WO2022067881A1 - Vacuum drier and drying method thereof - Google Patents

Vacuum drier and drying method thereof Download PDF

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Publication number
WO2022067881A1
WO2022067881A1 PCT/CN2020/120649 CN2020120649W WO2022067881A1 WO 2022067881 A1 WO2022067881 A1 WO 2022067881A1 CN 2020120649 W CN2020120649 W CN 2020120649W WO 2022067881 A1 WO2022067881 A1 WO 2022067881A1
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drying
vacuum
temperature value
message
dryer
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PCT/CN2020/120649
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French (fr)
Chinese (zh)
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冯鹏
王连安
周亚杰
韩丰成
陈亮
冯睿轩
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南京中科药业有限公司
中科健康产业集团股份有限公司
中科健康产业集团江苏药业有限公司
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Priority to CN202011054532.5A priority Critical patent/CN112229156A/en
Priority to CN202011054532.5 priority
Application filed by 南京中科药业有限公司, 中科健康产业集团股份有限公司, 中科健康产业集团江苏药业有限公司 filed Critical 南京中科药业有限公司
Publication of WO2022067881A1 publication Critical patent/WO2022067881A1/en

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    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F26DRYING
    • F26BDRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
    • F26B9/00Machines or apparatus for drying solid materials or objects at rest or with only local agitation; Domestic airing cupboards
    • F26B9/06Machines or apparatus for drying solid materials or objects at rest or with only local agitation; Domestic airing cupboards in stationary drums or chambers
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F26DRYING
    • F26BDRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
    • F26B23/00Heating arrangements
    • F26B23/10Heating arrangements using tubes or passages containing heated fluids, e.g. acting as radiative elements; Closed-loop systems
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F26DRYING
    • F26BDRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
    • F26B25/00Details of general application not covered by group F26B21/00 or F26B23/00
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F26DRYING
    • F26BDRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
    • F26B25/00Details of general application not covered by group F26B21/00 or F26B23/00
    • F26B25/06Chambers, containers, or receptacles
    • F26B25/08Parts thereof
    • F26B25/12Walls or sides; Doors
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F26DRYING
    • F26BDRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
    • F26B25/00Details of general application not covered by group F26B21/00 or F26B23/00
    • F26B25/06Chambers, containers, or receptacles
    • F26B25/14Chambers, containers, receptacles of simple construction
    • F26B25/18Chambers, containers, receptacles of simple construction mainly open, e.g. dish, tray, pan, rack
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F26DRYING
    • F26BDRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
    • F26B5/00Drying solid materials or objects by processes not involving the application of heat
    • F26B5/04Drying solid materials or objects by processes not involving the application of heat by evaporation or sublimation of moisture under reduced pressure, e.g. in a vacuum

Abstract

A vacuum drier and a drying method thereof. The vacuum drier comprises: a drier body used for accommodating a material to be dried for drying; a vacuum meter and a thermometer, wherein the vacuum meter and the thermometer are arranged in the drier body, the vacuum meter is used for detecting a vacuum degree in the drier body, and the thermometer is used for detecting a temperature in the drier body; and a drying rack arranged in the drier body, wherein the drying rack is of a layered rectangular frame structure, each layer of the rectangular frame is a tubular drying pipe, and the rectangular frames are in communication with one another. The defects that in the prior art, in an existing vacuum drier, a vacuum pump and a valve for introducing steam are manually controlled according to a temperature displayed by a thermometer, which results in a low operation efficiency and abnormally wasted time and labor, are effectively avoided.

Description

一种真空干燥机及其干燥方法A kind of vacuum dryer and drying method thereof 技术领域technical field
本发明涉及干燥机技术领域,具体涉及一种真空干燥机及其干燥方法。The invention relates to the technical field of dryers, in particular to a vacuum dryer and a drying method thereof.
背景技术Background technique
真空干燥机专为干燥热敏性、易分解和易氧化物质而设计,能够向内部充入惰性气体,特别是一些成分复杂的物料也能进行快速干燥。真空干燥机是通过抽去容器内部空气达到预定真空度后,去除容器内部件水分的设备,专为干燥热敏性、易分解和易氧化物质而设计。The vacuum dryer is specially designed for drying heat-sensitive, easily decomposable and easily oxidized substances, and can be filled with inert gas, especially some materials with complex components can also be dried quickly. The vacuum dryer is a device that removes the moisture of the components in the container after the air inside the container has reached a predetermined degree of vacuum. It is specially designed for drying heat-sensitive, easily decomposed and easily oxidized substances.
总之,真空干燥机,就是将被干燥物料处于真空条件下,进行加热干燥。它是利用真空泵进行抽气抽湿,使容器的工作室内形成真空状态,加快了干燥速率。而现在的真空干燥机的真空泵和通入蒸汽的阀门的控制都是根据温度计显示的温度来人工操纵真空泵和阀门,这样的操纵效率低下且异常费时费力。In short, the vacuum dryer is to heat and dry the materials to be dried under vacuum conditions. It uses a vacuum pump to extract air and dehumidify, so that a vacuum state is formed in the working chamber of the container, and the drying rate is accelerated. In the current vacuum dryer, the control of the vacuum pump and the steam inlet valve is to manually operate the vacuum pump and valve according to the temperature displayed by the thermometer, which is inefficient and extremely time-consuming and labor-intensive.
发明内容SUMMARY OF THE INVENTION
为解决上述问题,本发明提供了一种真空干燥机及其干燥方法,有效避免了现有技术中真空干燥机的真空泵和通入蒸汽的阀门的控制都是根据温度计显示的温度来人工操纵真空泵和阀门的操纵效率低下且异常费时费力的缺陷。In order to solve the above-mentioned problems, the present invention provides a vacuum dryer and a drying method thereof, which effectively avoids that the control of the vacuum pump of the vacuum dryer and the valve for introducing steam in the prior art is to manually operate the vacuum pump according to the temperature displayed by the thermometer. And the operation of the valve is inefficient and extremely time-consuming and labor-intensive.
为了克服现有技术中的不足,本发明提供了一种真空干燥机及其干燥方法的解决方案,具体如下:In order to overcome the deficiencies in the prior art, the present invention provides a solution for a vacuum dryer and a drying method thereof, as follows:
一种真空干燥机,包括:A vacuum dryer comprising:
干燥机机身1,所述干燥机机身1用于容纳待干燥的物料来进行干燥;The dryer body 1, the dryer body 1 is used for accommodating the material to be dried for drying;
真空表2和温度计3,所述真空表2和温度计3设置在所述干燥机身1中,所述真空表2用于检测所述干燥机身1内部的真空度,所述温度计用于检测所述干燥机身1内的温度;A vacuum gauge 2 and a thermometer 3, the vacuum gauge 2 and the thermometer 3 are arranged in the drying body 1, the vacuum gauge 2 is used to detect the vacuum degree inside the drying body 1, and the thermometer is used to detect the temperature in the drying body 1;
烘架4,所述烘架4在所述干燥机身1内,所述烘架4为分层的矩形框架结构,各层矩形框架均为管状烘管且各层矩形框架之间相互连通,所述烘架4的两端分别与蒸汽输入管道的一端和蒸汽输出管道的一端连通,所述蒸汽输入管道的另一端和蒸汽输出管道的另一端均与热水箱5连通,所述蒸汽输入管道上设置电磁阀三;The drying rack 4, the drying rack 4 is in the drying body 1, the drying rack 4 is a layered rectangular frame structure, each layer of the rectangular frame is a tubular drying tube, and each layer of the rectangular frame is communicated with each other, Both ends of the drying rack 4 are respectively connected with one end of the steam input pipe and one end of the steam output pipe, and the other end of the steam input pipe and the other end of the steam output pipe are both connected with the hot water tank 5, and the steam input pipe is connected to the hot water tank 5. Three solenoid valves are set on the pipeline;
真空泵6和真空管道7,所述真空管道7的一端与所述干燥机身1内连通,所述真空管道7的另一端与在所述干燥机身1旁设置的贮槽8相接。A vacuum pump 6 and a vacuum pipeline 7, one end of the vacuum pipeline 7 is communicated with the drying body 1, and the other end of the vacuum pipeline 7 is connected with the storage tank 8 set beside the drying body 1.
进一步的,所述真空表2和温度计3均与所述干燥机机身1旁的电控箱内的控制器电联接,所述真空泵6与控制器信号连接。Further, the vacuum gauge 2 and the thermometer 3 are both electrically connected to the controller in the electric control box beside the dryer body 1, and the vacuum pump 6 is signally connected to the controller.
进一步的,所述控制器还与设置在所述电控箱外壁上的显示屏电连接。Further, the controller is also electrically connected to a display screen disposed on the outer wall of the electric control box.
