CN211349120U - Temperature monitoring and control system in cold chain commodity transportation process - Google Patents
Temperature monitoring and control system in cold chain commodity transportation process Download PDFInfo
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- CN211349120U CN211349120U CN201921451725.7U CN201921451725U CN211349120U CN 211349120 U CN211349120 U CN 211349120U CN 201921451725 U CN201921451725 U CN 201921451725U CN 211349120 U CN211349120 U CN 211349120U
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Abstract
The utility model provides a temperature monitoring and control system in the cold chain commodity transportation process, wherein a monitoring platform AI intelligent calculation module obtains a transportation heat preservation packaging scheme of the cold chain commodity; configuring an insulation can and matched materials according to a transportation insulation packaging scheme, wherein the insulation can is provided with a wireless temperature sensor, an irreversible cold charging interface and an electronic lock; before cold chain transportation, a transport driver terminal APP matches the transported materials according to a packaging scheme and carries out code scanning material parameter verification and boxing; the temperature data and the orbit of cold chain commodity in the transportation to driver cell-phone APP transmission box often upload to monitor platform and show backstage often in transit wireless temperature sensor, if the temperature that driver APP acquireed simultaneously if will surpass predetermined cold chain commodity warm area scope, then APP carries out audible and visual alarm often and reminds the transportation driver, synchronous APP starts vehicle air conditioner through the bluetooth and realizes temperature control, it is qualified that the cold chain commodity reachs the destination temperature, the user of receiving goods scans the authorization of heat preservation box number and unblanks and submit the order.
Description
Technical Field
The utility model relates to a cold chain management technical field, concretely relates to temperature monitoring and control system in cold chain commodity transportation.
Background
The method is characterized in that the temperature is generally controlled by adopting a mode of adding ice rows into an insulation can in the existing cold chain food and drug transportation process, and the type quantity of the insulation can and the ice rows is guided by adopting early-stage static experimental data to pack the food and drug and control the dynamic transportation behavior of the transportation process by leading static state. Static experimental data guides dynamic temperature control of cold-chain food and drug transportation processes, accuracy is poor, actual scenes and actual requirements are not met, and temperature loss of the transportation processes is easy to occur.
SUMMERY OF THE UTILITY MODEL
Technical problem to be solved
Not enough to prior art, the utility model provides a temperature monitoring and control, system in cold chain commodity transportation can accord with actual scene and actual demand more, and the guarantee cold chain transportation is not lost temperature, and uses the operation intellectuality higher.
(II) technical scheme
In order to achieve the above purpose, the utility model discloses a following technical scheme realizes:
the utility model provides a temperature monitoring and control system in cold chain commodity transportation, include:
the intelligent temperature control system comprises a monitoring platform, a heat preservation device with a wireless temperature sensor, an electronic lock and an irreversible cold filling port, a driver mobile phone terminal APP and a supervisory personnel mobile phone terminal APP, wherein the driver mobile phone terminal APP is in communication connection with the wireless temperature sensor of the heat preservation box, the driver mobile phone terminal APP is in remote communication connection with the monitoring platform, and the monitoring platform is in communication connection with the supervisory personnel mobile phone terminal APP;
the monitoring platform is provided with an AI intelligent calculation module, the AI intelligent calculation module acquires cold chain order information, and a transportation heat-preservation packaging scheme of the cold chain commodities is intelligently calculated according to the distribution season, the starting place temperature, the destination temperature, the transportation distance, the temperature zone requirement of the cold chain commodities and the volume of the cold chain commodities so as to ensure that the cold chain transportation process is not subjected to temperature loss;
in the cold chain transportation process, a driver mobile phone terminal APP constantly acquires temperature data of cold chain commodities in an incubator from an insulation can wireless temperature sensor, and uploads the temperature data and a driver mobile phone terminal APP track to a monitoring platform, if the temperature acquired by the driver mobile phone terminal APP is about to exceed the cold chain commodity setting temperature zone range, the driver mobile phone terminal APP constantly performs sound and light alarm to remind a driver, the driver mobile phone terminal APP starts a vehicle-mounted air conditioner through Bluetooth to realize temperature control, and meanwhile, the driver mobile phone terminal APP reminds the driver to adopt an insulation can cold filling port to perform emergency cold filling and cooling treatment); when receiving data about exceeding the range of the cold chain commodity temperature area, the monitoring platform sends alarm information to a supervisor mobile phone terminal APP to supervise and dispose after cold chain commodity alarm, and when the cold chain commodity reaches a destination temperature qualified goods receiving user, the cold chain commodity scanning unlocking submitting order is completed, and intelligent non-temperature-losing cold chain transportation is completed.
