CN107392521A

CN107392521A - Compartment management method, device and monitoring device

Info

Publication number: CN107392521A
Application number: CN201710457373.5A
Authority: CN
Inventors: 杜光东
Original assignee: Shenzhen Shenglu IoT Communication Technology Co Ltd
Current assignee: Shenzhen Shenglu IoT Communication Technology Co Ltd
Priority date: 2017-06-16
Filing date: 2017-06-16
Publication date: 2017-11-24
Also published as: WO2018227723A1

Abstract

The present invention is applied to Intelligent logistics technical field, there is provided a kind of compartment management method, device and monitoring device, methods described include：Send and read instruction to RFID reader；Send temperature and obtain instruction to temperature acquisition module；Send humidity and obtain instruction to humidity acquisition module；The identity for each goods that RFID reader is sent, the temperature that temperature acquisition module is sent, and the humidity that humidity acquisition module is sent are received respectively；When according to each identity and the transport detailed list of goods to prestore, when judging goods missing, the first alarm command of transmission to warning device；When according to preset temperature lower limit and the preset temperature upper limit, when judging temperature anomaly, the second alarm command of transmission to warning device；When according to default humidity lower limit and default top limit of humidity, when judging humidity exception, the 3rd alarm command of transmission to warning device.The present invention realizes the complete monitoring to container, avoids the occurrence of loss of goods, cargo damage, reduces the loss of the owner of cargo and consignor.

Description

Compartment management method, device and monitoring device

Technical field

The invention belongs to Intelligent logistics technical field, more particularly to a kind of compartment management method, device and monitoring device.

Background technology

With the continuous development of economy, logistics and transportation industry is increasingly valued by people.When transporting goods, Chang Cai Containerize loading thing, container logistics management turns into a vital link of commodity circulation, but traditional container Loss of goods, cargo damage phenomenon happen occasionally in logistics, and this brings considerable damage to the owner of cargo and consignor, also to packaging The development of case transport brings very big obstacle.

The content of the invention

In view of this, it is existing to solve the embodiments of the invention provide a kind of compartment management method, device and monitoring device The problem of loss of goods, cargo damage phenomenon happen occasionally in container logistics in technology.

The first aspect of the embodiment of the present invention, there is provided a kind of compartment management method, including：

Send to read and instruct to RFID (Radio Frequency Identification, radio frequency identification) read write line, with Make the RFID reader according to the identity mark read in the instruction RFID label tag that reading is arranged on each goods respectively Know；

Send temperature and obtain instruction to temperature acquisition module；

Send humidity and obtain instruction to humidity acquisition module；

The identity for each goods that the RFID reader is sent is received respectively, what the temperature acquisition module was sent Humidity in temperature in container, and the container of humidity acquisition module transmission；

When according to each identity and the transport detailed list of goods to prestore, when judging goods missing, the report of transmission first Alert instruction is to warning device, so that the warning device is alarmed according to first alarm command；

When according to preset temperature lower limit and the preset temperature upper limit, when judging the temperature anomaly, the second alarm command of transmission To the warning device, so that the warning device is alarmed according to second alarm command；

When according to default humidity lower limit and default top limit of humidity, when judging the humidity exception, the 3rd alarm command of transmission To the warning device, so that the warning device is alarmed according to the 3rd alarm command.

In addition, in a specific example, above-mentioned compartment management method also includes：

When judging goods missing, send image and obtain instruction to image collection module, so that described image acquisition module Goods image in instruction acquisition container is obtained according to described image；

The goods image that described image acquisition module is sent is received, the goods image and the goods that prestores is original Image is compared；

Position of the missing goods in container is determined according to comparison result.

When judging that the temperature is less than the preset temperature lower limit, the first enabled instruction is sent to heating module, so that The heating module is begun to warm up according to first enabled instruction, and the heating module is arranged in the container；

When judging that the temperature is higher than the preset temperature upper limit, the second enabled instruction is sent to refrigeration module, so that The refrigeration module starts to freeze according to second enabled instruction, and the refrigeration module is arranged in the container.

When judging that the humidity is less than the default humidity lower limit, the 3rd enabled instruction is sent to humidification module, so that The humidification module starts to humidify according to the 3rd enabled instruction, and the humidification module is arranged in the container；

When judging that the humidity is higher than the default top limit of humidity, the 4th enabled instruction is sent to dehumidification module, so that The dehumidification module starts to dehumidify according to the 4th enabled instruction, and the dehumidification module is arranged in the container.

The second aspect of the embodiment of the present invention provides a kind of compartment managing device, including：

Read instruction sending module, instruction read to RFID reader for sending so that the RFID reader according to It is described to read the identity for instructing and reading be arranged in the RFID label tag on each goods respectively；

Temperature obtains instruction sending module, and instruction is obtained to temperature acquisition module for sending temperature；

Humidity obtains instruction sending module, and instruction is obtained to humidity acquisition module for sending humidity；

Information receiving module, the identity of each goods sent for receiving the RFID reader respectively are described Humidity in the temperature in container that temperature acquisition module is sent, and the container of humidity acquisition module transmission；

First alarm command sending module, for working as according to each identity and the transport detailed list of goods to prestore, When judging goods missing, the first alarm command is sent to warning device, so that the warning device refers to according to the described first alarm Order is alarmed；

Second alarm command sending module, for working as according to preset temperature lower limit and the preset temperature upper limit, judge the temperature When spending abnormal, the second alarm command is sent to the warning device, so that the warning device is according to second alarm command Alarmed；

3rd alarm command sending module, for when described wet according to default humidity lower limit and default top limit of humidity, judgement When spending abnormal, the 3rd alarm command is sent to the warning device, so that the warning device is according to the 3rd alarm command Alarmed.

In addition, in a specific example, above-mentioned compartment managing device also includes：

Image obtains instruction sending module, for when judging goods missing, sending image acquisition instruction to image and obtaining Module, so that described image acquisition module obtains the goods image in instruction acquisition container according to described image；

Image comparing module, for receiving the goods image of described image acquisition module transmission, by the goods figure As being compared with the goods original image to prestore；

Cargo location determining module, for determining position of the missing goods in container according to comparison result.

First enabled instruction sending module, for when judging that the temperature be less than the preset temperature lower limit, transmission the One enabled instruction is to heating module, so that the heating module is begun to warm up according to first enabled instruction, the heated mould Block is arranged in the container；

Second enabled instruction sending module, for when judging that the temperature be higher than the preset temperature upper limit, transmission the Two enabled instructions are to refrigeration module, so that the refrigeration module starts to freeze according to second enabled instruction, the refrigeration mould Block is arranged in the container.

3rd enabled instruction sending module, for when judging that the humidity be less than the default humidity lower limit, transmission the Three enabled instructions are to humidification module, so that the humidification module starts to humidify according to the 3rd enabled instruction, the humidification mould Block is arranged in the container；

4th enabled instruction sending module, for when judging that the humidity be higher than the default top limit of humidity, transmission the Four enabled instructions are to dehumidification module, so that the dehumidification module starts to dehumidify according to the 4th enabled instruction, the dehumidifying mould Block is arranged in the container.

