CN201867347U - Weighing type water vapor permeation rate tester - Google Patents
Weighing type water vapor permeation rate tester Download PDFInfo
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- CN201867347U CN201867347U CN2010205929242U CN201020592924U CN201867347U CN 201867347 U CN201867347 U CN 201867347U CN 2010205929242 U CN2010205929242 U CN 2010205929242U CN 201020592924 U CN201020592924 U CN 201020592924U CN 201867347 U CN201867347 U CN 201867347U
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Abstract
The utility model relates to a weighing type water vapor permeation rate tester, which can monitor energy utilization, detect the environment, collect sample information, transmit and receive data, and realize monitoring and recording of power consumption of equipment and conditions of the testing environment, collection of the sample information, and transmission of the data of a processing unit to an external information server via a communication unit. The weighing type water vapor permeation rate tester structurally comprises a processing unit, wherein the processing unit carries out two-way communication with a weighing type water vapor permeation rate testing unit and a memory unit; the input end of the processing unit is respectively connected with an energy monitoring device and an environment detection unit; the energy monitoring device is arranged in a power supply module and can monitor power consumption and transmit power consumption data to the processing unit; and the environment detection unit adopts a detection sensor to detect environmental conditions and transmits environmental information to the processing unit.
Description
Technical field
The utility model relates to a kind of weight method moisture-vapor transmission tester that the energy uses monitoring and environment detection ability that has.
Background technology
Along with the anxiety of earth energy, the aggravation and the social attention of environmental pollution for low-carbon economy, how rationally, effectively, economically the laboratory room managing personnel use device resource to become a problem that receives much concern, and the energy operating position of monitoring equipment is to realize the economic prerequisite of using.But the current energy operating position of monitoring experiment chamber integral body of wanting is easy, and to monitor every equipment energy operating position difficulty separately, for weight method moisture-vapor transmission tester, the real consumption information when present checkout equipment all can't be given in the equipment use.
And improving constantly along with scientific and technological level, the production of wrappage and development also develop towards lighter, thinner, more convenient, more economical direction gradually, the influence that the widespread use of functional material and moisture-vapor transmission are produced food, medicine, cosmetics, industrial goods product quality safety makes the importance of moisture-vapor transmission test become increasingly conspicuous, and also constantly strict for the requirement of this index of material.Nowadays whether the moisture-vapor transmission of material is up to standard is that to be related to large quantities of wrappage be qualified or the key of scrapping, and environmental factor also further highlights the influence of test simultaneously.The moisture-vapor transmission of test material has weight method and two kinds of methods of sensor method, wherein weight method is the basic methods of material water steam transmission measurement, place sample in the moisture vapor transmission cup, the seal sample edge, make the inner space of sealing, humidity is certain that forms of sample one side and moisture vapor transmission cup, with the weight of reasonable time interval weighing moisture vapor transmission cup, calculate the moisture-vapor transmission of material by the weight change of moisture vapor transmission cup.Temperature is a key factor that influences the material moisture-vapor transmission, and the change of temperature can cause test data bigger change to occur, and for weight method moisture-vapor transmission tester, vibration is the significant obstacle of influence test especially.Though requiring should not have vibration source in the testing environment, actual test environment is often unsatisfactory, perhaps owing to other reasons can cause occurring once or unexpected several times, irregular vibration in test process.In most cases, testing crew can complete monitoring the test process, even and if monitor and also may not perceive this class vibration, but the test deviation that vibration may cause can't be out in the cold.Simultaneously, ambient humidity, equipment are put the test data accuracy that situation such as levelness also can influence moisture-vapor transmission, use in the time of therefore should be paid attention to and write down in order to data analysis for these factors.At present, weight method moisture-vapor transmission tester does not have the detecting function of these environmental factors, ambient conditions when therefore testing can't accurately obtain and record, makes testing crew can't conclude whether process of the test is normal, can only be by increasing tested number if will further verify.
In addition, owing to now the test item that wrappage carried out is occurred than leap ahead, therefore also increasing to the manual input of sample message and to the situation of makeing mistakes in the artificially collecting of sample test data, this becomes a hidden danger that influences data accuracy, and has brought the huge workload of checking.And current this data acquisition modes length consuming time, efficient is low, has become an outstanding problem of restriction detection efficiency.