(III) advantageous effects
The utility model provides a temperature monitoring and control system in the cold chain commodity transportation process, which enables the whole dynamic process of cold chain commodity from packaging to transportation to form to be monitored and intelligently controlled, and compared with the cold chain commodity packaging and transportation scheme according to static experimental data in the prior art, the cold chain commodity packaging and transportation scheme is more accurate and more conforms to the actual scene and the actual demand; the insulation can that can select suitable size according to the volume information calculation packing of cold chain commodity simultaneously, avoid the waste of the idle resource that forms in traditional cold chain packing box space, gather insulation can wireless temperature sensor's temperature often in addition, can send alarm information when the temperature will surpass cold chain commodity warm area scope, synchronous driver APP and through the wireless vehicle air conditioner of start of bluetooth carry out temperature control, APP reminds the driver to adopt the insulation can to fill cold mouthful emergency cooling processing of filling, electronic lock prevents to open the case midway in the transportation insulation can, thereby carry out the prejudgement often to the temperature loss risk in the transportation, reduce the loss that the cold chain commodity caused because of losing the temperature.
Drawings
In order to more clearly illustrate the embodiments and aspects of the present invention, the drawings that are needed in the description of the embodiments and the related art will be briefly described and will be obviously described. The drawings in the following description are directed to merely some embodiments of the invention.
Fig. 1 is a schematic structural diagram of a temperature monitoring and control system in a cold chain commodity transportation process according to an embodiment of the present invention.
Fig. 2 is a schematic diagram of an order packing configuration interface of a cold chain transportation system according to an embodiment of the present invention.
Fig. 3 is a schematic flow chart of a temperature monitoring and controlling method in a cold chain commodity transportation process according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative efforts belong to the protection scope of the present invention.
The utility model discloses can accord with actual scene application and actual demand more, intelligent degree is higher, the reliability is stronger, can realize the cold chain transportation demand of not losing temperature.
Example 1
As shown in fig. 1, the utility model provides a temperature monitoring and control system in cold chain commodity transportation, this system includes:
the system comprises a monitoring platform 11, a heat preservation 12 with a wireless temperature sensor and an electronic lock, a driver mobile phone terminal APP13 and a supervisor mobile phone terminal APP14, wherein the driver mobile phone terminal APP13 is in communication connection with the wireless temperature sensor 12 of the heat preservation, the driver mobile phone terminal APP13 is in remote communication connection with the monitoring platform 11, and the monitoring platform is in communication connection with the supervisor mobile phone terminal APP 14;
the monitoring platform is provided with an AI intelligent calculation module, the AI intelligent calculation module acquires cold chain order information, and a transportation heat-preservation packaging scheme of the goods is intelligently calculated according to the distribution season, the initial place temperature, the destination temperature, the transportation distance, the temperature area requirement of the cold chain goods and the volume of the cold chain goods so as to ensure that the cold chain transportation process is not subjected to temperature loss;
in the cold chain transportation process, a driver mobile phone terminal APP13 constantly acquires temperature data of cold chain commodities in a cabinet from a wireless temperature sensor of the heat insulation cabinet, and a driver mobile phone terminal APP13 uploads the temperature data and a driver mobile phone terminal APP13 track to a monitoring platform, if the temperature acquired by the driver mobile phone terminal APP13 is about to exceed a cold chain commodity setting temperature zone range, the driver mobile phone terminal APP constantly performs sound and light alarm to remind a transport driver, the driver mobile phone terminal APP13 starts a vehicle-mounted air conditioner through Bluetooth to realize temperature control, and meanwhile, the driver mobile phone terminal APP13 reminds the driver to adopt heat insulation cabinet cold filling port emergency cold filling and cooling treatment); when receiving data about exceeding the range of the cold chain commodity temperature area, the monitoring platform sends alarm information to a supervisor mobile phone terminal APP14 to perform supervision and disposal after cold chain commodity alarm, the cold chain commodity reaches a destination temperature qualified goods receiving user to scan, unlock and submit an order, and intelligent non-temperature-loss cold chain transportation is completed.
