CN205080557U - Juice extractor management system based on RFID - Google Patents
Juice extractor management system based on RFID Download PDFInfo
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- CN205080557U CN205080557U CN201520718483.9U CN201520718483U CN205080557U CN 205080557 U CN205080557 U CN 205080557U CN 201520718483 U CN201520718483 U CN 201520718483U CN 205080557 U CN205080557 U CN 205080557U
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- juice extractor
- rfid
- squeezing mechanism
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Abstract
The utility model provides a juice extractor management system based on RFID, including juice extractor, controlling means and remote server, wherein, the juice extractor includes juicing mechanism, still including pasting the juice extractor the last RFID label of juicing mechanism is in with the setting RFID reading device on the juice extractor. Implement the utility model discloses, can track the juicing mechanism's of juice extractor user state or washing state in real time, avoid appearing leaking washing or the repeated abluent condition, guarantee the sanitary security level of juice extractor. Simultaneously, can guarantee that the juice extractor is washd in the scavenging period of regulation, keep good sanitary condition, can improve cleaning personnel's work efficiency again, reduce the waste of manpower and materials.
Description
Technical field
The utility model relates to juice extractor technical field, more particularly, relates to a kind of juice extractor management system based on RFID.
Background technology
RFID (RadioFrequencyIdentification, radio frequency identification) technology uses wireless radio frequency mode between fetch equipment and radio-frequency card, carry out the transmission of two-way data, more traditional magnetic card, IC-card technology have noncontact, reading speed fast, without wearing and tearing, not affected by environment, feature easy to use.At present, RFID technique has been widely used in multiple fields such as industrial automation, business automation, communications and transportation control.
In juice extractor field, due to the attention to food security, the safe and sanitary of juice extractor just seems extremely important.The squeezing mechanism of juice extractor inside needs to clean frequently, to ensure the hygienic quality of product, and the cleaning of existing squeezing mechanism is all that clean operation personnel are with taking down notes the record cleaning state of each squeezing mechanism and the mark of using state, increase once quantity, just add the workload of filling in of clean operation personnel, and then easily occur that situation is washed in leakage, simultaneously, if in use there are wearing and tearing or fade in the mark of record, repeated washing or leakage will be caused to wash, therefore, how to develop a reliably problem solved and the method for juice extractor management has easily necessitated, can ensure that juice extractor is cleaned in the scavenging period of regulation, keep excellent sanitary condition, the work efficiency of cleaning personnel can be improved again, reduce the waste of manpower and materials.
Utility model content
The technical problems to be solved in the utility model is, for the problem of existing juice extractor in cleaning process, provides a kind of juice extractor management system based on RFID.
The technical scheme in the invention for solving the above technical problem there is provided a kind of juice extractor management system based on RFID, comprise juice extractor, control device and remote server, wherein, described juice extractor comprises squeezing mechanism, it is characterized in that, also comprise the RFID label tag be attached on the described squeezing mechanism of described juice extractor and the rfid reader device be arranged on described juice extractor, wherein:
Described RFID label tag and described squeezing mechanism one_to_one corresponding, for marking the tag number of described squeezing mechanism;
Described rfid reader device and described juice extractor one_to_one corresponding, for responding to the described RFID label tag read on described squeezing mechanism;
The timing module that described control device comprises wireless module, is electrically connected with described wireless module, and the control module that is electrically connected of described timing module and the alarm module, display module and the memory module that are electrically connected with described control module, wherein, described in described wireless module real-time reception, whether the described squeezing mechanism of the described juice extractor of rfid reader device reading is in the radiofrequency signal of using state; Described memory module prestore for judge the described squeezing mechanism of described juice extractor state whether to be cleaned very first time threshold value and for judging whether the described squeezing mechanism of described juice extractor is in the second time threshold of state to be used; The described squeezing mechanism of the very first time and described juice extractor that the described squeezing mechanism that described timing module measures described juice extractor respectively is in real time in using state is in the second time of cleaning state; When judging that the described very first time measured by described timing module is more than or equal to described very first time threshold value, described control module controls described alarm module and plays first music, and the tag number being shown the described squeezing mechanism of described juice extractor by described display module is to inform that squeezing mechanism described in cleaning personnel needs cleaning.