As seen, for current weight method moisture-vapor transmission tester, use the disappearance of monitoring, lacking of environmental monitoring to become the outstanding problem that this test of restriction develops, influences test accuracy to the equipment energy, and low also should being resolved of device data transmission automaticity think that following information-based detection system construction lays the first stone.
The utility model content
The utility model is for overcoming above-mentioned the deficiencies in the prior art, a kind of weight method moisture-vapor transmission tester that the energy uses monitoring and environment detection ability that has is provided, it has the energy and uses monitoring and environment detection ability, can have simultaneously the transmission of sample message collection and data, receiving ability, monitoring and record have been realized for equipment electricity consumption situation and experimental enviroment situation, and realized collection for sample message realizing the information server of the data in the processing unit to the outside sent simultaneously by communication unit.
The purpose of this utility model is to adopt following technical proposals to realize:
A kind of weight method moisture-vapor transmission tester with energy use monitoring and environment detection ability, it comprises processing unit, processing unit and weight method moisture-vapor transmission test cell, storage unit two-way communication; The processing unit input end also is connected with the environment detection unit with the energy monitoring device respectively; The energy monitoring device is installed in the supply module, is connected with processing unit, monitors the electric energy operating position, and energy consumption data is sent in the processing unit; The environment detection unit uses acquisition sensor acquisition environment condition, and environmental information is sent in the processing unit.
Described processing unit also links to each other with communication unit.
Described communication unit comprises load module and output module, and load module is connected with the label harvester by network, and output module is connected with information server by network.The label harvester sends to processing unit with sample message through the load module of communication unit, after end of test (EOT), will detect data and be sent to processing unit by weight method moisture-vapor transmission test cell, processing unit is sent to sample message storage unit after in a word and preserves with detecting data sink, and summary information is sent to information server through the output module of communication unit.
Described label harvester and information server all have independently data sending and receiving device.
Described energy monitoring device is at least a in source current sensor and supply voltage sensor or the intelligent electric meter.
Described environment detection unit comprises an acquisition sensor at least, and described acquisition sensor is at least a in temperature sensor or humidity sensor or vibration transducer or horizon sensor or the hazardous gas sensor.
Described label harvester is at least a in electronic tag reading apparatus or bar code reader or the information typing instrument.
Described network is at least a in cable network or wireless network or the cordless communication network.
Described information server is at least a in server or the computer.
Weight method moisture-vapor transmission tester comprises processing unit, weight method moisture-vapor transmission test cell, storage unit, energy monitoring device, environment detection unit five parts in the utility model.Processing unit and weight method moisture-vapor transmission test cell, storage unit two-way communication; The output terminal of the output terminal of energy monitoring device and environment detection unit is connected with the input end of processing unit.The energy monitoring device is installed in the supply module of weight method moisture-vapor transmission tester, the electric energy operating position of monitoring weight method moisture-vapor transmission tester, and energy consumption data sent in the processing unit, described energy monitoring device is at least a in source current sensor and supply voltage sensor or the intelligent electric meter.The environment detection unit comprises an acquisition sensor at least, the environment detection unit uses acquisition sensor acquisition environment condition, and environmental information sent in the processing unit, described acquisition sensor is at least a in temperature sensor or humidity sensor or vibration transducer or horizon sensor or the hazardous gas sensor.When carrying out sample detection, sample is sent in the weight method moisture-vapor transmission tester as requested by setup test in the sample chamber of weight method moisture-vapor transmission test cell control, processing unit transmission on-test information is to weight method moisture-vapor transmission test cell, finish sample test and test data is sent in the processing unit by weight method moisture-vapor transmission test cell, energy monitoring device and environment detection unit use data and ambient condition information to handling in the unit according to the electric energy that transmitting apparatus is set,, then combined data and analysis result are sent to storage unit and preserve with energy consumption data in the process of the test and environmental information and the sample test data gather together and require to finish data analysis according to being provided with by processing unit.