In one embodiment, the packing scheme calculates the basic formula CP:
wherein, SF is a season coefficient, SF 1 in spring and autumn, SF 2 in summer, SF 3 in winter, T1 is an initial temperature value, T2 is a destination temperature value, S is a transportation distance, T3 is an upper limit of a cold chain commercial temperature zone, T4 is a lower limit of the cold chain commercial temperature zone, L is a cold chain commercial length, W is a cold chain commercial width, and H is a cold chain commercial height.
In one embodiment, the driver mobile phone terminal APP collects the temperature of the heat preservation box and the track data of a transport vehicle in real time in the transportation process, and sends the temperature and the track data to the monitoring platform for analysis and display.
In an embodiment, if cold chain commodity temperature surpassed and set for the temperature range in the transportation, then driver APP carries out audible and visual warning often and reminds the driver, synchronous APP passes through the bluetooth and starts on-vehicle air conditioner and realize temperature control, and APP reminds the driver to adopt insulation can to fill cold mouthful emergent cold filling cooling processing, monitoring platform receive and then send alarm information to supervisor's cell-phone and carry out cold chain commodity warning back supervision and handle when going beyond cold chain commodity warm area scope data simultaneously.
In one embodiment, the incubator in which the cold chain merchandise is stored is provided with an electronic lock so that the incubator cannot be opened during transportation, and the electronic lock can authorize opening of the incubator by a user code scan after the vehicle reaches the destination.
In one embodiment, after the cold-chain commodity transportation vehicle reaches a destination, the driver mobile phone terminal APP acquires the temperature of the cold-chain commodity from the wireless temperature sensor, and a user checks the temperature of the cold-chain commodity; if the temperature of the cold chain commodity meets the preset requirement, submitting an order, sending an instruction for stopping monitoring the order to the monitoring platform, monitoring and pushing all related data in the transportation process to the platform, and enabling a user side to scan an authorized box opening lock.
In one embodiment, before the vehicle departs, the driver mobile phone terminal APP verifies the type of the heat preservation box, the precooling time length and/or the cooling time length; if the checking is not passed, replacing the heat preservation box and/or the ice row; in the vehicle transportation, driver mobile phone terminal APP receives and is about to overtemperature data, then starts emergent mechanism driver mobile phone terminal APP and starts on-vehicle air conditioner through the bluetooth and realize temperature control, and driver mobile phone terminal APP reminds the driver to adopt the insulation can to fill the emergent cold cooling processing that fills of cold mouth simultaneously.
It can be understood that the utility model discloses temperature monitoring and control system in the cold chain commodity transportation of embodiment and the utility model discloses temperature monitoring and control in the cold chain commodity transportation of embodiment are corresponding, and parts such as explanation, example, beneficial effect of relevant content can refer to the corresponding content of part.
The utility model provides a temperature monitoring and control system in cold chain commodity transportation process for cold chain commodity from packing to transporting to the whole dynamic process of handing over the bill is monitored and intelligent control often, and cold chain commodity packing transportation scheme according to static experimental data among the prior art is more accurate, more accords with actual scene and actual demand; the insulation can that can select suitable size according to the volume information calculation packing of cold chain commodity simultaneously, avoid the waste of the idle resource that forms in traditional cold chain packing box space, gather insulation can wireless temperature sensor's temperature often in addition, can send alarm information when the temperature will surpass cold chain commodity warm area scope, driver APP and through the wireless vehicle-mounted air conditioner of start of bluetooth carry out temperature control, APP reminds the driver to adopt the insulation can to fill cold mouthful emergency cold filling cooling processing simultaneously, transportation cold chain commodity is placed and is prevented midway unpacking at the insulation can electronic lock, thereby carry out the prejudgement often to the temperature loss risk in the transportation, reduce the loss that the cold chain commodity caused because of losing temperature.