The third aspect of the embodiment of the present invention provides a kind of monitoring device, including：

RFID reader, the reading instruction sent for reception processing device, reading respectively is instructed to set according to described read The identity in RFID label tag on each goods；

Temperature acquisition module, instruction is obtained for receiving the temperature that the processor is sent；

Humidity acquisition module, instruction is obtained for receiving the humidity that the processor is sent；

Warning device, the first alarm command sent for receiving the processor, enters according to first alarm command Row alarm, the second alarm command that the processor is sent is received, is alarmed according to second alarm command, described in reception The 3rd alarm command that processor is sent, is alarmed according to the 3rd alarm command；

Processor, instructed for sending described read respectively to the RFID reader, the temperature obtains instruction to institute Temperature acquisition module is stated, and the humidity obtains instruction to the humidity acquisition module, receives the RFID reader respectively The identity of each goods sent, the temperature in container that the temperature acquisition module is sent, and the humidity obtain The humidity in container that modulus block is sent；The processor, it is additionally operable to when according to each identity and the fortune to prestore Defeated detailed list of goods, when judging goods missing, first alarm command is sent to the warning device, when according under preset temperature Limit and the preset temperature upper limit, when judging the temperature anomaly, second alarm command are sent to the warning device, works as basis Default humidity lower limit and default top limit of humidity, when judging the humidity exception, the 3rd alarm command is sent to the alarm Device.

In addition, in a specific example, above-mentioned monitoring device also includes：

Image collection module, instruction is obtained for receiving the image that the processor is sent, is obtained and referred to according to described image Order obtains the goods image in container；

The processor, it is additionally operable to, when judging goods missing, send described image acquisition instruction to described image and obtain Module, the goods image that described image acquisition module is sent is received, by the goods image and the goods original graph to prestore As being compared, position of the missing goods in container is determined according to comparison result.

Compared with prior art, the embodiment of the present invention has the beneficial effect that：Compartment management method, device and monitoring of the present invention Equipment, the RFID label tag of goods is read by RFID reader, obtains goods multidate information in time, when goods lacks in container When, alarmed by warning device, notify related personnel to be handled, avoid loss of goods；Packaging is obtained by temperature acquisition module Temperature in case, the humidity in container is obtained by humidity acquisition module, environmental information in container is understood in time, works as packaging When the temperature inside the box exception or humidity exception, alarmed by warning device, avoid, because cargo damage occurs in environment reason, reducing the owner of cargo With the loss of consignor.

Brief description of the drawings

Technical scheme in order to illustrate the embodiments of the present invention more clearly, below will be to embodiment or description of the prior art In the required accompanying drawing used be briefly described, it should be apparent that, drawings in the following description be only the present invention some Embodiment, for those of ordinary skill in the art, without having to pay creative labor, can also be according to these Accompanying drawing obtains other accompanying drawings.

Fig. 1 is the compartment management method flow chart that the embodiment of the present invention one provides；

Fig. 2 is the method flow diagram that missing cargo location is determined in one embodiment of the invention；

Fig. 3 is the offer of the embodiment of the present invention two based on compartment management method stream in method one shown in Fig. 1 specific example Cheng Tu；

Fig. 4 is the structured flowchart for the compartment managing device that the embodiment of the present invention three provides；

Fig. 5 is the offer of the embodiment of the present invention four based on compartment managing device in one specific example of Fig. 4 shown devices Structured flowchart；

Fig. 6 is the schematic block diagram for the monitoring device that the embodiment of the present invention five provides；

Fig. 7 is the part-structure block diagram based on the terminal device provided in one embodiment of the invention.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete Site preparation describes, it is clear that described embodiment is part of the embodiment of the present invention, rather than whole embodiments.Based on this hair Embodiment in bright, the every other implementation that those of ordinary skill in the art are obtained under the premise of creative work is not made Example, belongs to the scope of protection of the invention.

It should be appreciated that ought be in this specification and in the appended claims in use, special described by the instruction of term " comprising " Sign, entirety, step, operation, the presence of element and/or component, but be not precluded from one or more of the other feature, entirety, step, Operation, element, component and/or its presence or addition for gathering.

It is also understood that the term used in this description of the invention is merely for the sake of the mesh for describing specific embodiment And be not intended to limit the present invention.As used in description of the invention and appended claims, unless on Other situations are hereafter clearly indicated, otherwise " one " of singulative, "one" and "the" are intended to include plural form.

It will be further appreciated that the term "and/or" used in description of the invention and appended claims is Refer to any combinations of one or more of the associated item listed and be possible to combine, and including these combinations.

As used in this specification and in the appended claims, term " if " can be according to context quilt Be construed to " when ... " or " once " or " in response to determining " or " in response to detecting ".Similarly, phrase " if it is determined that " or " if detecting [described condition or event] " can be interpreted to mean according to context " once it is determined that " or " in response to true It is fixed " or " once detecting [described condition or event] " or " in response to detecting [described condition or event] ".

In order to illustrate technical solutions according to the invention, illustrated below by specific embodiment.

Embodiment one

Fig. 1 shows the implementation process for the compartment management method that the embodiment of the present invention one provides, in this embodiment it is that with Illustrated exemplified by the processing procedure of processor.This method may comprise steps of as shown in the figure：

Step S101, send and read instruction to RFID reader, so that the RFID reader instructs according to described read The identity being arranged in the RFID label tag on each goods is read respectively.

Instruction is once read to RFID reader, prefixed time interval root here it is possible to be sent by prefixed time interval Set according to actual conditions, such as one hour or two hours etc..Can also whole day twenty four hours send in real time reading instruction extremely RFID reader, read the RFID label tag being arranged on each goods incessantly by RFID reader, realize to container Monitoring in real time.

Specifically, RFID reader is referred to as " RFID reader ", i.e. radio frequency identification, is believed by radio frequency identification Number automatic identification destination object simultaneously obtains related data, without manual intervention, can identify multiple RFID label tags simultaneously, swift to operate It is convenient.

Each RFID label tag has unique electronic code, is attached on object and identifies destination object, is referred to as electricity Subtab or intelligent label.

Step S102, send temperature and obtain instruction to temperature acquisition module.

Here, temperature acquisition module can obtain the temperature in container in real time, can also refer to receiving temperature and obtaining Order starts to obtain the temperature in container.

Temperature obtain instruction sending method can with above-mentioned transmission read instruction mode it is similar, such as interval one section when Between send once, or whole day twenty four hours in real time send etc., according to be actually needed set.

Temperature acquisition module can be temperature sensor, and temperature sensor is arranged in container, for experiencing temperature simultaneously By the temperature transition of impression into usable output signal.

Step S103, send humidity and obtain instruction to humidity acquisition module.

Specifically, humidity acquisition module can obtain the humidity in container in real time, can also be obtained receiving humidity Instruction starts to obtain the humidity in container.

The sending method that humidity obtains instruction can be sent in real time with whole day twenty four hours, can also be passed through between preset time Every sending once, the wasting of resources is avoided.

Humidity acquisition module can be humidity sensor, and humidity sensor is also mounted in container, its feel Wet portion with Wet steam contact in air, determines the air humidity in container and outputs it.

Step S104, receives the identity for each goods that the RFID reader is sent respectively, and the temperature obtains Humidity in the temperature in container that module is sent, and the container of humidity acquisition module transmission.

Here, the temperature letter of identity, the temperature acquisition module output of each goods that RFID reader is read is obtained Number and humidity acquisition module output moisture signal.

Step S105, when according to each identity and the transport detailed list of goods to prestore, when judging goods missing, hair The first alarm command is sent to warning device, so that the warning device is alarmed according to first alarm command.

Specifically, the identity of detailed list of goods storage transport goods is transported, if each goods in transport detailed list of goods Each identity that identity and RFID reader are sent corresponds, then can be determined that complete in stock, otherwise can sentence Order thing lacks.For example, the identity that goods is transported in transport detailed list of goods is A and B, RFID reader shipment Identity is also A and B, then judges complete in stock, if the identity of RFID reader shipment only has A, is sentenced Order thing lacks.Now, the first alarm command is sent to warning device, warning device alarm.

Step S106, when according to preset temperature lower limit and the preset temperature upper limit, when judging the temperature anomaly, transmission second Alarm command is to the warning device, so that the warning device is alarmed according to second alarm command.