The utility model also has another kind of structure, can realize between weight method moisture-vapor transmission tester and external unit exchanges data and to the collection of sample message.Weight method moisture-vapor transmission tester comprises processing unit, weight method moisture-vapor transmission test cell, storage unit, energy monitoring device, environment detection unit, communication unit six parts, will realize that simultaneously the collection of sample message and the exchanges data between weight method moisture-vapor transmission tester and external unit also need the label harvester, information server is used.Processing unit respectively with weight method moisture-vapor transmission test cell, storage unit, communication unit two-way communication; The output terminal of the output terminal of energy monitoring device and environment detection unit is connected with the input end of processing unit.Weight method moisture-vapor transmission tester passes through cable network or wireless network or wireless communication networks and links to each other respectively with information server with the label harvester.The energy monitoring device is installed in the supply module of weight method moisture-vapor transmission tester, the electric energy operating position of monitoring weight method moisture-vapor transmission tester, and energy consumption data sent in the processing unit, described energy monitoring device is at least a in source current sensor and supply voltage sensor or the intelligent electric meter.The environment detection unit comprises an acquisition sensor at least, the environment detection unit uses acquisition sensor acquisition environment condition, and environmental information sent in the processing unit, described acquisition sensor is at least a in temperature sensor or humidity sensor or vibration transducer or horizon sensor or the hazardous gas sensor.Communication unit comprises load module and output module, and load module passes through cable network or wireless network or wireless communication networks and is connected with the label harvester, and output module passes through cable network or wireless network or wireless communication networks and is connected with information server.The label harvester is the information acquisition equipment that is complementary with the label form that is arranged on the sample, can collect the sample message in the label, and sample message is sent to processing unit through the load module of communication unit.After end of test (EOT), will detect data and be sent to processing unit by weight method moisture-vapor transmission test cell, processing unit is sent to sample message storage unit after in a word and preserves with detecting data sink, and summary information is sent to information server through the output module of communication unit.When carrying out sample detection, at first use the collection of label harvester to be arranged in the specimen material and the manufacturing information of the label on the sample, and the load module of this information through communication unit sent in the processing unit, then the sample of label correspondence is sent into as requested in the weight method moisture-vapor transmission tester by setup test in the sample chamber of weight method moisture-vapor transmission test cell control, processing unit transmission on-test information is to weight method moisture-vapor transmission test cell, finish sample test and test data is sent in the processing unit by weight method moisture-vapor transmission test cell, energy monitoring device and environment detection unit use data and ambient condition information to handling in the unit according to the electric energy that transmitting apparatus is set, by processing unit with energy consumption data in the process of the test and environmental information and the sample test data gather together and require to finish data analysis according to being provided with, then combined data and analysis result are sent to the storage unit preservation, and summary information is sent to information server through the output module of communication unit.Described label harvester and information server all have independently data sending and receiving device.Described label and label harvester are respectively electronic tag and electronic tag reading apparatus; Or bar-code label and bar code reader; Or hand-written label and information typing instrument.Described information server is at least a in server or the computer.
Advantage of the present utility model is:
1. simplify laboratory network construction burden.
2. can preserve laboratory environment and survey historical data, be convenient to carrying out and passing through of laboratory certification work.
3. room environmental is surveyed by experiment, can effectively guarantee laboratory safety.
4. can accurately judge the validity of test data, realize the test data error-correcting parsing.
5. can realize the management of test effect, the service efficiency of analytical instrument.
6. can realize the laboratory managing power consumption.
7. can adopt the embedded computer module as processing unit, improve security of system and stability.
8. be with good expansibility, can form unobstructed data with a large amount of electronic products and exchange, can be following digital information exchange and lay the foundation.
9. sample message collection and data transmission automaticity height can be guaranteed the accuracy of data and sample data.
10. can the high speed storing mass data, break through the unit storage limit, and for providing any interval product quality analysis report to provide adequate condition.
11. collection provides a great convenience to sample message, can effectively raise the efficiency and significantly reduces consuming time.
12. can realize the Long-distance Control tested.
Description of drawings:
Fig. 1 is a composition synoptic diagram of the present utility model.
Fig. 2 forms synoptic diagram for another embodiment of the utility model.
Wherein, 1. supply module; 2. energy monitoring device; 3. processing unit; 4. weight method moisture-vapor transmission test cell; 5. environment detection unit; 6. storage unit; 7. label harvester; 8. load module; 9. output module; 10. communication unit; 11. information server; 12. weight method moisture-vapor transmission tester.