进一步的,内部贮存有水的所述热水箱设置在燃气热水器上,所述燃气热水器的进气管道设置有电磁阀一,所述电磁阀一用于对所述燃气热水器输送燃气的进气管道进行截止或开通,所述燃气热水器内的水中设置有测温计,所述测温计和电磁阀一均与干燥机机身1旁的电控箱内的控制器电联接。Further, the hot water tank storing water inside is provided on the gas water heater, and the intake pipe of the gas water heater is provided with a solenoid valve 1, and the solenoid valve 1 is used to transport the gas intake to the gas water heater. The pipeline is closed or opened, the water in the gas water heater is provided with a thermometer, and the thermometer and the solenoid valve are both electrically connected to the controller in the electric control box next to the dryer body 1 .
进一步的,所述干燥机机身由A3钢板或A3钢板内贴1Cr18Ni9Ti不锈钢或1Cr18Ni9Ti不锈钢板制作成中空长方体状结构。Further, the dryer body is made of A3 steel plate or A3 steel plate with 1Cr18Ni9Ti stainless steel or 1Cr18Ni9Ti stainless steel plate inside to form a hollow cuboid structure.
进一步的,所述干燥机机身1的正面或背面设有若干视镜,所述视镜的四周敷设有视镜衬垫,所述视镜衬垫系由硅橡制作;所述干燥机机身1上还设有消毒口。Further, the front or back of the dryer body 1 is provided with a number of sight glasses, and sight glass liners are laid around the sight glass, and the sight glass liners are made of silicone rubber; the dryer machine The body 1 is also provided with a disinfection port.
进一步的,所述真空管道7上还设置有冷凝器10和作为真空阀门的电磁阀二11,所述冷凝器10和作为真空阀门的电磁阀二11均与控制器电连接。Further, the vacuum pipeline 7 is also provided with a condenser 10 and a second solenoid valve 11 serving as a vacuum valve, and both the condenser 10 and the second solenoid valve 11 serving as a vacuum valve are electrically connected to the controller.
进一步的,所述干燥机机身的前壁上设置有密封门9,所述密封门9上设有手轮锁。Further, a sealing door 9 is provided on the front wall of the dryer body, and a handwheel lock is provided on the sealing door 9 .
进一步的,所述真空干燥机还配置有烘盘,在所述物料尺寸大于12目的条件下,所述烘盘能够是10目~12目1Cr18Ni9Ti不锈钢材料的筛网盘。Further, the vacuum dryer is also equipped with a baking tray, and under the condition that the size of the material is larger than 12 meshes, the baking tray can be a sieve tray made of 10-12 mesh 1Cr18Ni9Ti stainless steel.
一种真空干燥机的干燥方法,包括:A drying method for a vacuum dryer, comprising:
步骤1:把待干燥的物料放在烘盘上,并打开密封门把烘盘放在所述干燥机身1内的所述烘架4上,然后关闭上所述密封门;Step 1: Put the material to be dried on the baking tray, open the sealing door, place the baking tray on the drying rack 4 in the drying body 1, and then close the sealing door;
步骤2:所述控制器接收所述测温计传送来的所述热水箱内的测温计传送来的水温值,然后在显示屏上显示该水温值进行判断;Step 2: the controller receives the water temperature value transmitted by the thermometer in the hot water tank transmitted by the thermometer, and then displays the water temperature value on the display screen for judgment;
步骤3:只要水温值没有达到汽化温度值,就启动热气热水器并打开进气官道上的电磁阀一,供入燃气加热;Step 3: As long as the water temperature value does not reach the vaporization temperature value, start the hot gas water heater and open the solenoid valve 1 on the intake pipe to supply gas for heating;
步骤4:直至传送来的水温值不小于汽化温度值,控制器就关闭电磁阀一而打开电磁阀三,让蒸汽通入所述烘架4进行干燥,干燥后的蒸汽经过蒸汽输出管道回传回所述热水箱;Step 4: Until the transmitted water temperature value is not less than the vaporization temperature value, the controller closes the solenoid valve 1 and opens the solenoid valve 3, allowing the steam to pass into the drying rack 4 for drying, and the dried steam is returned through the steam output pipeline. back to the hot water tank;
步骤5:同时,所述控制器打开真空泵6和电磁阀二,并控制运行所述冷凝器10和把真空表传送来的气压值与温度计传送来的所述干燥机身1内的温度值发送给显示屏显示,这样,就能把干燥时所述物料蒸发而出的水汽送入所述真空管道7中,并经冷凝器液化最后通过所述真空管道送入贮槽8;Step 5: At the same time, the controller turns on the vacuum pump 6 and the solenoid valve 2, and controls the operation of the condenser 10 and the transmission of the air pressure value transmitted by the vacuum gauge and the temperature value in the drying body 1 transmitted by the thermometer. Display on the display screen, in this way, the water vapor evaporated from the material during drying can be sent into the vacuum pipeline 7, liquefied by the condenser, and finally sent to the storage tank 8 through the vacuum pipeline;
步骤6:在所述真空管道不再送入贮槽8中液流时,干燥结束,打开密封门拿出烘盘。Step 6: When the vacuum pipe is no longer sent into the liquid flow in the storage tank 8, the drying is completed, and the sealing door is opened to take out the baking tray.
本发明的有益效果为:The beneficial effects of the present invention are:
无须人工控制,控制器直接操纵真空干燥机的真空泵和通入蒸汽的阀门,并根据温度计显示的温度来自动操纵真空泵和阀门,提高了效率且省时省力,有效避免了现有技术中现在的真空干燥机的真空泵和通入蒸汽的阀门的控制都是根据温度计显示的温度来人工操纵真空泵和阀门的操纵效率低下且异常费时费力的缺陷。Without manual control, the controller directly controls the vacuum pump and the steam inlet valve of the vacuum dryer, and automatically operates the vacuum pump and valve according to the temperature displayed by the thermometer, which improves the efficiency and saves time and effort, effectively avoiding the existing problems in the prior art. The control of the vacuum pump and the steam inlet valve of the vacuum dryer is the defect that the manual operation of the vacuum pump and valve according to the temperature displayed by the thermometer is inefficient and extremely time-consuming and labor-intensive.
附图说明Description of drawings
图1是本发明的真空干燥机的内部示意图。FIG. 1 is an internal schematic diagram of the vacuum dryer of the present invention.
图2是本发明的真空干燥机的外观示意图。Fig. 2 is a schematic view of the appearance of the vacuum dryer of the present invention.
具体实施方式Detailed ways
下面将结合附图和实施例对本发明做进一步地说明。The present invention will be further described below with reference to the accompanying drawings and embodiments.
如图1-图2所示,真空干燥机,包括:As shown in Figure 1-2, the vacuum dryer includes:
中空的干燥机机身1,所述干燥机机身1用于容纳待干燥的物料来进行干燥;A hollow dryer body 1, the dryer body 1 is used for accommodating the material to be dried for drying;
真空表2和温度计3,所述真空表2和温度计3设置在所述干燥机身1中,所述真空表2用于检测所述干燥机身1内部的真空度,所述温度计用于检测所述干燥机身1内的温度;A vacuum gauge 2 and a thermometer 3, the vacuum gauge 2 and the thermometer 3 are arranged in the drying body 1, the vacuum gauge 2 is used to detect the vacuum degree inside the drying body 1, and the thermometer is used to detect the temperature in the drying body 1;
烘架4,所述烘架4在所述干燥机身1内,所述烘架4为分层的矩形框架结构,各层矩形框架均为管状烘管且各层矩形框架之间相互连通,所述烘架4的两端分别与蒸汽输入管道的一端和蒸汽输出管道的一端连通,所述蒸汽输入管道的另一端和蒸汽输出管道的另一端均与热水箱5连通,所述蒸汽输入管道上设置电磁阀三;The drying rack 4, the drying rack 4 is in the drying body 1, the drying rack 4 is a layered rectangular frame structure, each layer of the rectangular frame is a tubular drying tube, and each layer of the rectangular frame is communicated with each other, Both ends of the drying rack 4 are respectively connected with one end of the steam input pipe and one end of the steam output pipe, and the other end of the steam input pipe and the other end of the steam output pipe are both connected with the hot water tank 5, and the steam input pipe is connected to the hot water tank 5. Three solenoid valves are set on the pipeline;
真空泵6和真空管道7,所述真空管道7的一端与所述干燥机身1内连通,所述真空管道7的另一端与在所述干燥机身1旁设置的贮槽8相接。A vacuum pump 6 and a vacuum pipeline 7, one end of the vacuum pipeline 7 is communicated with the drying body 1, and the other end of the vacuum pipeline 7 is connected with the storage tank 8 set beside the drying body 1.