Here, limit and temperature upper limit at a temperature of presetting goods in transit according to the actual conditions of goods, with Ensure the intact of goods.Such as water fruits and vegetables and other items are, it is necessary to low-temperature transport.

Specifically, the temperature and preset temperature lower limit and preset temperature in container respectively sent temperature acquisition module The upper limit is compared, and when said temperature is less than preset temperature lower limit or higher than the preset temperature upper limit, judges temperature anomaly, hair The second alarm command is sent warning device alarm, to promote related personnel to carry out respective handling to warning device, avoid cargo damage.

The mode that warning device is alarmed according to the first alarm command and the second alarm command can be different, such as basis The mode of first alarm command alarm is alarmed for buzzing, is vibration alarming according to the mode that the second alarm command is alarmed, is made correlation Alarm signal that personnel are only sent by warning device accelerates abnormal conditions processing speed it is known that there is what problem.

Step S107, when according to default humidity lower limit and default top limit of humidity, when judging the humidity exception, transmission the 3rd Alarm command is to the warning device, so that the warning device is alarmed according to the 3rd alarm command.

Here, with above-mentioned, humidity lower limit and top limit of humidity are preset according to the actual conditions of goods, when humidity obtains mould When the humidity in container that block is sent is less than default humidity lower limit or higher than default top limit of humidity, judge wet in container Degree is abnormal, sends the 3rd alarm command to warning device, warning device alarm.

The mode that warning device is alarmed according to the 3rd alarm command can be different from above-mentioned according to the first alarm command The mode alarmed with the second alarm command, alarmed in a manner of being alarmed according to the first alarm command for buzzing, according to second The mode of alarm command alarm is fitted for that can be sound and light alarm according to the mode that the 3rd alarm command is alarmed exemplified by vibration alarming Close practical application.

It is evidenced from the above discussion that compartment management method of the present invention, by the RFID label tag of RFID reader reading goods, and When obtain goods multidate information, when in container goods lack when, alarmed by warning device, notify related personnel to be handled, Avoid loss of goods；Temperature in container is obtained by temperature acquisition module, obtained by humidity acquisition module in container Humidity, in time understand container in environmental information, when temperature anomaly in container or humidity exception, by warning device report It is alert, avoid, because cargo damage occurs in environment reason, reducing the loss of the owner of cargo and consignor.

In addition, as shown in Fig. 2 in a specific example, above-mentioned compartment management method also includes：

Step S201, when judging goods missing, send image and obtain instruction to image collection module, so that described image Acquisition module obtains the goods image in instruction acquisition container according to described image.

Here, when judging goods missing, the goods image in container can be obtained by image collection module, keeps sample and deposits Shelves, the convenient follow-up goods for searching missing.

Step S202, the goods image that described image acquisition module is sent is received, by the goods image with prestoring Goods original image be compared.

Step S203, position of the missing goods in container is determined according to comparison result.

Specifically, goods original image is prestored, by the goods image that image collection module obtains and goods original graph As being compared, the difference of two images is found out, position of the missing goods in container is determined according to the difference found Put, facilitate related personnel to confirm whether goods lacks as early as possible, and relevant information of missing package etc., when shortening goods lookup Between.

Image collection module can be video camera, gather the goods video image in container.

When judging that the temperature is less than the preset temperature lower limit, the first enabled instruction is sent to heating module, so that The heating module is begun to warm up according to first enabled instruction, and the heating module is arranged in the container.

Here, when temperature acquisition module obtain container in temperature be less than preset temperature lower limit, illustrate now packaging Temperature in case is too low, in order to avoid low temperature causes cargo damage, sends enabled instruction to heating module, heating module starts to add Heat, the temperature in container rise.In heating module heating process, temperature can be sent in real time and obtains instruction to temperature acquisition Module, temperature acquisition module obtain the temperature in container, when the temperature that temperature acquisition module obtains is higher than above-mentioned preset temperature Lower limit or when reaching default heating threshold value, sends out code to heating module, heating module and stops heating.

Specifically, the temperature in container that temperature acquisition module obtains is higher than the preset temperature upper limit, illustrates now packaging Temperature in case is too high, if during Container Transport water fruits and vegetables and other items, high temperature easily causes perishable load.Now in order to The temperature in container is reduced, sends enabled instruction to refrigeration module, refrigeration module starts to freeze, at the temperature in container Drop.In refrigeration module process of refrigerastion, temperature can also be sent in real time and obtains instruction to temperature acquisition module, temperature acquisition module The temperature in container is obtained, is equipped with when the temperature that temperature acquisition module obtains is less than the above-mentioned preset temperature upper limit or reaches pre- During cold threshold value, send out code to refrigeration module, refrigeration module and stop refrigeration.

When judging that the humidity is less than the default humidity lower limit, the 3rd enabled instruction is sent to humidification module, so that The humidification module starts to humidify according to the 3rd enabled instruction, and the humidification module is arranged in the container.

Here, the humidity in container that humidity acquisition module obtains is less than default humidity lower limit, and goods easily loses water Point, if when fruit transportation, vegetables and other items, goods becomes shrivelled.In order to avoid this situation occurs, send enabled instruction and extremely add Wet module, is humidified by humidification module, improves the air humidity in container.In humidification module humidification, Ke Yishi When send humidity and obtain instruction to humidity acquisition module, when the humidity that humidity acquisition module is obtained in container is default higher than above-mentioned Humidity lower limit or when reaching default humidification threshold value, sends out code to humidification module, humidification module and stops humidification.Humidify mould Block can be humidifier.

Specifically, the humidity in container that humidity acquisition module obtains is higher than default top limit of humidity, and goods was transporting Easily gone mouldy in journey.Enabled instruction is now sent to dehumidification module, is dehumidified by dehumidification module, reduces the air in container Humidity.In dehumidification module dehumidification process, humidity can be sent in real time and obtains instruction to humidity acquisition module, when humidity obtains mould When the humidity in container that block obtains is less than above-mentioned default top limit of humidity or reaches default dehumidifying threshold value, out code is sent To dehumidification module, dehumidification module stops dehumidifying.Dehumidification module can be dehumidifier.

Embodiment two

In order to more fully understand the above method, the application example of a compartment management method of the present invention detailed below, In the present embodiment, it is between processor, RFID reader, temperature acquisition module, humidity acquisition module and warning device Illustrated exemplified by interaction, this explanation does not limit to be formed to the present invention program.

As shown in figure 3, the present embodiment can include：

Step S301, during Container Transport goods, processor, which is sent, reads instruction to the RFID readings in container Write device.

Here, processor can send reading instruction in real time to RFID reader with whole day twenty four hours, or by pre- If time interval, which is sent, once reads instruction to RFID reader.

Step S302, the above-mentioned reading instruction that RFID reader is sent according to processor is read respectively is arranged on each goods On RFID label tag in identity.

Specifically, RFID reader transmission radiofrequency signal relies on what induced-current was obtained to RFID label tag, RFID label tag Energy sends the information being stored on chip.

Step S303, processor send temperature and obtain instruction to the temperature acquisition module in container.

Here, processor can send reading simultaneously and refer to according to the sending method for being actually needed temperature acquisition instruction Make and temperature obtains instruction, or the transmission etc. in real time of whole day twenty four hours.

Step S304, the said temperature that temperature acquisition module is sent according to processor obtain the temperature in instruction acquisition container Degree.

Temperature acquisition module be arranged on container in, for experience temperature and by the temperature transition of impression into can use output believe Number.

Step S305, processor send humidity and obtain instruction to the humidity acquisition module in container.