Based in the juice extractor management system of RFID, described radiofrequency signal comprises the first radiofrequency signal and the second radiofrequency signal above-mentioned, and wherein, described first radiofrequency signal is identical with the transmission frequency of described second radiofrequency signal.
Above-mentioned based in the juice extractor management system of RFID, when judging that described second time measured by described timing module is more than or equal to described second time threshold, described control module controls described alarm module and plays the second music, and the tag number being shown the described squeezing mechanism of described juice extractor by described display module is to inform that squeezing mechanism described in cleaning personnel is in state of cleaning without the need to cleaning.
Above-mentioned based in the juice extractor management system of RFID, described RFID label tag comprises a substrate and arranges RFID circuit on the substrate and first day line structure, and wherein, described RFID circuit is connected with described first day line structure.
Above-mentioned based in the juice extractor management system of RFID, described first day line structure is etching slot type antenna on the substrate.
Above-mentioned based in the juice extractor management system of RFID, the radio frequency unit that described rfid reader device comprises control module and is electrically connected with described control module, described radio frequency unit comprises transtation mission circuit, receiving circuit and the second antenna structure.
Above-mentioned based in the juice extractor management system of RFID, described second antenna structure is a microstrip antenna.
Implement the juice extractor management system based on RFID of the present utility model, can real-time tracing to the using state of the squeezing mechanism of juice extractor or cleaning state, avoid occurring leaking washing or the situation of repeated washing, ensure the safe and sanitary grade of juice extractor.Meanwhile, can ensure that juice extractor is cleaned in the scavenging period of regulation, keep excellent sanitary condition, the work efficiency of cleaning personnel can be improved again, reduce the waste of manpower and materials.
Accompanying drawing explanation
Fig. 1 is the structural representation of the juice extractor management system embodiment based on RFID of the present utility model.
Fig. 2 is the structural representation of the control device in Fig. 1.
Fig. 3 is the process flow diagram of juice extractor management method first embodiment based on RFID of the present utility model.
Fig. 4 is the process flow diagram of juice extractor management method second embodiment based on RFID of the present utility model.
Embodiment
In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
As shown in Figure 1, be the structural representation of the juice extractor management system embodiment based on RFID of the present utility model.With reference to figure 1, this system 100 comprises juice extractor 110, RFID label tag 120, rfid reader device 130, control device 140 and remote server 150, wherein, juice extractor 110 comprises squeezing mechanism 111, for ensureing food security, this squeezing mechanism 111 needs frequent cleaning, RFID label tag 120 is attached on the squeezing mechanism 111 of juice extractor 110, with squeezing mechanism 111 one_to_one corresponding, for marking the tag number of squeezing mechanism 111, rfid reader device 130 is arranged on juice extractor 110, this rfid reader device 130 and juice extractor 110 one_to_one corresponding, for responding to the RFID label tag 120 read on squeezing mechanism 111, rfid reader device 130 and control device 140 communicate to connect, and control device 140 and remote server 150 communicate to connect, and this remote server 150 is for the management of the squeezing mechanism 111 of Long-distance Control juice extractor 110.This system 100 also comprises a database 160, and this database 160 is connected with remote server 150, for storing the management accounts data of remote server telemanagement juice extractor.
Particularly, RFID label tag 120 comprises a substrate and arranges RFID circuit on the substrate and first day line structure, and wherein, this RFID circuit is connected with this first day line structure, and this first day line structure is etch slot type antenna on the substrate.The radio frequency unit that rfid reader device 130 comprises control module and is electrically connected with this control module, this radio frequency unit comprises transtation mission circuit, receiving circuit and the second antenna structure, and wherein, this second antenna structure is a microstrip antenna.
