported using the detection unit (1) and gives reading unit (7), wherein described output signal to Shao Bao
It includes the identification code of the product (2) and/or the identification code of the detection unit (1) and includes at least the record in step c)
At least one measured value.
2. according to the method described in claim 1, wherein also receive at least one characteristic of the product (2) in step a),
Wherein also at least one described characteristic is stored in the memory (13) of the detection unit in step b), and is wherein pressed
The output signal exported according to step e) further includes at least one described characteristic.
3. method according to one of the above claims, wherein at least one described measured value in step c) at least for
One of following parameter records:
Acceleration；
Temperature；
Luminous intensity；
Magnetic induction intensity.
4. method according to one of the above claims, the method also includes following method and steps:
F) it is accessed data network (8), and is checked according to step e) by the detection unit using the reading unit (7)
(1) identification code of the product (2) exported and/or the detection list exported according to step e) by the detection unit (1)
Whether the identification code of first (1) is deposited in the data network (8).
5. according to the method described in claim 4, the output signal wherein exported in step e) includes the knowledge of the product (2)
The identification code of other code and the detection unit (1), and the production exported according to step e) is wherein also checked in step f)
Whether the identification code of product (2) deposits the detection unit (1) for being and determining according to step e) in the data network (8)
Identification code is associated.
6. method according to one of the above claims, wherein the position of the reading unit (7) is utilizing the reading
Unit (7) is determined when receiving the output signal and is stored in the reading unit (7) and/or is transmitted to data
Network (8).
7. method according to one of the above claims, wherein having utilized the detection unit (1) to receive request letter
After number, implementation steps e).
8. method according to one of the above claims, the output signal is come in step e) by means of near-field communication defeated
Out.
9. method according to one of the above claims, wherein the product is the operating component of machine for doing work (9).
10. a kind of arrange product to utilize the state of method testing product (2) according to one of the above claims
(2) and the method for data network (8), the method include at least following method and step:
A) detection unit (1) is mounted on the product (2)；
B the identification code of the product (2) and the identification code of the detection unit (1)) are determined；And
C it) will be deposited in a manner of being mutually related according to identification code determined by step B) in the data network (8).
11. a kind of detection unit (1), the detection unit are determined and set up for according to one of the claims
Method in use.
12. a kind of reading unit (7), the reading unit is determined and is set up for according to claim 1 to one of 10 institutes
It is used in the method stated.
13. a kind of data network (8), the data network are determined and are set up for according to claim 4,5,8,9 or 10
One of described in method in use.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| DE102017219383.2 | 2017-10-27 | ||
| DE102017219383.2A DE102017219383A1 (en) | 2017-10-27 | 2017-10-27 | A method of detecting a condition of a product and methods of setting up the product and a data network therefor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109725211A true CN109725211A (en) | 2019-05-07 |
Family
ID=66137827
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811257347.9A Pending CN109725211A (en) | 2017-10-27 | 2018-10-26 | The method of testing product state and the method for arranging product and data network for it |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN109725211A (en) |
| DE (1) | DE102017219383A1 (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE102019218803A1 (en) * | 2019-12-03 | 2021-06-10 | Siemens Aktiengesellschaft | Method for determining the aging of a high voltage device |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20040145474A1 (en) * | 2002-11-15 | 2004-07-29 | Schmidtberg Rupert A. | RF identification reader for communicating condition information associated with the reader |
| CN101443634A (en) * | 2006-05-12 | 2009-05-27 | Ksb股份公司 | Device for transmitting measured values |
| CN104685430A (en) * | 2012-09-28 | 2015-06-03 | 恩德莱斯和豪瑟尔两合公司 | Assembly, comprising at least one field device, at least one sensor unit or signal detection unit associated with the at least one field device, and at least one function block |
| CN105164717A (en) * | 2013-04-30 | 2015-12-16 | Sca卫生用品公司 | Process and arrangement for collecting and storing data related to condition of absorbent product |
| CN105868941A (en) * | 2016-06-01 | 2016-08-17 | 江苏民生重工有限公司 | Intelligent cloud gas cylinder management system |
-
2017
- 2017-10-27 DE DE102017219383.2A patent/DE102017219383A1/en not_active Withdrawn
-
2018
- 2018-10-26 CN CN201811257347.9A patent/CN109725211A/en active Pending
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| US20040145474A1 (en) * | 2002-11-15 | 2004-07-29 | Schmidtberg Rupert A. | RF identification reader for communicating condition information associated with the reader |
| CN101443634A (en) * | 2006-05-12 | 2009-05-27 | Ksb股份公司 | Device for transmitting measured values |
| CN104685430A (en) * | 2012-09-28 | 2015-06-03 | 恩德莱斯和豪瑟尔两合公司 | Assembly, comprising at least one field device, at least one sensor unit or signal detection unit associated with the at least one field device, and at least one function block |
| CN105164717A (en) * | 2013-04-30 | 2015-12-16 | Sca卫生用品公司 | Process and arrangement for collecting and storing data related to condition of absorbent product |
| CN105868941A (en) * | 2016-06-01 | 2016-08-17 | 江苏民生重工有限公司 | Intelligent cloud gas cylinder management system |
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| 颜军: "《物联网概论》", 30 November 2011 * |
Also Published As
| Publication number | Publication date |
|---|---|
| DE102017219383A1 (en) | 2019-05-02 |
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