Specifically, it is identical that the sending method of instruction is obtained with said temperature, processor obtains according to determination humidity is actually needed The sending method of instruction fetch, reading instruction, temperature acquisition instruction and humidity can be sent simultaneously and obtains instruction, or by presetting It is inferior that time interval sends one.

Step S306, the above-mentioned humidity that humidity acquisition module is sent according to processor obtain wet in instruction acquisition container Degree.

Humidity acquisition module is arranged in container, and it is felt Wet portion and contacted with the wet steam in air, determines in container Air humidity and output it.

Step S307, processor receive each identity that RFID reader is read, the temperature that temperature acquisition module obtains Degree, and the humidity that humidity acquisition module obtains.

Step S308, processor according to the RFID reader each identity read and the transport detailed list of goods to prestore, Judge whether goods lacks, when judging goods missing, send the first alarm command to warning device.

Here, transporting detailed list of goods can be as shown in table 1：

Table 1 transports detailed list of goods

Transport the identity of goods
	A
B

Specifically, the identity of detailed list of goods storage transport goods is transported, as shown in table 1, transports and is transported in detailed list of goods The identity of defeated goods is A and B, and the identity of RFID reader shipment is also A and B, that is, transports detailed list of goods In each identity for sending of identity and RFID reader of each goods correspond, then can be determined that goods is neat Entirely, it otherwise can be determined that goods lacks.When judging goods missing, the first alarm command is sent to warning device, warning device Alarm.

Step S309, warning device are alarmed according to the first alarm command.Warning device is according to the first alarm command report Alert mode can be that buzzing is alarmed.

Step S310, processor send image and obtain instruction to image collection module.

Step S311, the above-mentioned image that image collection module is sent according to processor obtain the goods in instruction acquisition container Object image.

Step S312, processor receive image collection module shipment image, by the goods image and the goods to prestore Thing original image is compared, and position of the missing goods in container is determined according to comparison result.

Specifically, the goods image that image collection module obtains is compared with goods original image, finds out two width figures The difference of picture, position of the missing goods in container is determined according to the difference found, facilitates related personnel true as early as possible Whether thing of knowing goods lacks, and relevant information of missing package etc., shortens goods and searches the time.

Step S313, processor is respectively by the temperature and preset temperature lower limit and preset temperature of temperature acquisition module acquisition Limit is compared, and when said temperature is less than preset temperature lower limit or higher than the preset temperature upper limit, is judged temperature anomaly, is sent Second alarm command is to warning device.

Step S314, warning device are alarmed according to the second alarm command.Warning device is according to the second alarm command report Alert mode can be vibration alarming.

Step S315, when the temperature for judging that temperature acquisition module obtains be less than preset temperature lower limit, processor transmission the One enabled instruction is to heating module.

Step S316, heating module are begun to warm up according to above-mentioned first enabled instruction, and heating module is arranged in container.

Here, in heating module heating process, processor can send temperature in real time and obtain instruction to temperature acquisition mould Block, temperature acquisition module obtain the temperature in container, when the temperature that temperature acquisition module obtains is higher than under above-mentioned preset temperature When limiting or reaching default heating threshold value, processor sends out code to heating module, heating module and stops heating.

Step S317, when the temperature for judging that temperature acquisition module obtains be higher than the preset temperature upper limit, processor transmission the Two enabled instructions are to refrigeration module.

Step S318, refrigeration module start to freeze according to above-mentioned second enabled instruction, and refrigeration module is arranged in container.

Specifically, in refrigeration module process of refrigerastion, processor can also send temperature acquisition instruction to temperature in real time and obtain Modulus block, temperature acquisition module obtain the temperature in container, when the temperature that temperature acquisition module obtains is less than above-mentioned default temperature When spending the upper limit or reaching default refrigeration threshold value, processor sends out code to refrigeration module, and refrigeration module stops freezing.

Step S319, the humidity that processor respectively sends humidity acquisition module in container and default humidity lower limit and Default top limit of humidity is compared, and when above-mentioned humidity is less than default humidity lower limit or higher than default top limit of humidity, is judged wet Degree is abnormal, sends the 3rd alarm command to warning device.

Step S320, warning device are alarmed according to the 3rd alarm command.Warning device is according to the 3rd alarm command report Alert mode can be sound and light alarm.

Step S321, when the humidity for judging that humidity acquisition module obtains is less than default humidity lower limit, processor sends the Three enabled instructions are to humidification module.

Step S322, humidification module start to humidify according to above-mentioned 3rd enabled instruction, and humidification module is arranged in container.

Here, in humidification module humidification, processor can send humidity in real time and obtain instruction to humidity acquisition mould Block, when the humidity in the container that humidity acquisition module obtains higher than above-mentioned default humidity lower limit or reaches default humidification threshold value When, processor sends out code to humidification module, humidification module and stops humidification.Humidification module can be humidifier.

Step S323, when the humidity for judging that humidity acquisition module obtains is higher than the default top limit of humidity, processor hair The 4th enabled instruction is sent to dehumidification module.

Step S324, dehumidification module start to dehumidify according to the 4th enabled instruction, and dehumidification module is arranged in container.

Specifically, in dehumidification module dehumidification process, processor can send humidity in real time and obtain instruction to humidity acquisition Module, when the humidity in the container that humidity acquisition module obtains less than above-mentioned default top limit of humidity or reaches default dehumidifying threshold During value, processor sends out code to dehumidification module, dehumidification module and stops dehumidifying.Dehumidification module can be dehumidifier.

It is evidenced from the above discussion that the present embodiment reads the RFID label tag of goods by RFID reader, goods is obtained in time Multidate information, when goods lacks in container, alarmed by warning device, notify related personnel to be handled, avoid goods from losing Lose, and the goods image in container is obtained by image collection module, keep sample archive, the convenient follow-up goods for searching missing；It is logical Excess temperature acquisition module obtains the temperature in container, obtains the humidity in container by humidity acquisition module, understands in time Environmental information in container, when temperature anomaly in container, alarmed by warning device, and when the temperature is too low, by heating Module heats, and when temperature is too high, is freezed by refrigeration module；When humidity exception in container, alarmed by warning device, and When humidity is too low, humidified by humidification module, when humidity is too high, dehumidified by dehumidification module, avoided because environment reason occurs Cargo damage, reduce the loss of the owner of cargo and consignor.

It should be understood that the size of the sequence number of each step is not meant to the priority of execution sequence, each process in above-described embodiment Execution sequence should determine that the implementation process without tackling the embodiment of the present invention forms any limit with its function and internal logic It is fixed.

Embodiment three

Corresponding to the compartment management method described in foregoing embodiments, Fig. 4 shows compartment pipe provided in an embodiment of the present invention The structured flowchart of device is managed, for convenience of description, illustrate only part related to the present embodiment.

Reference picture 4, the device includes reading instruction sending module 401, temperature obtains instruction sending module 402, humidity obtains Instruction fetch sending module 403, information receiving module 404, the first alarm command sending module 405, the second alarm command send mould The alarm command sending module 407 of block 406 and the 3rd.

Instruction sending module 401 is read, instruction is read to RFID reader for sending, so that the RFID reader root According to the identity read in the instruction RFID label tag that reading is arranged on each goods respectively.

Temperature obtains instruction sending module 402, and instruction is obtained to temperature acquisition module for sending temperature.

Specifically, temperature acquisition module can obtain the temperature in container in real time, can also be obtained receiving temperature Instruction starts to obtain the temperature in container.

Humidity obtains instruction sending module 403, and instruction is obtained to humidity acquisition module for sending humidity.

Here, humidity acquisition module can obtain the humidity in container in real time, can also refer to receiving humidity and obtaining Order starts to obtain the humidity in container.

The relaxation pattern that humidity obtains instruction can be sent in real time with whole day twenty four hours, can also be passed through between preset time Every sending once, the wasting of resources is avoided.