In addition, as shown in Figure 2, control device 140 comprise wireless module 141, the timing module 145 that is electrically connected with this wireless module 141, and the control module 146 that is electrically connected of this timing module 145 and the alarm module 142, display module 143 and the memory module 144 that are electrically connected with control module 146.Whether the squeezing mechanism 111 of the juice extractor 110 that this wireless module 141 reads for real-time reception rfid reader device 130 is in the radiofrequency signal of using state; The very first time threshold value T of squeezing mechanism 111 state whether to be cleaned for judging juice extractor 110 that prestores in this memory module 144
1and for judging whether the squeezing mechanism 111 of juice extractor 110 is in the second time threshold T of state to be used
2; The squeezing mechanism 111 of very first time t1 and juice extractor 110 that this timing module 145 is in using state for the squeezing mechanism 111 measuring juice extractor 110 in real time is respectively in the second time t2 of cleaning state; This control module 146 is for judging that the very first time t1 measured by this timing module 145 is more than or equal to very first time threshold value T
1time, this alarm module 142 of control is play first music, and the tag number being shown the squeezing mechanism 111 in this juice extractor 110 by display module 143 is to inform that this squeezing mechanism 111 of cleaning personnel needs cleaning; This control module 146 is also for judging that the second time t2 measured by this timing module 145 is more than or equal to the second time threshold T
2time, this alarm module 142 of control is play the second music, and the tag number being shown the squeezing mechanism 111 in this juice extractor 110 by display module 142 is to inform that this squeezing mechanism 111 of cleaning personnel is in state of cleaning without the need to cleaning.
Wherein, this wireless module 141 can be WIFI module, bluetooth module etc., this memory module 144 can be existing RAM, this timing module 145 can be existing electronic timer, this display module 143 can be existing LCDs or plasma panel, this control module 146 can be the MCU of existing ARM framework, and this warning device 142 can be existing sound generating apparatus.The control end of this timing module 145 connects the input end of this wireless module 141, when squeezing mechanism 111 put into juice extractor 110 start working time, rfid reader device 130 reads the number information of RFID label tag 120, and this number information is modulated into the first radiofrequency signal, when this squeezing mechanism 111 is taken out in juice extractor 110, the number information that rfid reader device 130 reads RFID label tag 120 is spacing wave, and this spacing wave is modulated into the second radiofrequency signal, wherein, the first radiofrequency signal is identical with the transmission frequency of the second radiofrequency signal.This wireless module 141 Active and Real-time receives this first radiofrequency signal or the second radiofrequency signal, and by it when the input end of this wireless module 141 inputs the first radiofrequency signal, this timing module 145 starts timing, record current time point, when the input end of this wireless module 141 inputs the second radiofrequency signal, this timing module 145 stops timing, record current time point, this squeezing mechanism 111 can be calculated and be in the second time t2 that the very first time t1 of using state or squeezing mechanism 111 are in cleaning state.
The juice extractor management method based on RFID of the juice extractor management system based on RFID of the present utility model is described in detail below in conjunction with accompanying drawing:
As shown in Figure 3, be the process flow diagram of juice extractor management method first embodiment based on RFID of the present utility model.With reference to figure 3, the method comprises the following steps:
Whether the squeezing mechanism 111 of the juice extractor 110 that S31, real-time reception rfid reader device 130 read is in the radiofrequency signal of using state;
The squeezing mechanism 111 of very first time t1 and juice extractor 110 that S32, the squeezing mechanism 111 measuring juice extractor 110 according to radiofrequency signal are in real time in using state is in the second time t2 of cleaning state;
Whether S33, very first time t1 squeezing mechanism 111 being in using state and the squeezing mechanism 111 judging juice extractor 110 preset are in the very first time threshold value T of state to be cleaned
1compare;
S34, judging that this very first time t1 is more than or equal to this very first time threshold value T
1time, this alarm module 142 of control is play first music, and the tag number being shown the squeezing mechanism 111 in this juice extractor 110 by display module 143 is to inform that this squeezing mechanism 111 of cleaning personnel needs cleaning.
In the step S31 of above-described embodiment, when squeezing mechanism 111 is in using state, rfid reader device reads the number information of the RFID label tag be attached on squeezing mechanism, and this number information is modulated into the first radiofrequency signal, when squeezing mechanism 111 is in non-working condition, namely state is cleaned, the number information that rfid reader device reads the RFID label tag be attached on squeezing mechanism is spacing wave, and this spacing wave is modulated into the second radiofrequency signal, wherein, the first radiofrequency signal is identical with the transmission frequency of the second radiofrequency signal.