所述真空表2和温度计3均与所述干燥机机身1旁的电控箱内的控制器电联接,所述真空泵6与控制器信号连接。Both the vacuum gauge 2 and the thermometer 3 are electrically connected to the controller in the electric control box beside the dryer body 1 , and the vacuum pump 6 is signal-connected to the controller.
所述控制器还与设置在所述电控箱外壁上的显示屏电连接。The controller is also electrically connected with the display screen arranged on the outer wall of the electric control box.
内部贮存有水的所述热水箱设置在燃气热水器上,所述燃气热水器的进气管道设置有电磁阀一,所述电磁阀一用于对所述燃气热水器输送燃气的进气管道进行截止或开通,所述燃气热水器内的水中设置有测温计,所述测温计和电磁阀一均与干燥机机身1旁的电控箱内的控制器电联接。The hot water tank that stores water inside is arranged on the gas water heater, and the intake pipe of the gas water heater is provided with a solenoid valve 1, and the solenoid valve 1 is used to cut off the gas inlet pipe of the gas water heater. Or open, the water in the gas water heater is provided with a thermometer, and both the thermometer and the solenoid valve are electrically connected to the controller in the electric control box next to the dryer body 1 .
所述干燥机机身可由A3钢板或A3钢板内贴1Cr18Ni9Ti不锈钢或1Cr18Ni9Ti不锈钢 板制作成中空长方体状结构。1Cr18Ni9Ti不锈钢机壁便于清洗,有利于达到如药物这样的待干燥的物料的无菌要求,对酸碱具有良好的防腐蚀作用。The drier body can be made of A3 steel plate or A3 steel plate with 1Cr18Ni9Ti stainless steel or 1Cr18Ni9Ti stainless steel plate inside to make a hollow cuboid structure. The 1Cr18Ni9Ti stainless steel machine wall is easy to clean, which is beneficial to meet the sterile requirements of materials to be dried such as medicine, and has a good anti-corrosion effect on acid and alkali.
所述干燥机机身1的正面或背面设有如三个这样的若干视镜,便于观察物料干燥情况,所述视镜的四周敷设有视镜衬垫,所述视镜衬垫系由硅橡制作,既密封又适用药物无毒干燥要求;所述干燥机机身1上还设有消毒口,用于对物料干燥前或干燥中后期的消毒和保护。消毒气体和保护气体由用户自选,消毒过程中必须关闭真空泵和对应的真空阀门,消毒结束关闭消毒口后,才能开启真空泵打开真空阀门抽真空。如需无菌操作,应配备蒸汽过滤(用于消毒口)及空气过滤器(用于放空阀口)。考虑到消毒口输入蒸汽压过高,所述干燥机机身1上还装有安全阀用于保护(≤0.2Mpa),所述干燥机机身1上设有一个用于连通蒸汽输入管道的蒸汽进口,所述干燥机机身1底下设有连通用于让干燥机机身内凝结成的水流导出的疏水器接口以及排污口,考虑到用户干燥含水量较高的物料,在干燥过程中会在干燥机机身1内大量积水,形成二次蒸发,减慢干燥速度,本发明还能配置有排污贮水箱附件,可克服上述弊端,侍干燥结束取出物料后,排放掉污水既可。The front or back of the dryer body 1 is provided with three such sight glasses, which are convenient for observing the drying condition of materials. It is not only sealed but also suitable for non-toxic drying requirements of medicines; the dryer body 1 is also provided with a disinfection port, which is used for disinfection and protection of materials before drying or in the middle and later stages of drying. The disinfection gas and protective gas are selected by the user. During the disinfection process, the vacuum pump and the corresponding vacuum valve must be closed. After the disinfection is completed and the disinfection port is closed, the vacuum pump can be opened to open the vacuum valve to vacuumize. If aseptic operation is required, steam filtration (for sterilization port) and air filter (for vent valve port) should be provided. Considering that the input steam pressure of the sterilization port is too high, the dryer body 1 is also equipped with a safety valve for protection (≤0.2Mpa), and the dryer body 1 is provided with a steam input pipeline. Steam inlet, the bottom of the dryer body 1 is provided with a steam trap interface and a sewage outlet that are connected to the water flow condensed in the dryer body. Considering that the user is drying materials with high water content, during the drying process A large amount of water will accumulate in the dryer body 1, resulting in secondary evaporation and slowing down the drying speed. The present invention can also be equipped with a sewage water storage tank accessory, which can overcome the above drawbacks. After the drying is completed, the materials are taken out and the sewage can be discharged .
所述真空管道7上还设置有冷凝器10和作为真空阀门的电磁阀二11,所述冷凝器10和作为真空阀门的电磁阀二11均与控制器电连接。The vacuum pipeline 7 is also provided with a condenser 10 and a second solenoid valve 11 serving as a vacuum valve. Both the condenser 10 and the second solenoid valve 11 serving as a vacuum valve are electrically connected to the controller.
所述干燥机机身的前壁上设置有密封门9,所述密封门9上设有手轮锁。A sealing door 9 is provided on the front wall of the dryer body, and a handwheel lock is provided on the sealing door 9 .
所述真空干燥机还配置有烘盘,在所述物料尺寸大于12目的条件下,所述烘盘能够是10目~12目1Cr18Ni9Ti不锈钢材料的筛网盘,有利于物料的干燥。The vacuum dryer is also equipped with a baking tray, which can be a sieve tray made of 10-12 mesh 1Cr18Ni9Ti stainless steel under the condition that the size of the material is larger than 12 mesh, which is beneficial to the drying of the material.
一种真空干燥机的干燥方法,包括:A drying method for a vacuum dryer, comprising:
步骤1:把待干燥的物料放在烘盘上,并打开密封门把烘盘放在所述干燥机身1内的所述烘架4上,然后关闭上所述密封门;Step 1: Put the material to be dried on the baking tray, open the sealing door, place the baking tray on the drying rack 4 in the drying body 1, and then close the sealing door;
步骤2:所述控制器接收所述测温计传送来的所述热水箱内的测温计传送来的水温值,然后在显示屏上显示该水温值进行判断;Step 2: the controller receives the water temperature value transmitted by the thermometer in the hot water tank transmitted by the thermometer, and then displays the water temperature value on the display screen for judgment;
步骤3:只要水温值没有达到汽化温度值,就启动热气热水器并打开进气官道上的电磁阀一,供入燃气加热;Step 3: As long as the water temperature value does not reach the vaporization temperature value, start the hot gas water heater and open the solenoid valve 1 on the intake pipe to supply gas for heating;
步骤4:直至传送来的水温值不小于汽化温度值,控制器就关闭电磁阀一而打开电磁阀三,让蒸汽通入所述烘架4进行干燥,干燥后的蒸汽经过蒸汽输出管道回传回所述热水箱;Step 4: Until the transmitted water temperature value is not less than the vaporization temperature value, the controller closes the solenoid valve 1 and opens the solenoid valve 3, allowing the steam to pass into the drying rack 4 for drying, and the dried steam is returned through the steam output pipeline. back to the hot water tank;
步骤5:同时,所述控制器打开真空泵6和电磁阀二,并控制运行所述冷凝器10和把真空表传送来的气压值与温度计传送来的所述干燥机身1内的温度值发送给显示屏显 示,这样,就能把干燥时所述物料蒸发而出的水汽送入所述真空管道7中,并经冷凝器液化最后通过所述真空管道送入贮槽8;Step 5: At the same time, the controller turns on the vacuum pump 6 and the solenoid valve 2, and controls the operation of the condenser 10 and the transmission of the air pressure value transmitted by the vacuum gauge and the temperature value in the drying body 1 transmitted by the thermometer. Display on the display screen, in this way, the water vapor evaporated from the material during drying can be sent into the vacuum pipeline 7, liquefied by the condenser, and finally sent to the storage tank 8 through the vacuum pipeline;
步骤6:在所述真空管道不再送入贮槽8中液流时,干燥结束,打开密封门拿出烘盘。Step 6: When the vacuum pipe is no longer sent into the liquid flow in the storage tank 8, the drying is completed, and the sealing door is opened to take out the baking tray.