Information receiving module 404, the identity of each goods sent for receiving the RFID reader respectively, institute State the humidity in the temperature in the container of temperature acquisition module transmission, and the container of humidity acquisition module transmission.

First alarm command sending module 405, for when clear according to each identity and the transport goods to prestore It is single, when judging goods missing, the first alarm command is sent to warning device, so that the warning device is according to the described first alarm Instruction is alarmed.

Specifically, the identity of detailed list of goods storage transport goods is transported, if each goods in transport detailed list of goods Each identity that identity and RFID reader are sent corresponds, then can be determined that complete in stock, otherwise can sentence Order thing lacks.When judging goods missing, the first alarm command is sent to warning device, warning device alarm.

Second alarm command sending module 406, for when according to preset temperature lower limit and the preset temperature upper limit, described in judgement During temperature anomaly, the second alarm command is sent to the warning device, so that the warning device refers to according to the described second alarm Order is alarmed.

Here, limit and temperature upper limit at a temperature of presetting goods in transit according to the actual conditions of goods, with Ensure the intact of goods.Such as water fruits and vegetables etc. need the goods of ventilation and heat, it is necessary to low-temperature transport.

The mode that warning device is alarmed according to the first alarm command and the second alarm command can be different, such as basis The mode of first alarm command alarm is alarmed for buzzing, is vibration alarming according to the mode that the second alarm command is alarmed, is made correlation Alarm that personnel are only sent by alarm accelerates abnormal conditions processing speed it is known that there is what problem.

3rd alarm command sending module 407, for when according to default humidity lower limit and default top limit of humidity, described in judgement During humidity exception, the 3rd alarm command is sent to the warning device, so that the warning device refers to according to the described 3rd alarm Order is alarmed.

The mode that warning device is alarmed according to the 3rd alarm command can be different from above-mentioned according to the first alarm command The mode alarmed with the second alarm command, using warning device as buzzer siren, warning device be vibration alarm according to The mode of first alarm command alarm is alarmed for buzzing, and the mode alarmed according to the second alarm command is root exemplified by vibration alarming The mode alarmed according to the 3rd alarm command can be sound and light alarm, be adapted to practical application.

It is evidenced from the above discussion that compartment managing device of the present invention, by the RFID label tag of RFID reader reading goods, and When obtain goods multidate information, when in container goods lack when, alarmed by warning device, notify related personnel to be handled, Avoid loss of goods；Temperature in container is obtained by temperature acquisition module, obtained by humidity acquisition module in container Humidity, in time understand container in environmental information, when temperature anomaly in container or humidity exception, by warning device report It is alert, avoid, because cargo damage occurs in environment reason, reducing the loss of the owner of cargo and consignor.

Image obtains instruction sending module, for when judging goods missing, sending image acquisition instruction to image and obtaining Module, so that described image acquisition module obtains the goods image in instruction acquisition container according to described image.

Image comparing module, for receiving the goods image of described image acquisition module transmission, by the goods figure As being compared with the goods original image to prestore.

First enabled instruction sending module, for when judging that the temperature be less than the preset temperature lower limit, transmission the One enabled instruction is to heating module, so that the heating module is begun to warm up according to first enabled instruction, the heated mould Block is arranged in the container.

Here, in heating module heating process, temperature, which obtains instruction sending module 402, can send temperature acquisition in real time Instruction to temperature acquisition module, temperature acquisition module obtains the temperature in container, when the temperature that temperature acquisition module obtains is high In above-mentioned preset temperature lower limit or when reaching default heating threshold value, the first out code sending module send out code to plus Thermal modules, heating module stop heating.

Specifically, in refrigeration module process of refrigerastion, temperature, which obtains instruction sending module 402, can also send temperature in real time Obtain instruction to temperature acquisition module, temperature acquisition module and obtain the temperature in container, when the temperature that temperature acquisition module obtains When degree is less than the above-mentioned preset temperature upper limit or reaches default refrigeration threshold value, the second out code sending module sends out code To refrigeration module, refrigeration module stops refrigeration.

3rd enabled instruction sending module, for when judging that the humidity be less than the default humidity lower limit, transmission the Three enabled instructions are to humidification module, so that the humidification module starts to humidify according to the 3rd enabled instruction, the humidification mould Block is arranged in the container.

Here, in humidification module humidification, humidity, which obtains instruction sending module 403, can send humidity acquisition in real time Instruction to humidity acquisition module, when the humidity in the container that humidity acquisition module obtains higher than above-mentioned default humidity lower limit or When reaching default humidification threshold value, the 3rd out code sending module sends out code to humidification module, and humidification module stops adding It is wet.Humidification module can be humidifier.

Specifically, in dehumidification module dehumidification process, humidity acquisition instruction sending module 403 can send humidity in real time and obtain Instruction fetch to humidity acquisition module, when the humidity in the container that humidity acquisition module obtains less than above-mentioned default top limit of humidity or When person reaches default dehumidifying threshold value, the 4th out code sending module, which sends out code to dehumidification module, dehumidification module, to be stopped Dehumidifying.Dehumidification module can be dehumidifier.

Example IV

In order to more fully understand said apparatus, the application example of a compartment managing device of the present invention detailed below.

As shown in figure 5, reading instruction sending module 401 can be included, temperature obtains instruction sending module 402, humidity obtains Instruction fetch sending module 403, information receiving module 404, the first alarm command sending module 405, the second alarm command send mould Block 406, the 3rd alarm command sending module 407, image obtain instruction sending module 408, image comparing module 409, goods position Put determining module 410, the first enabled instruction sending module 411, the second enabled instruction sending module 412, the 3rd enabled instruction hair Send the enabled instruction sending module 414 of module 413 and the 4th.

Temperature obtains instruction sending module 402, instruction is obtained to temperature acquisition module for sending temperature, so that the temperature Spend acquisition module and the temperature for instructing and obtaining in container is obtained according to the temperature.

Humidity obtains instruction sending module 403, instruction is obtained to humidity acquisition module for sending humidity, so that described wet Spend acquisition module and the humidity for instructing and obtaining in container is obtained according to the humidity.

Information receiving module 404, the identity of each goods sent for receiving the RFID reader respectively, institute State the temperature of temperature acquisition module transmission, and the humidity that the humidity acquisition module is sent.

Image obtains instruction sending module 408, for when judging goods missing, sending image acquisition instruction to image and obtaining Modulus block, so that described image acquisition module obtains the goods image in instruction acquisition container according to described image.

Image comparing module 409, for receiving the goods image of described image acquisition module transmission, by the goods Image is compared with the goods original image to prestore.

Cargo location determining module 410, for determining position of the missing goods in container according to comparison result.

Second alarm command sending module 406, for when according to preset temperature lower limit and the preset temperature upper limit, described in judgement During temperature anomaly, the second alarm command is sent to warning device, so that the warning device enters according to second alarm command Row alarm.

First enabled instruction sending module 411, for when judging that the temperature is less than the preset temperature lower limit, sending First enabled instruction is to heating module, so that the heating module is begun to warm up according to first enabled instruction, the heating Module is arranged in the container.

Second enabled instruction sending module 412, for when judging that the temperature is higher than the preset temperature upper limit, sending Second enabled instruction is to refrigeration module, so that the refrigeration module starts to freeze according to second enabled instruction, the refrigeration Module is arranged in the container.

3rd alarm command sending module 407, for when according to default humidity lower limit and default top limit of humidity, described in judgement During humidity exception, the 3rd alarm command is sent to warning device, so that the warning device enters according to the 3rd alarm command Row alarm.

3rd enabled instruction sending module 413, for when judging that the humidity is less than the default humidity lower limit, sending 3rd enabled instruction is to humidification module, so that the humidification module starts to humidify according to the 3rd enabled instruction, the humidification Module is arranged in the container.