In the above-described embodiments, comprise further: S35, judging that this very first time t1 is less than this very first time threshold value T
1time, control alarm module and do not work, and show the time span of this squeezing mechanism distance cleaning by display module.
In the above-described embodiments, also comprise before above-mentioned steps S31: S30, the very first time threshold value T of squeezing mechanism 111 state whether to be cleaned judging juice extractor 110 is set
1and preserve.The managerial personnel of juice extractor open the setting options of control device, enter time monitoring option under these setting options to very first time threshold value T
1arrange, complete after above-mentioned parameter arranges, preserve and exit the setting options of control device.
In the above-described embodiments, the managerial personnel of juice extractor, according to the RFID label tag be attached on squeezing mechanism, are in the very first time t1 of using state by comparing squeezing mechanism and whether are in the very first time threshold value T of state to be cleaned
1, the using state of this squeezing mechanism can be understood in real time, and then reach and provide foundation to the tracking to be cleaned of this squeezing mechanism.Meanwhile, by wireless module, the information that RFID read-write device reads can also be sent to remote server, and then remote server can telemanagement squeezing mechanism.
As shown in Figure 4, be the process flow diagram of juice extractor management method second embodiment based on RFID of the present utility model.The difference of the present embodiment and above-described embodiment is, step S33 and step S34, and particularly, with reference to figure 4, the method comprises the following steps:
Whether the squeezing mechanism 111 of the juice extractor 110 that S41, real-time reception rfid reader device 130 read is in the radiofrequency signal of using state;
The squeezing mechanism 111 of very first time t1 and juice extractor 110 that S42, the squeezing mechanism 111 measuring juice extractor 110 according to radiofrequency signal are in real time in using state is in the second time t2 of cleaning state;
Whether S43, the second time t2 squeezing mechanism 111 being in cleaning state and the squeezing mechanism 111 judging juice extractor 110 preset are in the second time threshold T of state to be used
2compare;
S44, judging that this second time t2 is more than or equal to this second time threshold T
2time, this alarm module 142 of control is play the second music, and the tag number being shown the squeezing mechanism 111 in this juice extractor 110 by display module 142 is to inform that this squeezing mechanism 111 of cleaning personnel is in state of cleaning without the need to cleaning.
In the step S41 of above-described embodiment, when squeezing mechanism 111 is in using state, rfid reader device reads the number information of the RFID label tag be attached on squeezing mechanism, and this number information is modulated into the first radiofrequency signal, when squeezing mechanism 111 is in non-working condition, namely state is cleaned, the number information that rfid reader device reads the RFID label tag be attached on squeezing mechanism is spacing wave, and this spacing wave is modulated into the second radiofrequency signal, wherein, the first radiofrequency signal is identical with the transmission frequency of the second radiofrequency signal.
In the above-described embodiments, comprise further: S45, judging that this second time t2 is less than this second time threshold T
2time, control alarm module and do not work, and show the time span of this squeezing mechanism distance use by display module.
In the above-described embodiments, also comprise before above-mentioned steps S41: S40, the second time threshold T of squeezing mechanism 111 state whether to be used judging juice extractor 110 is set
2and preserve.The managerial personnel of juice extractor open the setting options of control device, enter time monitoring option under these setting options to the second time threshold T
2arrange, complete after above-mentioned parameter arranges, preserve and exit the setting options of control device.
In the above-described embodiments, the managerial personnel of juice extractor, according to the RFID label tag be attached on squeezing mechanism, are in the second time t2 of cleaning state by comparing squeezing mechanism and whether are in the second time threshold T of state to be used
2, the cleaning state of this squeezing mechanism can be understood in real time, and, ensure that squeezing mechanism is cleaned within the time of presetting, and then reach and provide foundation to the tracking to be used of this squeezing mechanism.Meanwhile, by wireless module, the information that RFID read-write device reads can also be sent to remote server, and then remote server can telemanagement squeezing mechanism.
Summary, of the present utility model have based on the juice extractor management system of RFID and the beneficial effect of method: can real-time tracing to the squeezing mechanism of juice extractor using state or cleaning state, avoid occurring leaking washing or the situation of repeated washing, ensure the safe and sanitary grade of juice extractor.Meanwhile, can ensure that juice extractor is cleaned in the scavenging period of regulation, keep excellent sanitary condition, the work efficiency of cleaning personnel can be improved again, reduce the waste of manpower and materials.