Example 2
The embodiment of the utility model provides a temperature monitoring and control method in cold chain commodity transportation, include:
the monitoring platform AI intelligent calculation module is used for intelligently calculating a transportation heat-preservation packaging scheme of the cold chain commodities according to the distribution season of the cold chain order, the starting place temperature, the destination temperature, the transportation distance, the temperature area requirement of the cold chain commodities and the volume of the cold chain commodities so as to ensure that the cold chain transportation process is not subjected to temperature loss;
basic formula of packaging scheme calculation:
wherein CP is a cold energy demand parameter, SF is a seasonal coefficient, SF in spring and autumn is 1, SF in summer is 2, SF in winter is 3, T1 is an initial temperature value, T2 is a destination temperature value, S is a transportation distance, T3 is an upper limit of a cold chain commodity temperature zone, T4 is a lower limit of the cold chain commodity temperature zone, L is a cold chain commodity length, W is a cold chain commodity width, and H is a cold chain commodity height;
determining the type of the heat preservation boxes, the number of the heat preservation boxes, the precooling time of the heat preservation boxes, the ice row type of the heat preservation boxes, the precooling time of the ice row of the heat preservation boxes and the cold release time of the ice row of the heat preservation boxes required by the cold chain transportation according to the cold energy demand parameter result, and ensuring that the cold chain commodity transportation process does not lose temperature by using a packaging scheme and a packaging scheme calculation formula;
configuring an insulation box meeting requirements according to parameters of a transportation insulation packaging scheme, wherein a wireless temperature sensor is installed in the insulation box, and the wireless temperature sensor of the insulation box transmits temperature data of cold-chain commodities in the box to a driver mobile phone terminal APP in real time in the cold-chain transportation process;
driver cell-phone terminal APP uploads temperature data and APP orbit to monitor platform and backstage demonstration often, and driver cell-phone terminal APP control cold chain commodity temperature simultaneously, and the qualified receiving user of destination temperature of cold chain commodity scans the authorization of insulation can and unblanks and submits the order, and the cold chain transportation that does not lose temperature to this whole intelligence is accomplished.
In one embodiment, the packaging scheme comprises at least: the type of the heat preservation boxes, the number of the heat preservation boxes of each type, the type of the ice rows, the number of the ice rows of each type, the precooling temperature of the heat preservation boxes of each type, the precooling duration of the heat preservation boxes of each type, the precooling temperature of the ice rows of each type, the precooling duration of the ice rows of each type, the cold release temperature of the ice rows of each type and the cold release duration of the ice rows of each type.
In one embodiment, the method further comprises:
driver mobile phone terminal APP gathers insulation can temperature and haulage vehicle's orbit data often in the transportation to with temperature and orbit data send carry out analysis show on the monitoring platform.
In one embodiment, an electronic lock is arranged on the insulation can storing the cold-chain commodities, so that the insulation can cannot be opened in the transportation process, and after the vehicle reaches the destination, the electronic lock can be used for authorizing unpacking through a scanning code after the temperature of the commodities is qualified through customer temperature verification.
In one embodiment, before the vehicle departs from the origin, the method further comprises:
in one embodiment, after the vehicle reaches the destination, the method further comprises:
the driver mobile phone terminal APP obtains the temperature of the cold chain commodity from the wireless temperature sensor, and the temperature of the cold chain commodity is tested; if the temperature of the cold chain commodity meets the preset requirement, submitting an order, sending an instruction for stopping monitoring the order to the monitoring platform, simultaneously pushing all related data in the transportation process to the user by the monitoring platform, and enabling the user side to scan an authorized unlocking lock.
In one embodiment, the method further comprises: before the vehicle starts or in the transportation process, the driver mobile phone terminal APP verifies the type of the heat insulation box, the precooling time length and/or the cooling time length; if the verification fails, an emergency mechanism is started; the emergency mechanism includes replacing the incubator and/or ice bank.
The utility model provides a temperature monitoring and control method in cold chain commodity transportation process for cold chain commodity from packing to transporting to the whole dynamic process of handing over the bill is monitored and intelligent control often, and cold chain commodity packing transportation scheme according to static experimental data among the prior art is more accurate, more accords with actual scene and actual demand; the insulation can that can select suitable size according to the volume information calculation packing of cold chain commodity simultaneously, avoid the waste of the idle resource that forms in traditional cold chain packing box space, gather insulation can wireless temperature sensor's temperature often in addition, can send alarm information when the temperature will surpass cold chain commodity warm area scope, driver APP and through the wireless vehicle-mounted air conditioner of start of bluetooth carry out temperature control, APP reminds the driver to adopt the insulation can to fill cold mouthful emergency cold filling cooling processing simultaneously, electronic lock prevents to open the case midway in the transportation insulation can, thereby carry out the prejudgement often to the temperature loss risk in the transportation, reduce the loss that the cold chain commodity caused because of losing the temperature.