4th enabled instruction sending module 414, for when judging that the humidity is higher than the default top limit of humidity, sending 4th enabled instruction is to dehumidification module, so that the dehumidification module starts to dehumidify according to the 4th enabled instruction, the dehumidifying Module is arranged in the container.

Embodiment five

Fig. 6 shows the schematic block diagram of monitoring device provided in an embodiment of the present invention, for convenience of description, illustrate only with The related part of the present embodiment.

As shown in fig. 6, the monitoring device includes RFID reader 601, temperature acquisition module 602, humidity acquisition module 603rd, warning device 604 and processor 605.

RFID reader 601, the reading instruction sent for reception processing device 605, read respectively according to the reading instruction Take the identity in the RFID label tag being arranged on each goods.

Here, processor 605, which can pass through prefixed time interval and send, once reads instruction to RFID reader 601, in advance If time interval is set according to actual conditions, such as one hour or two hours etc..Can also whole day twenty four hours send in real time Instruction is read to RFID reader 601, reads the RFID marks being arranged on each goods incessantly by RFID reader 601 Label, realize the real-time monitoring to container.

Temperature acquisition module 602, instruction is obtained for receiving the temperature that the processor 605 is sent.

Specifically, temperature acquisition module can obtain the temperature in container in real time, can also be obtained receiving temperature Instruction starts to obtain the temperature in container.The sending method that temperature obtains instruction can read the mode instructed with above-mentioned transmission It is similar, such as certain interval of time transmission is once, or the transmission etc. in real time of whole day twenty four hours, set according to being actually needed.

Humidity acquisition module 603, instruction is obtained for receiving the humidity that the processor 605 is sent.

Here, humidity acquisition module can obtain the humidity in container in real time, can also refer to receiving humidity and obtaining Order starts to obtain the humidity in container.The sending method that humidity obtains instruction can be sent in real time with whole day twenty four hours, Prefixed time interval can be passed through to send once, avoid the wasting of resources.

Warning device 604, the first alarm command sent for receiving the processor 605, according to the described first alarm Instruction is alarmed, and is received the second alarm command that the processor 605 is sent, is reported according to second alarm command It is alert, the 3rd alarm command that the processor 605 is sent is received, is alarmed according to the 3rd alarm command.

Processor 605, instruction is obtained extremely for sending instruction to the RFID reader, the temperature that read respectively The temperature acquisition module, and the humidity obtain instruction to the humidity acquisition module, receive the RFID read-write respectively The identity for each goods that device is sent, the temperature in container that the temperature acquisition module is sent, and the humidity The humidity in container that acquisition module is sent；The processor 605, it is additionally operable to work as according to each identity and prestore Transport detailed list of goods, when judging goods missing, first alarm command is sent to the warning device 604, when according to pre- If lowest temperature and the preset temperature upper limit, when judging the temperature anomaly, second alarm command is sent to the alarm dress 604 are put, when according to default humidity lower limit and default top limit of humidity, when judging the humidity exception, transmission the 3rd alarm refers to Make to the warning device 604.

Specifically, the identity of detailed list of goods storage transport goods is transported, if each goods in transport detailed list of goods Identity corresponds with each identity that RFID reader is sent, then processor 605 can be determined that complete in stock, no It then can be determined that goods lacks.When judging goods missing, the first alarm command is sent to warning device 604, warning device 604 Alarm.

At a temperature of processor 605 presets goods in transit according to the actual conditions of goods in limit and temperature Limit, to ensure the intact of goods.Such as water fruits and vegetables etc. need the goods of ventilation and heat, it is necessary to low-temperature transport.

Specifically, the temperature and preset temperature lower limit in container that processor 605 respectively sends temperature acquisition module It is compared with the preset temperature upper limit, when said temperature is less than preset temperature lower limit or higher than the preset temperature upper limit, judges Temperature anomaly, send the second alarm command to warning device 604, warning device 604 and alarm, promote related personnel to carry out corresponding position Reason, avoids cargo damage.

Processor 605 presets humidity lower limit and top limit of humidity according to the actual conditions of goods, when humidity acquisition module Humidity in the container of transmission is less than default humidity lower limit or during higher than default top limit of humidity, judges the humidity in container It is abnormal, send the 3rd alarm command to warning device 604, warning device 604 and alarm.

Above-mentioned three kinds of type of alarms of warning device can be different, such as respectively buzzing alarm, vibration alarming, acousto-optic report Alert, making the alarm that related personnel is only sent by alarm, quickening abnormal conditions processing is fast it is known that there is what problem Degree.

As shown in fig. 6, in a specific example, above-mentioned monitoring device also includes：

Image collection module 606, instruction is obtained for receiving the image that the processor 605 is sent, according to described image Obtain the goods image in instruction acquisition container.

The processor 605, it is additionally operable to, when judging goods missing, send described image acquisition instruction to described image and obtain Modulus block 606, the goods image that described image acquisition module 606 is sent is received, by the goods image and the goods to prestore Thing original image is compared, and position of the missing goods in container is determined according to comparison result.

Heating module 607, the first enabled instruction sent for receiving the processor 605, starts according to described first Instruction is begun to warm up, and the heating module 607 is arranged in the container.

Here, in the heating process of heating module 607, processor 605 can send temperature in real time and obtain instruction to temperature Acquisition module, temperature acquisition module obtain the temperature in container, when the temperature that temperature acquisition module obtains is default higher than above-mentioned Lowest temperature or when reaching default heating threshold value, processor 605 sends out code to heating module, heating module 607 and stopped Only heat.

Refrigeration module 608, the second enabled instruction sent for receiving the processor 605, starts according to described second Instruction starts to freeze, and the refrigeration module 608 is arranged in the container.

Specifically, in the process of refrigerastion of refrigeration module 608, processor 605 can also send temperature in real time and obtain instruction extremely Temperature acquisition module, temperature acquisition module obtain the temperature in container, when the temperature that temperature acquisition module obtains is less than above-mentioned The preset temperature upper limit or when reaching default refrigeration threshold value, processor 605 sends out code to refrigeration module, refrigeration module 608 stop refrigeration.

The processor 605, it is additionally operable to, when judging that the temperature is less than the preset temperature lower limit, send first and start Instruct to heating module 607；When judging that the temperature is higher than the preset temperature upper limit, the second enabled instruction is sent to refrigeration Module 608.

Humidification module 609, the 3rd enabled instruction sent for receiving the processor 605, starts according to the described 3rd Instruction starts to humidify, and the humidification module 609 is arranged in the container.

Here, in the humidification of humidification module 609, processor 605 can send humidity in real time and obtain instruction to humidity Acquisition module, add when the humidity in the container that humidity acquisition module obtains is higher than above-mentioned default humidity lower limit or reaches default During wet threshold value, processor 605 sends out code to humidification module 609, humidification module 609 and stops humidification.

Dehumidification module 610, the 4th enabled instruction sent for receiving the processor 605, starts according to the described 4th Instruction starts to dehumidify, and the dehumidification module 610 is arranged in the container.

Specifically, in the dehumidification process of dehumidification module 610, processor 605 can send humidity acquisition in real time and instruct to wet Acquisition module is spent, when the humidity in the container that humidity acquisition module obtains less than above-mentioned default top limit of humidity or reaches default During the threshold value that dehumidifies, processor 605 sends out code to dehumidification module 610, dehumidification module 610 and stops dehumidifying.

The processor 605, it is additionally operable to, when judging that the humidity is less than the default humidity lower limit, send the 3rd and start Instruct to humidification module 609；When judging that the humidity is higher than the default top limit of humidity, the 4th enabled instruction is sent to dehumidifying Module 610.