The above; be only the utility model preferably embodiment; but protection domain of the present utility model is not limited thereto; anyly be familiar with those skilled in the art in the technical scope that the utility model discloses; the change that can expect easily or replacement, all should be encompassed within protection domain of the present utility model.Therefore, protection domain of the present utility model should be as the criterion with the protection domain of claim.
Claims (7)
1. the juice extractor management system based on RFID, comprise juice extractor, control device and remote server, wherein, described juice extractor comprises squeezing mechanism, it is characterized in that, also comprise the RFID label tag be attached on the described squeezing mechanism of described juice extractor and the rfid reader device be arranged on described juice extractor, wherein:
Described RFID label tag and described squeezing mechanism one_to_one corresponding, for marking the tag number of described squeezing mechanism;
Described rfid reader device and described juice extractor one_to_one corresponding, for responding to the described RFID label tag read on described squeezing mechanism;
The timing module that described control device comprises wireless module, is electrically connected with described wireless module, and the control module that is electrically connected of described timing module and the alarm module, display module and the memory module that are electrically connected with described control module, wherein, described in described wireless module real-time reception, whether the described squeezing mechanism of the described juice extractor of rfid reader device reading is in the radiofrequency signal of using state; Described memory module prestore for judge the described squeezing mechanism of described juice extractor state whether to be cleaned very first time threshold value and for judging whether the described squeezing mechanism of described juice extractor is in the second time threshold of state to be used; The described squeezing mechanism of the very first time and described juice extractor that the described squeezing mechanism that described timing module measures described juice extractor respectively is in real time in using state is in the second time of cleaning state; When judging that the described very first time measured by described timing module is more than or equal to described very first time threshold value, described control module controls described alarm module and plays first music, and the tag number being shown the described squeezing mechanism of described juice extractor by described display module is to inform that squeezing mechanism described in cleaning personnel needs cleaning.
2. according to the juice extractor management system based on RFID described in claim 1, it is characterized in that, described radiofrequency signal comprises the first radiofrequency signal and the second radiofrequency signal, and wherein, described first radiofrequency signal is identical with the transmission frequency of described second radiofrequency signal.
3. according to the juice extractor management system based on RFID described in claim 1, it is characterized in that, when judging that described second time measured by described timing module is more than or equal to described second time threshold, described control module controls described alarm module and plays the second music, and the tag number being shown the described squeezing mechanism of described juice extractor by described display module is to inform that squeezing mechanism described in cleaning personnel is in state of cleaning without the need to cleaning.
4. according to the juice extractor management system based on RFID described in claim 1, it is characterized in that, described RFID label tag comprises a substrate and arranges RFID circuit on the substrate and first day line structure, and wherein, described RFID circuit is connected with described first day line structure.
5. according to the juice extractor management system based on RFID described in claim 4, it is characterized in that, described first day line structure is etching slot type antenna on the substrate.
6. according to the juice extractor management system based on RFID described in claim 5, it is characterized in that, the radio frequency unit that described rfid reader device comprises control module and is electrically connected with described control module, described radio frequency unit comprises transtation mission circuit, receiving circuit and the second antenna structure.
7. according to the juice extractor management system based on RFID described in claim 6, it is characterized in that, described second antenna structure is a microstrip antenna.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520718483.9U CN205080557U (en) | 2015-09-17 | 2015-09-17 | Juice extractor management system based on RFID |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520718483.9U CN205080557U (en) | 2015-09-17 | 2015-09-17 | Juice extractor management system based on RFID |
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| Publication Number | Publication Date |
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| CN205080557U true CN205080557U (en) | 2016-03-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520718483.9U Expired - Fee Related CN205080557U (en) | 2015-09-17 | 2015-09-17 | Juice extractor management system based on RFID |
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| Country | Link |
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- 2015-09-17 CN CN201520718483.9U patent/CN205080557U/en not_active Expired - Fee Related
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160309 Termination date: 20200917 |
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| CF01 | Termination of patent right due to non-payment of annual fee |