Example 3
The utility model provides a temperature monitoring and control method in cold chain commodity transportation, this method includes:
the monitoring platform determines a packaging scheme of the cold chain commodities according to information such as a distribution season of the cold chain orders, a starting area-temperature region, a destination area-temperature region, a distance region, a required area of the cold chain commodities, volumes of the cold chain commodities and the like, so that the cold chain commodities are packaged, loaded and transported according to the packaging scheme by transportation;
it is understood that the warm zone refers to the upper and lower limits of the temperature of the cold chain commodity. According to the size of the cold chain commodity, the insulation can with a proper size can be selected.
In practical application, a cold chain transportation system on a monitoring platform is required to determine a packaging scheme. When the order of the cold chain transportation system is configured, the related configuration of the template season, the related configuration of the heat preservation box and the related configuration of the ice rows can be selected. The packaging scheme at least comprises: the type of the heat preservation boxes, the number of each type of heat preservation box, the type of the ice rows, the number of each type of ice rows, the precooling temperature of each type of heat preservation box, the precooling duration of each type of heat preservation box, the precooling temperature of each type of ice rows, the precooling duration of each type of ice rows, the cold releasing temperature of each type of ice rows and the cold releasing duration of each type of ice rows.
In the transportation process, a driver mobile phone terminal APP constantly obtains the temperature of the cold chain commodity from a wireless temperature sensor arranged in the heat insulation box, and the temperature is transmitted to a monitoring platform to be displayed; the wireless temperature sensor is arranged in an insulation box for carrying the cold chain commodity and is used for collecting the temperature of the cold chain commodity; if the temperature acquired by the APP is beyond the range of the cold-chain commodity temperature zone, sound and light alarm is carried out, the APP is synchronized to start a vehicle-mounted air conditioner through Bluetooth to carry out temperature control (meanwhile, the APP reminds a driver to adopt an insulation box cold filling port for emergency cold filling and cooling treatment), and alarm information is sent to the monitoring platform;
it is understood that APP is what Personal digital assistant (Personal digital assistant) means, and the temperature monitoring and temperature control of cold chain commodities are strictly performed by scanning orders during the processes of packaging, loading, transferring and transporting through APP.
It can be understood that the wireless temperature sensor is arranged in the heat preservation box and used for collecting the temperature of cold chain commodities in the heat preservation box.
In practical application, wireless temperature sensor passes through wireless network and uploads the temperature of gathering to driver APP, and the APP cell-phone passes through temperature and cell-phone orbit data and uploads to the monitoring platform through 3G or 4G network, and then the staff can see the temperature orbit of cold chain commodity on the monitoring platform to realize the purpose of monitoring often. When the temperature that acquires when APP will exceed cold chain commodity warm area scope, carry out audible and visual alarm, staff can be in time discover alarm signal like this to and carry out exception handling in time, synchronous APP opens vehicle air conditioner through the bluetooth and carries out temperature control (APP reminds the driver to adopt the insulation can to fill the emergent cold cooling processing that fills of cold mouthful simultaneously). Certainly, when APP sends alarm information to the monitoring platform, and then the staff of monitoring platform department can acquire that the abnormal conditions takes place, consequently can realize predicting when going on the temperature loss risk that cold chain commodity appears in the transportation in advance, avoid or reduce the loss that the temperature loss risk caused.
Here, the monitoring platform sends alarm information to the mobile phones of the monitoring personnel, and the personnel can also carry out exception handling in time.
In some embodiments, the temperature control method provided by the present invention may further include: in the transportation process driver APP gathers often the trajectory data of vehicle, and will trajectory data send to show on the monitor platform.
As shown in fig. 2, track information of a plurality of vehicles, which are carried with cold chain commodities, can be seen on a map interface of the monitoring platform. On the map interface, in addition to the vehicle track, information related to the order, such as an order number, the state of the incubator, the maximum temperature, and the like, is displayed.
In some embodiments, an electronic lock is provided within the incubator storing the cold chain merchandise such that the incubator cannot be opened during transport, and the electronic lock is capable of authorized unpacking by a customer scanning code after the vehicle reaches its destination.