Embodiment
Below in conjunction with drawings and Examples the utility model is described further.
Embodiment 1:
Among Fig. 1, weight method moisture-vapor transmission tester comprises processing unit 3, weight method moisture-vapor transmission test cell 4, storage unit 6, energy monitoring device 2, environment detection unit 5 five parts in the utility model.Processing unit 3 and weight method moisture-vapor transmission test cell 4, storage unit 6 two-way communications; The output terminal of the output terminal of energy monitoring device 2 and environment detection unit 5 is connected with the input end of processing unit 3.Energy monitoring device 2 is installed in the supply module 1 of weight method moisture-vapor transmission tester, the electric energy operating position of monitoring weight method moisture-vapor transmission tester, and energy consumption data sent in the processing unit 3, described energy monitoring device 2 is at least a in source current sensor and supply voltage sensor or the intelligent electric meter.Environment detection unit 5 comprises an acquisition sensor at least, environment detection unit 5 uses acquisition sensor acquisition environment condition, and environmental information sent in the processing unit 3, described acquisition sensor is at least a in temperature sensor or humidity sensor or vibration transducer or horizon sensor or the hazardous gas sensor.When carrying out sample detection, sample is sent in the weight method moisture-vapor transmission tester as requested by setup test in the sample chamber of weight method moisture-vapor transmission test cell 4 controls, processing unit 3 transmission on-test information are to weight method moisture-vapor transmission test cell 4, finish sample test and test data is sent in the processing unit 3 by weight method moisture-vapor transmission test cell 4, energy monitoring device 2 and environment detection unit 5 use data and ambient condition information to handling in the unit 3 according to the electric energy that transmitting apparatus is set,, then combined data and analysis result are sent to storage unit 6 and preserve with energy consumption data in the process of the test and environmental information and the sample test data gather together and require to finish data analysis according to being provided with by processing unit 3.
Embodiment 2:
Among Fig. 2, weight method moisture-vapor transmission tester 12 comprises processing unit 3, weight method moisture-vapor transmission test cell 4, storage unit 6, energy monitoring device 2, environment detection unit 5, communication unit 10 6 parts in the utility model, will realize that simultaneously the collection of sample message and the exchanges data between weight method moisture-vapor transmission tester 12 and external unit also need label harvester 7, information server 11 is used.Processing unit 3 respectively with weight method moisture-vapor transmission test cell 4, storage unit 6, communication unit 10 two-way communications; The output terminal of the output terminal of energy monitoring device 2 and environment detection unit 5 is connected with the input end of processing unit 3.
Weight method moisture-vapor transmission tester 12 passes through cable network or wireless network or wireless communication networks and links to each other respectively with information server 11 with label harvester 7.Energy monitoring device 2 is installed in the supply module 1 of weight method moisture-vapor transmission tester 12, the electric energy operating position of monitoring weight method moisture-vapor transmission tester 12, and energy consumption data sent in the processing unit 3, described energy monitoring device 2 is at least a in source current sensor and supply voltage sensor or the intelligent electric meter.Environment detection unit 5 comprises an acquisition sensor at least, environment detection unit 5 uses acquisition sensor acquisition environment condition, and environmental information sent in the processing unit 3, described acquisition sensor is at least a in temperature sensor or humidity sensor or vibration transducer or horizon sensor or the hazardous gas sensor.Communication unit 10 comprises load module 8 and output module 9, load module 8 passes through cable network or wireless network or wireless communication networks and is connected with label harvester 7, and output module 9 passes through cable network or wireless network or wireless communication networks and is connected with information server 11.Label harvester 7 is the information acquisition equipment that is complementary with the label form that is arranged on the sample, can collect the sample message in the label, and sample message is sent to processing unit 3 through the load module 8 of communication unit 10.After end of test (EOT), will detect data and be sent to processing unit 3 by weight method moisture-vapor transmission test cell 4, processing unit 3 is sent to sample message storage unit 6 after in a word and preserves with detecting data sink, and summary information is sent to information server 11 through the output module 9 of communication unit 10.When carrying out sample detection, at first use label harvester 7 to gather specimen material and the manufacturing information that is arranged in the label on the sample, and the load module 8 of this information through communication unit 10 sent in the processing unit 3, then the sample of label correspondence is sent into as requested in the weight method moisture-vapor transmission tester 12 by setup test in the sample chamber of weight method moisture-vapor transmission test cell 4 controls, processing unit 3 transmission on-test information are to weight method moisture-vapor transmission test cell 4, finish sample test and test data is sent in the processing unit 3 by weight method moisture-vapor transmission test cell 4, energy monitoring device 2 and environment detection unit 5 use data and ambient condition information to handling in the unit 3 according to the electric energy that transmitting apparatus is set, by processing unit 3 with energy consumption data in the process of the test and environmental information and the sample test data gather together and require to finish data analysis according to being provided with, then combined data and analysis result are sent to storage unit 6 preservations, and summary information is sent to information server 11 through the output module 9 of communication unit 10.Described label harvester 7 and information server 11 all have independently data sending and receiving device.Described label and label harvester 7 are respectively electronic tag and electronic tag reading apparatus; Or bar-code label and bar code reader; Or hand-written label and information typing instrument.Described information server 11 is at least a in server or the computer.