另外,为了实现各个部门远程的监视所述干燥机身1内的温度值,就会让所述控制器连接着如GPRS模块这样的无线通信模块,来同处在GPRS网中的各个部门的如带有GPRS模块的笔记本电脑这样的监控设备无线连接,这样所述控制器就能把得到的所述干燥机身1内的温度值传递到监控设备上显示,以达到监视的目的,而运用若干监控设备的GPRS模块传递干燥机身1内的温度值之际,起初把要传递的干燥机身1内的温度值配置给每个监控设备的GPRS模块,每个监控设备的GPRS模块各自分别把收受到的干燥机身1内的温度值的报文传递到监控设备,监控设备在收受到干燥机身1内的温度值的报文后,对干燥机身1内的温度值的报文依照时点先后执行序列化,最终把序列化后的干燥机身1内的温度值的报文执行展示或处理。In addition, in order to realize the remote monitoring of the temperature value in the drying body 1 by each department, the controller will be connected to a wireless communication module such as a GPRS module, and the controllers of the various departments in the GPRS network, such as A monitoring device such as a notebook computer with a GPRS module is wirelessly connected, so that the controller can transmit the obtained temperature value in the drying body 1 to the monitoring device for display, so as to achieve the purpose of monitoring, and use several When the GPRS module of the monitoring device transmits the temperature value in the drying body 1, the temperature value in the drying body 1 to be transmitted is initially allocated to the GPRS module of each monitoring device, and the GPRS module of each monitoring device The received message of the temperature value in the drying body 1 is transmitted to the monitoring device. After the monitoring device receives the message of the temperature value in the drying body 1, the message of the temperature value in the drying body 1 is processed according to the following: Serialization is performed successively at time points, and finally the serialized message of the temperature value in the drying body 1 is displayed or processed.
而监控设备的GPRS模块在把干燥机身1内的温度值的报文传递到监控设备里之际,因为每个监控设备的GPRS模块的传递带宽常常不一致,会发生一些监控设备的GPRS模块传递带宽低,一些监控设备的GPRS模块传递带宽高的状态;传递带宽高的监控设备的GPRS模块传递的干燥机身1内的温度值的报文高效抵至监控设备,传递带宽低的监控设备的GPRS模块传递的干燥机身1内的温度值的报文会在大的时长范围内停顿于监控设备的GPRS模块里,而监控设备仅于收到连续干燥机身1内的温度值的报文的条件下,方可顺利处理报文,所以,因为一些监控设备的GPRS模块传递带宽低,使得另外的监控设备的GPRS模块的干燥机身1内的温度值的报文传递至监控设备后,亦仅可候着传递带宽低的监控设备的GPRS模块的干燥机身1内的温度值的报文,不利于传递性能的改善。When the GPRS module of the monitoring device transmits the message of the temperature value in the drying body 1 to the monitoring device, because the transmission bandwidth of the GPRS module of each monitoring device is often inconsistent, the transmission of the GPRS module of some monitoring devices will occur. With low bandwidth, the GPRS module of some monitoring equipment transmits the status of high bandwidth; the GPRS module of the monitoring equipment with high bandwidth transmits the message of the temperature value in the drying body 1 to the monitoring equipment efficiently, and transmits the message of the monitoring equipment with low bandwidth. The message of the temperature value in the drying body 1 transmitted by the GPRS module will be stopped in the GPRS module of the monitoring device within a large time range, and the monitoring device will only receive the message of the temperature value in the drying body 1 continuously. The message can be processed smoothly under the condition of 1. Therefore, because the GPRS module of some monitoring devices has a low transmission bandwidth, after the message of the temperature value in the drying body 1 of the GPRS module of another monitoring device is transmitted to the monitoring device, It can only wait to transmit the message of the temperature value in the drying body 1 of the GPRS module of the monitoring device with low bandwidth, which is not conducive to the improvement of the transmission performance.
运行在控制器上的模块,包括:Modules running on the controller, including:
认定模块,用于认定每个所述监控设备的GPRS模块相应的用于传递的先入先出缓冲区的时距;Identifying module, for identifying the time distance of the FIFO buffer corresponding to the GPRS module of each described monitoring device for delivery;
配置模块,用于凭借每个所述用于传递的先入先出缓冲区的时距,对符合事先设定条件的干燥机身1内的温度值的报文所在之处执行配置;a configuration module, configured to perform configuration on the location of the message with the temperature value in the drying body 1 that meets the pre-set conditions by virtue of the time interval of each of the FIFO buffers used for delivery;
序列化模块,用于依照构造时点对配置后的用于传递的先入先出缓冲区中的干燥机身1内的温度值的报文执行序列化;The serialization module is used to serialize the message of the temperature value in the drying body 1 in the first-in-first-out buffer that is configured for delivery according to the point of construction;
传递模块,用于凭借序列化后的用于传递的先入先出缓冲区传递干燥机身1内的温度值的报文。The delivery module is configured to deliver the message of the temperature value in the drying body 1 by means of the serialized FIFO buffer for delivery.
所述传递干燥机身1内的温度值的方法,包括:The method for transferring the temperature value in the drying body 1 includes:
收受传递来的干燥机身1内的温度值并将干燥机身1内的温度值执行分析转化为电流信号的监控设备;A monitoring device that receives the transmitted temperature value in the drying body 1 and performs analysis and converts the temperature value in the drying body 1 into a current signal;
所述传递干燥机身1内的温度值的方法,包括如下流程:The method for transferring the temperature value in the drying body 1 includes the following procedures:
SA-1,认定每个所述监控设备的GPRS模块相应的用于传递的先入先出缓冲区的时距;这里,所述用于传递的先入先出缓冲区里设有一个以上干燥机身1内的温度值的报文,每个所述干燥机身1内的温度值的报文相应有构造时点。SA-1, identify the time interval of the FIFO buffer used for delivery corresponding to the GPRS module of each of the monitoring equipment; here, the FIFO buffer used for delivery is provided with more than one drying body For the message of the temperature value in 1, each message of the temperature value in the drying body 1 has a corresponding construction time point.
这里的干燥机身1内的温度值的报文,能够为干燥机身1内的温度值的报文;详细而言,在链路内,在须传递干燥机身1内的温度值之际,因为干燥机身1内的温度值普遍不小,常会把干燥机身1内的温度值构造成若干干燥机身1内的温度值的报文,接着继续执行传递。Here, the message of the temperature value in the drying body 1 can be a message of the temperature value in the drying body 1; in detail, in the link, when the temperature value in the drying body 1 needs to be transmitted , because the temperature value in the drying body 1 is generally not small, the temperature value in the drying body 1 is often constructed into several packets of the temperature value in the drying body 1, and then the transmission is continued.
这里,每个干燥机身1内的温度值的报文在被构造时,均会相应有构造时点,就像,把链路上的干燥机身1内的温度值构造成五个干燥机身1内的温度值的报文之际,干燥机身1内的温度值的报文一、干燥机身1内的温度值的报文二、干燥机身1内的温度值的报文三、干燥机身1内的温度值的报文四、干燥机身1内的温度值的报文五构造时点能够分别依次为:二零一九年十月一日九点八分十二秒、二零一九年十月一日九点八分十三秒、二零一九年十月一日九点八分十四秒、二零一九年十月一日九点八分十五秒、二零一九年十月一日九点八分十六秒。Here, when the message of the temperature value in each dryer body 1 is constructed, there will be a corresponding construction time point, just like, the temperature value in the dryer body 1 on the link is constructed into five dryers When the message of the temperature value in the body 1, the message 1 of the temperature value in the drying body 1, the message 2 of the temperature value in the drying body 1, the message 3 of the temperature value in the drying body 1 , Message 4 of the temperature value in the drying body 1, Message 5 of the temperature value in the drying body 1 The construction time points can be respectively: 9:8:12 on October 1, 2019 , 9:8:13 on October 1, 2019, 9:8:14 on October 1, 2019, 9:8:15 on October 1, 2019 seconds, 9:8:16 on October 1, 2019.
在这里,链路节点里的每个监控设备的GPRS模块相应设有用于传递的先入先出缓冲区,在得到上述需要传递的若干链路上的干燥机身1内的温度值后,把该干燥机身1内的温度值的报文分别设于不一致的用于传递的先入先出缓冲区里。Here, the GPRS module of each monitoring device in the link node is correspondingly provided with a first-in, first-out buffer for transmission. The messages of the temperature values in the drying body 1 are respectively set in inconsistent FIFO buffers for transmission.
这里,每个监控设备的GPRS模块相应的用于传递的先入先出缓冲区的时距能够经由如下方式认定:分别得到每个用于传递的先入先出缓冲区。里各干燥机身1内的温度值的报文的构造时点,择出每个用于传递的先入先出缓冲区中最先构造的一个干燥机身1内的温度值的报文的构造时点,将每个构造时点分别与事先设定的时点执行减法运算,得到的差值就是相运用于传递的先入先出缓冲区的时距。Here, the time interval of the corresponding FIFO buffer for delivery of the GPRS module of each monitoring device can be determined by the following method: obtaining each FIFO buffer for delivery respectively. At the construction time point of the message of the temperature value in each drying body 1, select the structure of the message of the temperature value in the drying body 1 constructed first in each FIFO buffer for transmission. time point, perform a subtraction operation between each construction time point and the pre-set time point, and the difference obtained is the time interval applied to the passed FIFO buffer.