It is evidenced from the above discussion that monitoring device of the present invention, the RFID label tag of goods is read by RFID reader, is obtained in time Picking thing multidate information, when goods lacks in container, alarmed by warning device, notify related personnel to be handled, avoided Loss of goods；Temperature in container is obtained by temperature acquisition module, obtained by humidity acquisition module wet in container Degree, environmental information in container is understood in time, when temperature anomaly in container or humidity exception, is alarmed, kept away by warning device Exempt from, because cargo damage occurs in environment reason, to reduce the loss of the owner of cargo and consignor.

The embodiment of the present invention additionally provides a kind of part-structure block diagram of the terminal device based on the present invention program, such as Fig. 7 It is shown, for convenience of description, the part related to the embodiment of the present invention is illustrate only, particular technique details does not disclose, please join According to present invention method part.The terminal can be to include mobile phone, tablet personal computer, PDA (Personal Digital Assistant, personal digital assistant), POS (Point of Sales, point-of-sale terminal), any terminal device such as vehicle-mounted computer, So that terminal is mobile phone as an example：

Fig. 7 is illustrated that the block diagram of the part-structure of the mobile phone related to terminal provided in an embodiment of the present invention.

With reference to figure 7, mobile phone includes：Memory 710, input block 720, display unit 730, processor 740 and power supply 750 grade parts., can be with it will be understood by those skilled in the art that the handset structure shown in Fig. 7 does not form the restriction to mobile phone Including than illustrating more or less parts, either combining some parts or different parts arrangement.

Each component parts of mobile phone is specifically introduced with reference to Fig. 7：

Memory 710 can be used for storage software program and module, and processor 740 is stored in memory 710 by operation Software program and module, so as to perform the various function application of mobile phone and data processing.Memory 710 can mainly include Storing program area and storage data field, wherein, storing program area can storage program area, the application journey needed at least one function Sequence (such as sound-playing function, image player function etc.) etc.；Storage data field can store uses what is created according to mobile phone Data (such as voice data, phone directory etc.) etc.., can be with addition, memory 710 can include high-speed random access memory Including nonvolatile memory, for example, at least a disk memory, flush memory device or other volatile solid-states Part, in embodiments of the present invention processor 740 software program and module of memory 710 are stored in by operation, so as to right Compartment carries out intelligent management.Memory 610 can mainly include storing program area and storage data field, and storing program area can store Corresponding program, storage data field can store transport detailed list of goods, preset temperature lower limit, preset temperature upper limit etc..

Input block 720 can be used for the numeral or character information for receiving input, and produce with the user of mobile phone set with And the key signals input that function control is relevant.Specifically, input block 720 may include that contact panel 721 and other inputs are set Standby 722.Contact panel 721, also referred to as touch-screen, collect user on or near it touch operation (such as user use The operation of any suitable object such as finger, stylus or annex on contact panel 721 or near contact panel 721), and root Corresponding attachment means are driven according to formula set in advance.Optionally, contact panel 721 may include touch detecting apparatus and touch Two parts of controller.Wherein, the touch orientation of touch detecting apparatus detection user, and the signal that touch operation is brought is detected, Transmit a signal to touch controller；Touch controller receives touch information from touch detecting apparatus, and is converted into touching Point coordinates, then give processor 740, and the order sent of reception processing device 740 and can be performed.Furthermore, it is possible to using electricity The polytypes such as resistive, condenser type, infrared ray and surface acoustic wave realize contact panel 721.Except contact panel 721, input Unit 720 can also include other input equipments 722.Specifically, other input equipments 722 can include but is not limited to secondary or physical bond One or more in disk, function key (such as volume control button, switch key etc.), trace ball, mouse, action bars etc..

Display unit 730 can be used for display by user input information or be supplied to user information and mobile phone it is various Menu.Display unit 730 may include display panel 731, optionally, can use liquid crystal display (Liquid Crystal Display, LCD), the form such as Organic Light Emitting Diode (Organic Light-Emitting Diode, OLED) it is aobvious to configure Show panel 731.Further, contact panel 721 can cover display panel 731, when contact panel 721 is detected thereon or attached After near touch operation, processor 740 is sent to determine the type of touch event, is followed by subsequent processing device 740 according to touch event Type corresponding visual output is provided on display panel 731.Although in the figure 7, contact panel 721 and display panel 731 It is the part independent as two to realize the input of mobile phone and input function, but in some embodiments it is possible to by touch-control Panel 721 is integrated with display panel 731 and realizes input and the output function of mobile phone.

Processor 740 is the control centre of mobile phone, using various interfaces and the various pieces of connection whole mobile phone, is led to Cross operation or perform the software program and/or module being stored in memory 710, and call and be stored in memory 710 Data, the various functions and processing data of mobile phone are performed, so as to carry out integral monitoring to mobile phone.Optionally, processor 740 can wrap Include one or more processing units；Preferably, processor 740 can integrate application processor and modem processor, wherein, should Operating system, user interface and application program etc. are mainly handled with processor, modem processor mainly handles radio communication. It is understood that above-mentioned modem processor can not also be integrated into processor 740, handle in embodiments of the present invention Device 740 can utilize the various pieces of various interfaces and connection whole mobile phone, and memory is stored in by running or performing Software program and/or module in 710, and the data being stored in memory 710 are called, intelligent management is carried out to compartment, So as to carry out integral monitoring to mobile phone.

Processor 740, instruction is read to RFID reader for sending, so that the RFID reader is according to the reading The identity being arranged in the RFID label tag on each goods is read in instruction respectively, is sent temperature acquisition instruction to temperature and is obtained Module, so that the temperature acquisition module obtains the temperature in instruction acquisition container according to the temperature, send humidity and obtain Instruction is to humidity acquisition module, so that the humidity acquisition module is according to wet in humidity acquisition instruction acquisition container Degree, receives the identity for each goods that the RFID reader is sent respectively, and the temperature acquisition module is sent described Temperature, and the humidity that the humidity acquisition module is sent；Processor 740, it is additionally operable to when according to each identity mark The transport detailed list of goods known and prestored, when judging goods missing, the first alarm command is sent to warning device, so that the alarm Device is alarmed according to first alarm command, when according to preset temperature lower limit and the preset temperature upper limit, judging the temperature When spending abnormal, the second alarm command is sent to warning device, so that the warning device is carried out according to second alarm command Alarm, when according to default humidity lower limit and default top limit of humidity, when judging the humidity exception, the 3rd alarm command of transmission is extremely reported Alarm device, so that the warning device is alarmed according to the 3rd alarm command.

Optionally, processor 740, it is additionally operable to, when judging goods missing, send image acquisition instruction to image and obtain mould Block, so that described image acquisition module obtains the goods image in instruction acquisition container according to described image, receive the figure As the goods image that acquisition module is sent, the goods image is compared with the goods original image to prestore, according to Comparison result determines position of the missing goods in container.

Optionally, processor 740, it is additionally operable to, when judging that the temperature is less than the preset temperature lower limit, send first Enabled instruction is to heating module, so that the heating module is begun to warm up according to first enabled instruction, the heating module It is arranged in the container, when judging that the temperature is higher than the preset temperature upper limit, sends the second enabled instruction to system Chill block, so that the refrigeration module starts to freeze according to second enabled instruction, the refrigeration module is arranged on the collection In vanning.

Optionally, processor 740, it is additionally operable to, when judging that the humidity is less than the default humidity lower limit, send the 3rd Enabled instruction is to humidification module, so that the humidification module starts to humidify according to the 3rd enabled instruction, the humidification module It is arranged in the container, when judging that the humidity be higher than the default top limit of humidity, the 4th enabled instruction of transmission is to removing Wet module, so that the dehumidification module starts to dehumidify according to the 4th enabled instruction, the dehumidification module is arranged on the collection In vanning.