Here, because the electronic lock requires a customer to scan a code to authorize unpacking, the unpacking can be carried out only after the vehicle reaches the destination, and the unpacking cannot be carried out in the transportation process, so that the absolute control of unpacking operation is realized.
In some embodiments, before the vehicle starts from the starting point, the present invention provides a temperature control method further comprising:
and the monitoring platform binds the license plate number of the vehicle, the number of a driver driving the vehicle, the number of the heat preservation box and the order number and sends binding data to the monitoring platform.
Here, the license plate number, the serial number of the driver, the serial number of the heat preservation box and the order serial number are bound, so that the driver, the vehicle, the heat preservation box and other information can be monitored on the monitoring platform in the transportation process at the same time.
In some embodiments, after the vehicle reaches the destination, the temperature control method provided by the present invention may further include:
the monitoring platform pushes the temperature data of the whole cold chain transportation process to a user, and the user checks the temperature of the cold chain commodity; if the temperature of cold chain commodity satisfies and predetermines the requirement user and verify that the temperature is qualified, then driver APP side can carry out the order and submit, to wireless temperature sensor sends the instruction that stops to gather the temperature, receives after the instruction that wireless temperature sensor fed back sends the information of success, to the monitoring platform sends the instruction that stops to monitor this order, and the monitoring platform propelling movement all relevant data of cold chain commodity in the transportation are in the little letter or the mailbox that the user was predetermine to the platform.
The preset requirement may include that no alarm information exists, that is, if the cold chain commodity does not have a condition that the temperature exceeds the temperature zone range in the transportation process, the temperature can be checked to pass, otherwise, the order cannot be submitted. When the temperature check passes, the order can be submitted for completion.
Here, a specific process of customer acceptance is described, in which temperature verification is required and the subsequent operation can be continued until the temperature is qualified, so as to ensure that the quality of the cold-chain goods received by the customer is reliable.
In some embodiments, the temperature control method provided by the present invention may further include:
before the vehicle starts, the driver APP checks the type of the heat insulation box, the precooling time length and/or the cooling-releasing time length; if the verification fails, an emergency mechanism is started; the emergency mechanism comprises the replacement of the heat preservation box and/or the ice rows; if the temperature is about to exceed standard in the transportation, then driver APP carries out audible and visual alarm and automatic start emergency mechanism (APP starts vehicle air conditioner through the bluetooth and carries out temperature control, reminds the driver in step to use the insulation can to fill the cold mouth and fill cold cooling processing).
Here, set up emergent mechanism, can guarantee not losing temperature in the transportation.
The utility model provides a temperature monitoring and control method in cold chain commodity transportation process for cold chain commodity from packing to transporting to the whole dynamic process of handing over the bill is monitored and intelligent control often, and cold chain commodity packing transportation scheme according to static experimental data among the prior art is more accurate, more accords with actual scene and actual demand; the insulation can that can select suitable size according to the volume information calculation packing of cold chain commodity simultaneously, avoid the waste of the idle resource that forms in traditional cold chain packing box space, gather the temperature of insulation can often in addition, can send alarm information when the temperature will surpass cold chain commodity warm area scope, driver APP and carry out temperature control through the wireless start on-vehicle air conditioner of bluetooth, APP reminds the driver to adopt the insulation can to fill the emergent cold cooling processing that fills of cold junction, transportation cold chain commodity is placed and is prevented midway unpacking by the electronic lock in the insulation can, thereby carry out the prejudgement often to the temperature loss risk in the transportation, reduce the loss that the cold chain commodity caused because of losing temperature.
Example 4
The following describes a temperature monitoring and control method in a cold chain commodity transportation process according to an embodiment of the present invention.