就像,设定链路节点里有一对监控设备的GPRS模块,且分别相应设有一对用于传递的先入先出缓冲区,上述干燥机身1内的温度值的报文一、三、五在用于传递的先入先出缓冲区一,干燥机身1内的温度值的报文二、四在用于传递的先入先出缓冲区二,这时先认定出用于传递的先入先出缓冲区一里最先构造的干燥机身1内的温度值的报文为干燥 机身1内的温度值的报文一,构造时点为二零一九年十月一日九点八分十二秒,用于传递的先入先出缓冲区二里最先构造的干燥机身1内的温度值的报文为干燥机身1内的温度值的报文二,构造时点为二零一九年十月一日九点八分十三秒;该事先设定的时点能够为先于所述随便一干燥机身1内的温度值的报文构造时点的一时点,就像二零一九年十月一日九点八分十九秒,这时,所述一对用于传递的先入先出缓冲区中,分别用干燥机身1内的温度值的报文一、干燥机身1内的温度值的报文二的构造时点同该事先设定的时点相减,得到九、十一对时距,时距最低的九相应的就是用于传递的先入先出缓冲区一,具有构造时点最先的干燥机身1内的温度值的报文一;该事先设定的时点亦能够为迟于所述干燥机身1内的温度值的报文构造时点的一时点,就像二零一九年十月一日九点八分六秒,这时,所述一对用于传递的先入先出缓冲区里,分别用干燥机身1内的温度值的报文一、干燥机身1内的温度值的报文二的构造时点同该事先设定的时点相减,把得到的相减结果的ABS值充当时距,得到十、九一对时距,时距最高的十相应的就为用于传递的先入先出缓冲区一,包含着构造时点最先的干燥机身1内的温度值的报文一。For example, it is assumed that there is a pair of GPRS modules for monitoring equipment in the link node, and a pair of first-in-first-out buffers for transmission are correspondingly set up respectively. In the first-in, first-out buffer 1 for delivery, the message 2 and 4 of the temperature value in the drying body 1 are in the FIFO buffer 2 for delivery. At this time, the FIFO for delivery is identified first. The message of the temperature value in the drying body 1 first constructed in the buffer zone 1 is the message 1 of the temperature value in the drying body 1, and the construction time is 9:80 on October 1, 2019 Twelve seconds, the message of the temperature value in the drying body 1 constructed first in the first-in-first-out buffer 2 for transmission is the message of the temperature value in the drying body 1, and the construction time point is 20 9:8:30 on October 1, 1999; the preset time point can be a time point prior to the message construction time point of the temperature value in the arbitrary drying body 1, as At 9:8:19 on October 1, 2019, at this time, in the pair of FIFO buffers used for transmission, messages 1 and 1 of the temperature value in the drying body 1 are used respectively. The construction time point of the message 2 of the temperature value in the drying body 1 is subtracted from the pre-set time point, and nine and eleven pairs of time intervals are obtained. Buffer 1, message 1 with the temperature value in the drying body 1 at the earliest construction time point; the preset time point can also be a message later than the temperature value in the drying body 1 At one point in the construction time point, like 9:8:06 on October 1, 2019, at this time, the pair of FIFO buffers used for transfer are respectively used in the drying machine 1. The construction time point of the message 1 of the temperature value of the drying machine 1 and the message 2 of the temperature value in the drying body 1 is subtracted from the preset time point, and the ABS value of the obtained subtraction result is used as the time distance, and ten There are nine pairs of time intervals, and the tenth with the highest time interval corresponds to the first-in-first-out buffer 1 for transmission, which contains the message 1 of the temperature value in the drying body 1 at the first construction point.
SA-2,凭借每个所述用于传递的先入先出缓冲区的时距,对符合事先设定条件的干燥机身1内的温度值的报文所在之处执行配置。SA-2, by virtue of the time interval of each of the FIFO buffers for delivery, configures the location of the message where the temperature value in the drying body 1 meets the pre-set condition.
这里,用SA-1里事先设定的时点为迟于所述随便一干燥机身1内的温度值的报文构造时点的时刻来说,在若干监控设备的GPRS模块对干燥机身1内的温度值的报文执行传递时,时距不大的用于传递的先入先出缓冲区相应的常常是传递带宽不低的监控设备的GPRS模块,相应的,时距大的用于传递的先入先出缓冲区相应的常常是传递带宽不高的监控设备的GPRS模块。Here, the pre-set time point in SA-1 is used as the time point later than the message construction time point of the temperature value in the random drying body 1. When the GPRS modules of several monitoring equipments are used for the drying body When the message with the temperature value within 1 is transmitted, the FIFO buffer used for transmission with a small time gap is often the GPRS module of the monitoring device with a low transmission bandwidth. Correspondingly, the large time gap is used for the transmission. The corresponding FIFO buffer is often the GPRS module of the monitoring device with low transmission bandwidth.
设定链路节点中有五个监控设备的GPRS模块,并分别相应设有五个用于传递的先入先出缓冲区一、二、三、四、五,该五个用于传递的先入先出缓冲区相应的时距依次为十、二十、三十、四十、五十,就能够认为用于传递的先入先出缓冲区一、二、三、四、五传递干燥机身1内的温度值的报文的带宽依次为最高到最低。It is set that there are five GPRS modules for monitoring equipment in the link node, and there are five FIFO buffers one, two, three, four, and five for transmission respectively, and the five are used for transmission. The corresponding time intervals of exiting the buffer zone are ten, twenty, thirty, forty, and fifty in sequence, and it can be considered that the first-in-first-out buffer zone one, two, three, four, and five for transfer transfer into the drying body 1 The bandwidth of the packets with the temperature value is the highest to the lowest.
这时,进一步的,这里对符合事先设定条件的干燥机身1内的温度值的报文所在之处执行配置的方法能够为:把传递干燥机身1内的温度值的报文带宽最低的用于传递的先入先出缓冲区五里构造时点最先的一个干燥机身1内的温度值的报文,配置到传递干燥机身1内的温度值的报文带宽最高的用于传递的先入先出缓冲区一里,来达成经传递带宽最高的用于传递的先入先出缓冲区一更换传递带宽最低的用于传递的先入先出缓冲区五负责一干燥机身1内的温度值的报文的传递。At this time, further, the method for configuring the location of the message with the temperature value in the drying body 1 that meets the pre-set conditions can be as follows: the bandwidth of the message transmitting the temperature value in the drying body 1 is the lowest. The first-in-first-out buffer used to transmit the message of the temperature value in the first drying machine 1 at the time of construction, and the message with the highest bandwidth configured to transmit the temperature value in the drying machine 1 is used for The first-in, first-out buffer for delivery with the highest delivery bandwidth is replaced by the FIFO buffer with the lowest delivery bandwidth for delivery. Transmission of the message of the temperature value.
另外,对符合事先设定条件的干燥机身1内的温度值的报文所在之处执行配置的方法还能够为:把用于传递的先入先出缓冲区E中构造时点较早的一对或一对以上的干燥机身1内的温度值的报文,配置到用于传递的先入先出缓冲区一里,亦就是把传递干燥机身1内的温度值的报文带宽最低的用于传递的先入先出缓冲区里,构造时点更先的若干干燥机身1内的温度值的报文配置到传递干燥机身1内的温度值的报文带宽最高的用于传递的先入先出缓冲区,来达成经传递带宽最高的用于传递的先入先出缓冲区一更换传递带宽最低的用于传递的先入先出缓冲区五负责若干干燥机身1内的温度值的报文的传递。In addition, the method for configuring the location of the message with the temperature value in the drying body 1 that meets the pre-set conditions can also be as follows: the first-in-first-out buffer E used for transmission is configured at an earlier time point. For or more than one pair of temperature value messages in the drying body 1, configure the first-in, first-out buffer 1 for transmission, that is, the message bandwidth that transmits the temperature value in the drying body 1 is the lowest. In the first-in-first-out buffer used for transmission, the messages with the temperature values in the drying machine 1 earlier in construction time are allocated to the message with the highest bandwidth for transmitting the temperature value in the drying machine 1. The first-in-first-out buffer is used to achieve the first-in-first-out buffer for delivery with the highest delivery bandwidth. The first-in-first-out buffer for delivery with the lowest delivery bandwidth is replaced. transmission of text.