Mobile phone also includes the power supply 650 (such as battery) to all parts power supply, it is preferred that power supply can pass through power supply pipe Reason system and processor 640 are logically contiguous, so as to realize management charging, electric discharge and power managed by power-supply management system Etc. function.

Although being not shown, mobile phone can also include camera, bluetooth module etc., will not be repeated here.

Embodiment described above only expresses the several embodiments of the present invention, and its description is more specific and detailed, but simultaneously Therefore the limitation to the scope of the claims of the present invention can not be interpreted as.It should be pointed out that for one of ordinary skill in the art For, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to the guarantor of the present invention Protect scope.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.

Claims

A kind of 1. compartment management method, it is characterised in that including：

Send and read instruction to RFID reader, be arranged on so that the RFID reader is read respectively according to the reading instruction The identity in RFID label tag on each goods；

Send temperature and obtain instruction to temperature acquisition module；

Send humidity and obtain instruction to humidity acquisition module；

The identity for each goods that the RFID reader is sent, the packaging that the temperature acquisition module is sent are received respectively Humidity in temperature in case, and the container of humidity acquisition module transmission；

When according to each identity and the transport detailed list of goods to prestore, when judging goods missing, the alarm of transmission first refers to Order is to warning device, so that the warning device is alarmed according to first alarm command；

When according to preset temperature lower limit and the preset temperature upper limit, when judging the temperature anomaly, the second alarm command of transmission to institute Warning device is stated, so that the warning device is alarmed according to second alarm command；

When according to default humidity lower limit and default top limit of humidity, when judging the humidity exception, the 3rd alarm command of transmission to institute Warning device is stated, so that the warning device is alarmed according to the 3rd alarm command.
2. compartment management method according to claim 1, it is characterised in that also include：

When judging goods missing, send image and obtain instruction to image collection module so that described image acquisition module according to Described image obtains the goods image in instruction acquisition container；

The goods image that described image acquisition module is sent is received, by the goods image and the goods original image to prestore It is compared；

Position of the missing goods in container is determined according to comparison result.
3. compartment management method according to claim 1, it is characterised in that also include：

When judging that the temperature is less than the preset temperature lower limit, the first enabled instruction is sent to heating module, so that described Heating module is begun to warm up according to first enabled instruction, and the heating module is arranged in the container；

When judging that the temperature is higher than the preset temperature upper limit, the second enabled instruction is sent to refrigeration module, so that described Refrigeration module starts to freeze according to second enabled instruction, and the refrigeration module is arranged in the container.
4. compartment management method according to claim 1, it is characterised in that also include：

When judging that the humidity is less than the default humidity lower limit, the 3rd enabled instruction is sent to humidification module, so that described Humidification module starts to humidify according to the 3rd enabled instruction, and the humidification module is arranged in the container；

When judging that the humidity is higher than the default top limit of humidity, the 4th enabled instruction is sent to dehumidification module, so that described Dehumidification module starts to dehumidify according to the 4th enabled instruction, and the dehumidification module is arranged in the container.
A kind of 5. compartment managing device, it is characterised in that including：

Instruction sending module is read, instruction is read to RFID reader for sending, so that the RFID reader is according to Read instruction and read the identity being arranged in the RFID label tag on each goods respectively；

Temperature obtains instruction sending module, and instruction is obtained to temperature acquisition module for sending temperature；

Humidity obtains instruction sending module, and instruction is obtained to humidity acquisition module for sending humidity；

Information receiving module, the identity of each goods sent for receiving the RFID reader respectively, the temperature Humidity in the temperature in container that acquisition module is sent, and the container of humidity acquisition module transmission；

First alarm command sending module, for when according to each identity and the transport detailed list of goods to prestore, judgement When goods lacks, the first alarm command is sent to warning device, so that the warning device enters according to first alarm command Row alarm；

Second alarm command sending module, for working as according to preset temperature lower limit and the preset temperature upper limit, judge that the temperature is different Chang Shi, the second alarm command is sent to the warning device, so that the warning device is carried out according to second alarm command Alarm；

3rd alarm command sending module, for when the default humidity lower limit of basis and default top limit of humidity, judging that the humidity is different Chang Shi, the 3rd alarm command is sent to the warning device, so that the warning device is carried out according to the 3rd alarm command Alarm.
6. compartment managing device according to claim 5, it is characterised in that also include：

Image acquisition instruction sending module, for when judging goods missing, sending image acquisition and instructing to image collection module, So that described image acquisition module obtains the goods image in instruction acquisition container according to described image；

Image comparing module, for receive described image acquisition module transmission the goods image, by the goods image with The goods original image to prestore is compared；

Cargo location determining module, for determining position of the missing goods in container according to comparison result.
7. compartment managing device according to claim 5, it is characterised in that also include：

First enabled instruction sending module, for when judging that the temperature is less than the preset temperature lower limit, sending first and opening Dynamic instruction is to heating module, so that the heating module is begun to warm up according to first enabled instruction, the heating module is set Put in the container；

Second enabled instruction sending module, for when judging that the temperature is higher than the preset temperature upper limit, sending second and opening Dynamic instruction is to refrigeration module, so that the refrigeration module starts to freeze according to second enabled instruction, the refrigeration module is set Put in the container.
8. compartment managing device according to claim 5, it is characterised in that also include：

3rd enabled instruction sending module, for when judging that the humidity is less than the default humidity lower limit, sending the 3rd and opening Dynamic instruction is to humidification module, so that the humidification module starts to humidify according to the 3rd enabled instruction, the humidification module is set Put in the container；

4th enabled instruction sending module, for when judging that the humidity is higher than the default top limit of humidity, sending the 4th and opening Dynamic instruction is to dehumidification module, so that the dehumidification module starts to dehumidify according to the 4th enabled instruction, the dehumidification module is set Put in the container.
A kind of 9. monitoring device, it is characterised in that including：

RFID reader, the reading instruction sent for reception processing device, reading respectively is instructed to be arranged on according to the reading each The identity in RFID label tag on individual goods；

Temperature acquisition module, instruction is obtained for receiving the temperature that the processor is sent；

Humidity acquisition module, instruction is obtained for receiving the humidity that the processor is sent；

Warning device, the first alarm command sent for receiving the processor, is reported according to first alarm command It is alert, the second alarm command that the processor is sent is received, is alarmed according to second alarm command, receives the processing The 3rd alarm command that device is sent, is alarmed according to the 3rd alarm command；

Processor, instructed for sending described read respectively to the RFID reader, the temperature obtains instruction to the temperature Acquisition module is spent, and the humidity obtains instruction to the humidity acquisition module, receives the RFID reader respectively and sends Each goods identity, the temperature in container that the temperature acquisition module is sent, and the humidity obtains mould The humidity in container that block is sent；The processor, it is additionally operable to when according to each identity and the transport goods to prestore Thing inventory, when judging goods missing, send first alarm command to the warning device, when according to preset temperature lower limit and The preset temperature upper limit, when judging the temperature anomaly, second alarm command is sent to the warning device, when according to default Humidity lower limit and default top limit of humidity, when judging the humidity exception, the 3rd alarm command is sent to the warning device.
10. monitoring device according to claim 9, it is characterised in that also include：

Image collection module, instruction is obtained for receiving the image that the processor is sent, obtaining instruction according to described image obtains Take the goods image in container；

The processor, it is additionally operable to, when judging goods missing, send described image acquisition and instruct to described image acquisition module, The goods image that described image acquisition module is sent is received, the goods image and the goods original image to prestore are carried out Compare, position of the missing goods in container is determined according to comparison result.