Claims (9)
1. one kind has the weight method moisture-vapor transmission tester that the energy uses monitoring and environment detection ability, it is characterized in that it comprises processing unit, processing unit and weight method moisture-vapor transmission test cell, storage unit two-way communication; The processing unit input end also is connected with the environment detection unit with the energy monitoring device respectively; The energy monitoring device is installed in the supply module, is connected with processing unit.
2. the weight method moisture-vapor transmission tester with energy use monitoring and environment detection ability as claimed in claim 1 is characterized in that described processing unit also links to each other with communication unit.
3. the weight method moisture-vapor transmission tester with energy use monitoring and environment detection ability as claimed in claim 2, it is characterized in that, described communication unit comprises load module and output module, load module is connected with the label harvester by network, and output module is connected with information server by network.
4. the weight method moisture-vapor transmission tester with energy use monitoring and environment detection ability as claimed in claim 3 is characterized in that described label harvester and information server all have independently data sending and receiving device.
5. as claimed in claim 1 have a weight method moisture-vapor transmission tester that the energy uses monitoring and environment detection ability, it is characterized in that, described energy monitoring device is at least a in source current sensor and supply voltage sensor or the intelligent electric meter.
6. the weight method moisture-vapor transmission tester with energy use monitoring and environment detection ability as claimed in claim 1, it is characterized in that, described environment detection unit comprises an acquisition sensor at least, and described acquisition sensor is at least a in temperature sensor or humidity sensor or vibration transducer or horizon sensor or the hazardous gas sensor.
7. as claim 3 or 4 described weight method moisture-vapor transmission testers with energy use monitoring and environment detection ability, it is characterized in that described label harvester is at least a in electronic tag reading apparatus or bar code reader or the information typing instrument.
8. as claimed in claim 3 have a weight method moisture-vapor transmission tester that the energy uses monitoring and environment detection ability, it is characterized in that, described network is at least a in cable network or wireless network or the cordless communication network.
9. as claimed in claim 3 have a weight method moisture-vapor transmission tester that the energy uses monitoring and environment detection ability, it is characterized in that, described information server is at least a in server or the computer.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205929242U CN201867347U (en) | 2010-11-05 | 2010-11-05 | Weighing type water vapor permeation rate tester |
| PCT/CN2011/000367 WO2012058853A1 (en) | 2010-11-05 | 2011-03-08 | Material property testing apparatus |
| US13/502,302 US9026386B2 (en) | 2010-11-05 | 2011-03-08 | Material property testing devices with capabilities of monitoring energy-consumption and detecting the environment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205929242U CN201867347U (en) | 2010-11-05 | 2010-11-05 | Weighing type water vapor permeation rate tester |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201867347U true CN201867347U (en) | 2011-06-15 |
Family
ID=44138499
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010205929242U Expired - Lifetime CN201867347U (en) | 2010-11-05 | 2010-11-05 | Weighing type water vapor permeation rate tester |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201867347U (en) |
-
2010
- 2010-11-05 CN CN2010205929242U patent/CN201867347U/en not_active Expired - Lifetime
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20110615 |