另外,对符合事先设定条件的干燥机身1内的温度值的报文所在之处执行配置的方法还能够是:认定出用于传递的先入先出缓冲区四、五里构造更先的一个或若干干燥机身1内的温度值的报文,均衡或随意的配置到用于传递的先入先出缓冲区一、二里,也就是把传递干燥机身1内的温度值的报文带宽不高的若干用于传递的先入先出缓冲区里,构造时点更先的若干干燥机身1内的温度值的报文配置到传递干燥机身1内的温度值的报文带宽更高的若干用于传递的先入先出缓冲区,来达成经传递带宽更高的用于传递的先入先出缓冲区一、二更换传递带宽不高的用于传递的先入先出缓冲区四、五负责若干干燥机身1内的温度值的报文的传递。In addition, the method for configuring the location of the message with the temperature value in the drying body 1 that meets the pre-set conditions can also be: identifying the first-in-first-out buffer used for transmission, the four- or five-mile structure is earlier. One or several messages of the temperature value in the drying body 1 are evenly or randomly allocated to the first-in, first-out buffer 1 or 2 for transmission, that is, the message that transmits the temperature value in the drying body 1 In a number of FIFO buffers for transmission with low bandwidth, the packets with the temperature value in the dryer body 1 earlier in construction time are configured to transmit the temperature value in the dryer body 1 with a higher bandwidth. A number of high FIFO buffers for delivery to achieve a FIFO buffer with higher delivery bandwidth for delivery 1, 2 Replace the FIFO buffer with low delivery bandwidth for delivery 4. The fifth is responsible for the transmission of messages of temperature values in several drying bodies 1 .
SA-3,依照构造时点对配置后的用于传递的先入先出缓冲区中的干燥机身1内的温度值的报文执行序列化。SA-3, perform serialization on the message of the temperature value in the drying body 1 in the configured FIFO buffer for delivery according to the construction time point.
这里,因为用于传递的先入先出缓冲区是从末端收受干燥机身1内的温度值的报文,经头部传出干燥机身1内的温度值的报文的序列化缓冲区,在对用于传递的先入先出缓冲区中的干燥机身1内的温度值的报文执行配置后,要保障构造时点最先的干燥机身1内的温度值的报文被最高传出,须对配置后的用于传递的先入先出缓冲区中的干燥机身1内的温度值的报文依照构造时点执行序列化;具体能够经由快速序列化、冒泡序列化、并列序列化等指针指向地址的序列化算法对干燥机身1内的温度值的报文执行序列化。Here, because the FIFO buffer used for transmission is a serialized buffer that receives the message of the temperature value in the drying body 1 from the end, and transmits the message of the temperature value in the drying body 1 through the header, After configuring the message of the temperature value in the drying body 1 in the FIFO buffer for transmission, it is necessary to ensure that the message of the temperature value in the drying body 1 at the first construction point is transmitted at the highest level. Out, the message of the temperature value in the drying body 1 in the configured FIFO buffer for transmission must be serialized according to the construction time; The serialization algorithm whose pointer points to the address such as serialization performs serialization on the message of the temperature value in the drying body 1 .
序列化方法能够是:Serialization methods can be:
插入序列化,即将一个记录插入到已经排好序的有序表中,从而一个新的、记录数增1的有序表。在其实现过程使用双层循环,外层循环对除了第一个元素之外的所有元素,内层循环对当前元素前面有序表进行待插入所在之处查找,并进行移动。Insert serialization, that is, inserting a record into an already sorted sorted table, resulting in a new sorted table with the number of records increased by 1. In its implementation process, a double-layer loop is used. The outer loop searches all elements except the first element, and the inner loop searches the ordered table in front of the current element to find the place to be inserted, and moves it.
SA-4,凭借序列化后的用于传递的先入先出缓冲区传递干燥机身1内的温度值的报文。SA-4, transmits the message of the temperature value in the drying body 1 by means of the serialized FIFO buffer for transmission.
这里,序列化后的用于传递的先入先出缓冲区里,经头部到末端依次设有构造时点最先到构造时点最末的干燥机身1内的温度值的报文,依照序列化后的次序传递出干燥机身 1内的温度值的报文,能够达成把构造时点先的信息报文高效传出。Here, in the serialized first-in-first-out buffer for delivery, from the head to the end are sequentially provided with the message of the temperature value in the drying body 1 from the first construction time point to the last construction time point, according to The serialized order transmits the message of the temperature value in the drying body 1, which can achieve the efficient transmission of the information message with the first construction time point.
这里运用链路的特点,起初认定每个监控设备的GPRS模块相应的用于传递的先入先出缓冲区的时距;因为用于传递的先入先出缓冲区里设有一个以上干燥机身1内的温度值的报文,每个干燥机身1内的温度值的报文相应有构造时点,所以,能够凭借用于传递的先入先出缓冲区中干燥机身1内的温度值的报文的构造时点认定出该用于传递的先入先出缓冲区的时距;接着依据每个所述用于传递的先入先出缓冲区的时距,对符合事先设定条件的干燥机身1内的温度值的报文所在之处执行配置,在运用中,凭借时距能区别出传递带宽较快的监控设备的GPRS模块,和传递带宽较慢的监控设备的GPRS模块,所以,凭借每个所述用于传递的先入先出缓冲区的时距,对符合事先设定条件的干燥机身1内的温度值的报文所在之处执行配置,相当于由传递带宽较快的监控设备的GPRS模块更换传递带宽较慢的监控设备的GPRS模块负责一一些干燥机身1内的温度值的报文的传递;因为用于传递的先入先出缓冲区往往为从头部按次序发出干燥机身1内的温度值的报文,所以依照构造时点对配置后的用于传递的先入先出缓冲区中的干燥机身1内的温度值的报文执行序列化后,凭借序列化后的用于传递的先入先出缓冲区传递干燥机身1内的温度值的报文,能够让配置后的干燥机身1内的温度值的报文尽快从用于传递的先入先出缓冲区中发出,以此均衡了每个监控设备的GPRS模块用于传递的先入先出缓冲区传递干燥机身1内的温度值的报文的带宽,使得每个监控设备的GPRS模块用于传递的先入先出缓冲区中的干燥机身1内的温度值的报文能够依照构造时点先后高效传出,极大改善了信息报文的传递性能。Using the characteristics of the link here, it is initially determined that the GPRS module of each monitoring device corresponds to the time interval of the FIFO buffer for delivery; because there are more than one drying body 1 in the FIFO buffer for delivery. The message of the temperature value in each drying machine 1 has a corresponding construction time point. Therefore, the temperature value in the drying machine 1 can be determined by means of the first-in-first-out buffer used for transmission. The construction time point of the message identifies the time interval of the FIFO buffer used for delivery; then, according to the time interval of each FIFO buffer used for delivery, the dryer that meets the pre-set conditions is determined. The configuration is performed at the location where the message of the temperature value in body 1 is located. In operation, the GPRS module of the monitoring device with faster transmission bandwidth and the GPRS module of the monitoring device with slower transmission bandwidth can be distinguished by the time distance. Therefore, By virtue of the time interval of each of the first-in-first-out buffers used for transmission, the configuration is performed on the location of the message with the temperature value in the drying body 1 that meets the pre-set conditions, which is equivalent to the transmission bandwidth is faster. The GPRS module of the monitoring device is replaced by the GPRS module of the monitoring device with a slower transmission bandwidth, which is responsible for the transmission of some messages of the temperature value in the drying body 1; The message of the temperature value in the drying body 1 is sent out in sequence, so according to the construction time point, after performing the serialization of the message of the temperature value in the drying body 1 in the first-in-first-out buffer for delivery after configuration, By means of the serialized FIFO buffer for transmission, the message of the temperature value in the drying body 1 can be transmitted, so that the configured message of the temperature value in the drying body 1 can be transferred from the FIFO for transmission as soon as possible. It is sent out in the first-out buffer, so as to balance the bandwidth of the first-in-first-out buffer used by the GPRS module of each monitoring device to transmit the message of the temperature value in the drying body 1, so that the GPRS module of each monitoring device can The message of the temperature value in the drying body 1 in the FIFO buffer used for transmission can be efficiently transmitted in sequence according to the construction time point, which greatly improves the transmission performance of the information message.
所述传递干燥机身1内的温度值的方法,包括如下流程:The method for transferring the temperature value in the drying body 1 includes the following procedures:
TA-1,事先凭借要传递的链路上的干燥机身1内的温度值构造出一个以上干燥机身1内的温度值的报文,且依照每个所述干燥机身1内的温度值的报文相应的构造时点的先后次序,在所述若干监控设备的GPRS模块相应的用于传递的先入先出缓冲区里,从头部至末端依次设置每个所述干燥机身1内的温度值的报文。TA-1, based on the temperature value in the drying body 1 on the link to be transmitted, constructs more than one message of the temperature value in the drying body 1 in advance, and according to the temperature in each drying body 1 The sequence of the corresponding construction time points of the message of the value, in the FIFO buffer corresponding to the GPRS module of the several monitoring devices for transmission, each of the drying fuselage 1 is set in sequence from the head to the end. The temperature value within the telegram.