As shown in fig. 3, the temperature monitoring method in the cold chain commodity transportation process of the embodiment of the present invention includes:
s101, pushing order data through a TMS interface (or other order transportation management system interfaces), for example, writing the order data into a monitoring platform by adopting a database;
s102, generating a cold-chain commodity packaging scheme by a monitoring platform according to order information (information such as distribution season of an order, initial place temperature, destination temperature, transportation distance, temperature zone requirements of cold-chain commodities, volume of the cold-chain commodities and the like), and checking and boxing the cold-chain commodity packaging scheme by scanning information such as a heat preservation box, an ice bank, a cold-chain commodity order number and the like in the packaging scheme through a driver APP;
s103, binding an order number, a license plate number, an insulation can number (including an insulation can wireless temperature sensor number) and a driver number through driver APP scanning, and sending binding data to a monitoring platform;
s104, routing inspection and starting, wherein before the cold-chain commercial vehicle starts, routing inspection is carried out through a driver APP, and all the heat preservation boxes read qualified temperature data, namely, the routing inspection is qualified and the starting is carried out;
s105, starting a vehicle, acquiring temperature data of a wireless temperature sensor of the heat preservation box by a driver APP at any time in the transportation process, combining the temperature data and APP track data, and sending the temperature data and the APP track data to a monitoring platform for a worker to monitor at any time (if the temperature in the transportation process is about to exceed the standard, an emergency mechanism is automatically started);
s106, when the vehicle reaches the destination, the qualified user can prepare to submit an order;
and S107, after the order is submitted, the user scans and unlocks the box lock to submit the cold chain commodity, and the cold chain transportation without losing temperature is completely finished.
In practical application, a wireless LORA wireless communication technology and a Bluetooth wireless communication dual-channel wireless communication mode are adopted between the wireless temperature sensor of the heat preservation box and the APP (Bluetooth realizes the advantages of communication redundancy and non-professional mobile phone compatibility).
In practical application, all relevant data of cold chain commodity orders are stored by adopting a block chain technology after being uploaded to a monitoring platform, data cannot be tampered, and the data is credible.
Understandably, the utility model discloses in involve and have the temperature monitor often and unpack electronic lock and irreversible insulation can, packing scheme ice raft, APP and the monitor platform who fills the cold mouth, these are constituteed the utility model discloses the system realizes the whole control by temperature change in the cold chain commodity transportation.
The utility model provides a temperature monitoring and control method, according to the delivery season, the requirement warm area of originated ground warm area, destination warm area, distance interval, cold chain commodity with information such as the volume information of cold chain commodity carries out the affirmation of packing scheme for packing scheme accords with actual scene and actual demand more for among the prior art according to the packing scheme that static experimental data confirms, also more accurate and intelligent. The insulation can with a proper size can be selected according to the volume information of the cold chain commodities, so that the overlarge resource waste of the insulation can is avoided. In addition, gather the temperature of insulation can wireless temperature sensor often, acquire the temperature of cold chain commodity immediately, can send alarm information when the temperature will surpass the warm area scope to going on the temperature loss risk in the transportation and prejudging often, reducing the loss of cold chain commodity because of losing the temperature and causing, the temperature will surpass scope APP and carry out temperature control through bluetooth automatic start vehicle air conditioner (APP reminds the driver simultaneously and adopts the insulation can to fill the cold mouth and fill the cold cooling and handle promptly).
It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, article, or apparatus. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other like elements in a process, article, or apparatus that comprises the element.
The above embodiments are only used to illustrate the technical solution of the present invention, and not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it should be understood by those skilled in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; such modifications and substitutions do not depart from the spirit and scope of the present invention in its corresponding aspects.
Claims (6)
1. The utility model provides a temperature monitoring and control system in cold chain commodity transportation, its characterized in that includes: the intelligent monitoring system comprises a monitoring platform, an insulation can with a wireless temperature sensor, an electronic lock and an irreversible cold filling port, a driver mobile phone terminal APP and a supervisory personnel mobile phone terminal APP, wherein the driver mobile phone terminal APP is in communication connection with the wireless temperature sensor of the insulation can, the driver mobile phone terminal APP is in remote communication connection with the monitoring platform, and the monitoring platform is in communication connection with the supervisory personnel mobile phone terminal APP;
the monitoring platform is provided with an AI intelligent calculation module, the AI intelligent calculation module acquires cold chain order information, and a transportation heat-preservation packaging scheme of the cold chain commodities is intelligently calculated according to the distribution season, the starting place temperature, the destination temperature, the transportation distance, the temperature zone requirement of the cold chain commodities and the volume of the cold chain commodities so as to ensure that the cold chain transportation process is not subjected to temperature loss;
in the cold chain transportation process, a driver mobile phone terminal APP acquires temperature data of cold chain commodities in an incubator from a wireless temperature sensor of the incubator constantly, and uploads the temperature data and a driver mobile phone terminal APP track to a monitoring platform, if the temperature acquired by the driver mobile phone terminal APP is about to exceed the cold chain commodity setting temperature zone range, the driver mobile phone terminal APP constantly performs sound and light alarm to remind a transport driver, the driver mobile phone terminal APP starts a vehicle-mounted air conditioner through Bluetooth to realize temperature control, and meanwhile, the driver mobile phone terminal APP reminds the driver to adopt an incubator cold filling port to perform emergency cold filling and cooling treatment; when receiving data about exceeding the temperature range of the cold chain commodity, the monitoring platform sends alarm information to a supervisor mobile phone terminal APP for supervision and disposal after the cold chain commodity is alarmed, the cold chain commodity reaches a destination temperature qualified goods receiving user to scan, unlock and submit an order, and intelligent non-temperature-loss cold chain transportation is completed;
the packaging scheme at least comprises: the type of the heat preservation boxes, the number of the heat preservation boxes of each type, the type of the ice rows, the number of the ice rows of each type, the precooling temperature of the heat preservation boxes of each type, the precooling duration of the heat preservation boxes of each type, the precooling temperature of the ice rows of each type, the precooling duration of the ice rows of each type, the cold release temperature of the ice rows of each type and the cold release duration of the ice rows of each type.