TA-2,把用于传递的先入先出缓冲区里处在头部的干燥机身1内的温度值的报文的构造时点同现时时点相减后所得的值,认定成所述用于传递的先入先出缓冲区的时距。TA-2, the value obtained by subtracting the construction time point of the message of the temperature value in the drying body 1 at the head in the first-in-first-out buffer for delivery and the current time point is identified as the above-mentioned value. The time interval of the FIFO buffer used for delivery.
这里,干燥机身1内的温度值的报文在用于传递的先入先出缓冲区中序列化排布,具体来说,在每个用于传递的先入先出缓冲区从头部到末端的所在之处,依照干燥机身1内的温度值的报文构造时点的先后依次设置相应的干燥机身1内的温度值的报文,所以,每个用于传递的先入先出缓冲区头部的干燥机身1内的温度值的报文即为该用于传递的 先入先出缓冲区中构造时点最头里的干燥机身1内的温度值的报文,要被高效传出;这时,仅须把每个用于传递的先入先出缓冲区头部的干燥机身1内的温度值的报文的构造时点同现时时点执行相减,得到的值就能够充当该用于传递的先入先出缓冲区的时距。Here, the message of the temperature value in the drying body 1 is serialized in the FIFO buffer for delivery, specifically, from the head to the end of each FIFO buffer for delivery where the message of the temperature value in the drying body 1 is located, the corresponding message of the temperature value in the drying body 1 is set in sequence according to the time point of the message construction of the temperature value in the drying body 1. Therefore, each FIFO buffer used for transmission is The message of the temperature value in the drying body 1 at the head of the zone is the message of the temperature value in the drying body 1 at the head of the construction time point in the FIFO buffer for delivery, and it must be efficiently Outgoing; at this time, it is only necessary to perform the subtraction of the construction time point of the message of the temperature value in the drying body 1 in the header of each FIFO buffer used for transmission with the current time point, and the obtained value is The time gap that can act as this FIFO buffer for delivery.
这里,能够在将干燥机身1内的温度值的报文设置到每个用于传递的先入先出缓冲区前,依照干燥机身1内的温度值的报文的构造时点先后次序执行序列化,具体来说,认定配置给每个用于传递的先入先出缓冲区的干燥机身1内的温度值的报文后,先分别把相应每个用于传递的先入先出缓冲区的干燥机身1内的温度值的报文依照构造时点的先后执行序列化,接着把序列化后的干燥机身1内的温度值的报文依照构造时点经最先至最后的次序依次经末端传递到相应的用于传递的先入先出缓冲区,让每个用于传递的先入先出缓冲区中的干燥机身1内的温度值的报文,依照构造时点的先后依次设于头部到末端的所在之处;亦能够把干燥机身1内的温度值的报文随意的设置到每个用于传递的先入先出缓冲区之后,在每个用于传递的先入先出缓冲区中将干燥机身1内的温度值的报文依照构造时点的先后执行序列化,让每个用于传递的先入先出缓冲区中的干燥机身1内的温度值的报文,依照构造时点的先后依次设于头部到末端的所在之处。Here, before setting the message of the temperature value in the drying body 1 to each FIFO buffer for delivery, it can be executed according to the time-sequence of the construction of the message of the temperature value in the drying body 1 Serialization, specifically, after identifying the message of the temperature value in the drying body 1 configured for each FIFO buffer for delivery, firstly assign each FIFO buffer for delivery respectively. The message of the temperature value in the drying body 1 is serialized according to the sequence of the construction time point, and then the serialized message of the temperature value in the drying body 1 is sequenced from the first to the last according to the construction time point. It is sequentially passed through the end to the corresponding FIFO buffer for delivery, so that the message of the temperature value in the drying body 1 in each FIFO buffer for delivery is in the order of the construction time point. It is set from the head to the end; it is also possible to arbitrarily set the message of the temperature value in the drying body 1 to each FIFO buffer for delivery, after each FIFO for delivery. In the first-out buffer, the message of the temperature value in the drying body 1 is serialized according to the order of the construction time point, so that the temperature value in the drying body 1 in each FIFO buffer used for transmission is serialized. The message is set from the head to the end according to the order of construction time point.
这里进一步的,能够径直在每个用于传递的先入先出缓冲区里得到头部干燥机身1内的温度值的报文的构造时点后,把它同现时时点相减所得的值充当该用于传递的先入先出缓冲区的时距;因为得到的干燥机身1内的温度值的报文所在之处认定,所以得到此干燥机身1内的温度值的报文构造时点的性能佳;把该构造时点径直同现时时点执行相减,所以无须另外设定执行时距得到的另外事先设定的时点,能改善认定每个用于传递的先入先出缓冲区时距的性能。Here, further, it is possible to directly obtain the value obtained by subtracting the current time point after the construction time point of the message for obtaining the temperature value in the head drying body 1 in each FIFO buffer for transmission. The time interval that acts as the first-in-first-out buffer for delivery; because the location of the message of the obtained temperature value in the drying body 1 is identified, so the message construction of the temperature value in the drying body 1 is obtained. The performance of the point is good; the construction time point is directly subtracted from the current time point execution, so there is no need to set the execution time interval to obtain another pre-set time point, which can improve the identification of each FIFO buffer used for delivery. time zone performance.
TA-3,把时距最高的用于传递的先入先出缓冲区认定成用于传递的先入先出缓冲区一,且把所述用于传递的先入先出缓冲区一里处在头部的干燥机身1内的温度值的报文认定为目标报文。TA-3, identify the first-in, first-out buffer for delivery with the highest time interval as the first-in-first-out buffer for delivery, and place the first-in, first-out buffer for delivery at the head The message of the temperature value inside the drying body 1 is identified as the target message.
这里,时距最高的用于传递的先入先出缓冲区一,相应的往往为传递带宽最低的监控设备的GPRS模块,该用于传递的先入先出缓冲区一里处在头部的干燥机身1内的温度值的报文往往为构造时点最先的干燥机身1内的温度值的报文。Here, the FIFO buffer 1 for delivery with the highest time distance corresponds to the GPRS module of the monitoring device with the lowest delivery bandwidth, and the FIFO buffer 1 for delivery is located in the dryer at the head. The message of the temperature value in the body 1 is often the message of the temperature value in the body 1 which is first dried at the time of construction.
TA-4,把时距最低的用于传递的先入先出缓冲区认定成用于传递的先入先出缓冲区二。TA-4, identify the FIFO buffer for delivery with the lowest time interval as the FIFO buffer 2 for delivery.
这里,时距最低的用于传递的先入先出缓冲区二,相应的往往为传递带宽最高的监控设备的GPRS模块,能够负责更多的传递干燥机身1内的温度值的报文的任务,来改善传递干燥机身1内的温度值的报文的性能。Here, the first-in-first-out buffer 2 with the lowest time distance is used for transmission, and the corresponding GPRS module is often the monitoring device with the highest transmission bandwidth, which can be responsible for more tasks of transmitting the message of the temperature value in the drying body 1 , to improve the performance of the message that transmits the temperature value in the drying body 1 .
TA-5,把所述目标报文经所述缓冲区一里取出并设入所述用于传递的先入先出缓冲区二里。TA-5, take out the target message through the buffer 1 and set it into the first-in-first-out buffer 2 for delivery.
这里,目标报文是构造时点最先的干燥机身1内的温度值的报文,把它经传递带宽最低的用于传递的先入先出缓冲区一里取出,且设入传递带宽最高的用于传递的先入先出缓冲区二里,经用于传递的先入先出缓冲区二执行传递,能有效降低用于传递的先入先出缓冲区一的量,改善干燥机身1内的温度值的报文的传递性能。Here, the target message is the message of the temperature value in the drying body 1 at the first construction point, and it is taken out from the FIFO buffer 1 for delivery with the lowest delivery bandwidth, and is set to the highest delivery bandwidth. In the FIFO buffer 2 for delivery, the delivery is performed through the FIFO buffer 2 for delivery, which can effectively reduce the amount of FIFO buffer 1 used for delivery, and improve the air quality in the drying body 1. The transmission performance of the message with the temperature value.