2. The system of claim 1, wherein during transportation, driver mobile phone terminal APP collects the temperature of the heat preservation box and the track data of the transportation vehicle in real time, and sends the temperature and the track data to the monitoring platform for analysis and display.
3. The system of claim 1, wherein in the transportation process, if the cold chain commodity temperature exceeds a set temperature range, the driver APP performs sound and light alarm to remind the driver, the synchronous APP starts the vehicle-mounted air conditioner through Bluetooth to realize temperature control, the APP reminds the driver to adopt the insulation can cold filling port emergency cold filling and cooling treatment, and the monitoring platform sends alarm information to the mobile phone of a supervisor to perform supervision treatment after cold chain commodity alarm when receiving data about exceeding the cold chain commodity temperature range.
4. The system of claim 1, wherein the incubator in which the cold-chain merchandise is stored is provided with an electronic lock such that the incubator cannot be opened during transport and the electronic lock can only authorize unpacking by a user code scan after the vehicle reaches its destination.
5. The system according to claim 4, characterized in that after the cold-chain commodity transportation vehicle arrives at the destination, the driver mobile phone terminal APP obtains the temperature of the cold-chain commodity from the wireless temperature sensor, and the user checks the temperature of the cold-chain commodity; if the temperature of the cold chain commodity meets the preset requirement, submitting an order, sending an instruction for stopping monitoring the order to the monitoring platform, monitoring and pushing all related data in the transportation process to the platform, and enabling a user side to scan an authorized box opening lock.
6. The system according to any one of claims 1-4, characterized in that before the vehicle departs, the driver mobile phone terminal APP verifies the type of the insulation can, the pre-cooling time and/or the cold release time; if the checking is not passed, replacing the heat preservation box and/or the ice row; in the vehicle transportation, driver mobile phone terminal APP receives and is about to overtemperature data, then starts emergent mechanism driver mobile phone terminal APP and starts on-vehicle air conditioner through the bluetooth and realize temperature control, and driver mobile phone terminal APP reminds the driver to adopt the insulation can to fill the emergent cold cooling processing that fills of cold mouth simultaneously.
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| CN201921451725.7U CN211349120U (en) | 2019-09-03 | 2019-09-03 | Temperature monitoring and control system in cold chain commodity transportation process |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110568877A (en) * | 2019-09-03 | 2019-12-13 | 北京第一纪信息技术有限公司 | temperature monitoring and control method and system in cold chain commodity transportation process |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110568877A (en) * | 2019-09-03 | 2019-12-13 | 北京第一纪信息技术有限公司 | temperature monitoring and control method and system in cold chain commodity transportation process |
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Effective date of registration: 20221109 Address after: Room 906, Gate 1, Building 5, Oriental Culture Plaza, Anzheng Road, Ecological City, Binhai New Area, Tianjin, 300450 Patentee after: Guan Haibing Address before: 919-12, Floor 9, Building 2, No. 18, Yangfangdian Road, Haidian District, Beijing 100038 Patentee before: Beijing first period information technology Co.,Ltd. |
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Granted publication date: 20200825 |