设定初始时用于传递的先入先出缓冲区一中配置有一、三、五、七两对干燥机身1内的温度值的报文,用于传递的先入先出缓冲区二里配置有二、四、六、八两对干燥机身1内的温度值的报文;干燥机身1内的温度值的报文一至八的构造时点依次经最先到最后,在传递一周期后,因为用于传递的先入先出缓冲区一相应的监控设备的GPRS模块传递带宽较慢,在用于传递的先入先出缓冲区一中还有三、五、七三个干燥机身1内的温度值的报文;而用于传递的先入先出缓冲区二传递带宽高,在用于传递的先入先出缓冲区二里仅余下一个干燥机身1内的温度值的报文八,这时,能够得到时距最高的是用于传递的先入先出缓冲区一,时距最小的是用于传递的先入先出缓冲区二,把干燥机身1内的温度值的报文三配置到用于传递的先入先出缓冲区二中,经用于传递的先入先出缓冲区二传递干燥机身1内的温度值的报文三,同步的,用于传递的先入先出缓冲区一传递干燥机身1内的温度值的报文五,干燥机身1内的温度值的报文三与五被同步传递,能够防止因传递带宽不高的用于传递的先入先出缓冲区中的干燥机身1内的温度值的报文长时间停留,构成的传递性能不高的状况发生。The first-in-first-out buffer 1 for transmission is initially configured with one, three, five, and seven pairs of temperature values in the drying body 1, and the first-in, first-out buffer 2 for transmission is configured with Two, four, six and eight pairs of messages of the temperature value in the drying body 1; the construction time points of the messages 1 to 8 of the temperature value in the drying body 1 are sequentially from the first to the last, and after a cycle of transmission , because the first-in-first-out buffer used for delivery 1 corresponds to the GPRS module of the monitoring device, the transmission bandwidth is relatively slow, and there are three, five, and seven in the FIFO buffer 1 used for delivery. The message of the temperature value; while the FIFO buffer 2 used for transmission has a high transmission bandwidth, and there is only a message 8 of the temperature value in the drying body 1 left in the FIFO buffer 2 used for transmission. When the time interval is the highest, the first-in-first-out buffer 1 for transmission is the one with the highest time interval, and the first-in-first-out buffer 2 for transmission is the one with the smallest time interval. Configure the message 3 of the temperature value in the drying body 1 To the FIFO buffer 2 for delivery, the message of the temperature value in the drying body 1 is delivered via the FIFO buffer 2 for delivery 3, synchronous, FIFO buffer for delivery Once the message 5 of the temperature value in the drying body 1 is transmitted, the messages 3 and 5 of the temperature value in the drying body 1 are transmitted synchronously, which can prevent the FIFO buffer for transmission due to the low transmission bandwidth. The message of the temperature value in the drying body 1 stays for a long time, which constitutes a situation that the transmission performance is not high.
TA-6,依照构造时点对配置后的用于传递的先入先出缓冲区中的干燥机身1内的温度值的报文执行序列化。TA-6, according to the construction time point, serialize the message of the temperature value in the drying body 1 in the first-in-first-out buffer that is configured for delivery.
TA-7,凭借序列化后的用于传递的先入先出缓冲区传递干燥机身1内的温度值的报文。TA-7 transmits the message of the temperature value in the drying fuselage 1 by means of the serialized FIFO buffer for transmission.
TA-8,在有新的干燥机身1内的温度值的报文需传递时,得到每个所述用于传递的先入先出缓冲区中的干燥机身1内的温度值的报文数量。TA-8, when there is a new message of the temperature value in the drying body 1 to be transmitted, obtain each message of the temperature value in the drying body 1 in the FIFO buffer for transmission. quantity.
TA-9,把所述新增的干燥机身1内的温度值的报文设于干燥机身1内的温度值的报文个数最小的用于传递的先入先出缓冲区。TA-9, set the newly added message of the temperature value in the drying body 1 in the first-in, first-out buffer for transmission with the smallest number of the message of the temperature value in the drying body 1 .
这里,用于传递的先入先出缓冲区中干燥机身1内的温度值的报文个数不少,常常是因为该用于传递的先入先出缓冲区传递较慢,造成干燥机身1内的温度值的报文一定程度的滞留,用于传递的先入先出缓冲区中干燥机身1内的温度值的报文个数最少,则说明该用于传递的先入先出缓冲区的传递带宽常常最高,当有新增的干燥机身1内的温度值的报 文需传递时,将其设于干燥机身1内的温度值的报文个数最少的用于传递的先入先出缓冲区,该用于传递的先入先出缓冲区能够顺次的将新增的干燥机身1内的温度值的报文传递,避免了将新增数据包设于其他传递较慢的用于传递的先入先出缓冲区后,再经由上述方法将其从传递较慢的用于传递的先入先出缓冲区配置到传递带宽较快的用于传递的先入先出缓冲区的过程,进一步提升传递干燥机身1内的温度值的报文的性能。Here, in the FIFO buffer used for transmission, there are a lot of messages about the temperature value in the drying body 1, which is often because the FIFO buffer used for transmission is slow in transmission, resulting in the drying body 1 The message of the temperature value in the dryer is retained to a certain extent, and the number of messages of the temperature value in the drying body 1 is the least in the FIFO buffer used for transmission. The transmission bandwidth is often the highest. When there is a new message with the temperature value in the drying body 1 to be transmitted, it is set to the first-in-first-order transmission with the smallest number of messages with the temperature value in the drying body 1. The output buffer, the first-in-first-out buffer used for transmission can sequentially transmit the newly added message of the temperature value in the drying body 1, which avoids setting the newly added data packet in other applications with slower transmission. After the FIFO buffer is transmitted, the process of configuring it from the FIFO buffer for delivery with slower delivery to the FIFO buffer with faster delivery bandwidth through the above method, and further Improves the performance of the message that transmits the temperature value in the dryer body 1.
充当这里的一种优选方案,能够认定第一进程、第二进程;这里,所述第一进程用于认定每个所述监控设备的GPRS模块相应的用于传递的先入先出缓冲区的时距;凭借每个所述用于传递的先入先出缓冲区的时距,对符合事先设定条件的干燥机身1内的温度值的报文所在之处执行配置;凭借配置后的用于传递的先入先出缓冲区传递干燥机身1内的温度值的报文;所述第二进程用于当有新增的干燥机身1内的温度值的报文需要传递时,得到每个所述用于传递的先入先出缓冲区中的干燥机身1内的温度值的报文个数;将所述新增的干燥机身1内的温度值的报文设于干燥机身1内的温度值的报文个数最少的用于传递的先入先出缓冲区。As a preferred solution here, the first process and the second process can be identified; here, the first process is used to identify the time of the FIFO buffer corresponding to the GPRS module of each monitoring device for delivery. distance; by virtue of the time distance of each of the first-in-first-out buffers used for delivery, configure the location where the message of the temperature value in the drying body 1 meets the pre-set conditions; The transmitted FIFO buffer transmits the message of the temperature value in the drying body 1; the second process is used to obtain each message when the newly added message of the temperature value in the drying body 1 needs to be transmitted. The number of messages of the temperature value in the drying body 1 in the FIFO buffer for transmission; the newly added message of the temperature value in the drying body 1 is set in the drying body 1 The first-in-first-out buffer for delivery with the smallest number of temperature values in the message.
这里,能够事先设定一对独立的第一进程和第二进程,第一进程用经由计算配置每个用于传递的先入先出缓冲区中的干燥机身1内的温度值的报文,第二进程用于处理新增的干燥机身1内的温度值的报文的配置,第一进程和第二进程还能够经由进程锁执行控制,以避免第一进程和第二进程在操作过程中发生冲突。Here, a pair of independent first process and second process can be set in advance, the first process configures the message of the temperature value in the drying body 1 in each FIFO buffer for delivery via calculation, The second process is used to process the configuration of the newly added temperature value message in the drying body 1. The first process and the second process can also execute control through the process lock to avoid the first process and the second process during the operation process. conflict occurred.
这里的事先设定一对进程,第一进程和第二进程职能分开,并且能够设置进程锁避免第一进程和第二进程之间发生冲突,能进一步提高传递干燥机身1内的温度值的报文的性能。Here, a pair of processes are set in advance, the functions of the first process and the second process are separated, and the process lock can be set to avoid conflicts between the first process and the second process, which can further improve the transmission of the temperature value in the drying body 1. Packet performance.
能够理解,在将新增的干燥机身1内的温度值的报文设于相应的用于传递的先入先出缓冲区后,每个用于传递的先入先出缓冲区能够循环执行步骤602至步骤609的方法,以完成对干燥机身1内的温度值的报文的传递。It can be understood that after the newly added message of the temperature value in the drying body 1 is set in the corresponding FIFO buffer for delivery, each FIFO buffer for delivery can cyclically execute step 602 Go to the method of step 609 to complete the transmission of the message of the temperature value in the drying body 1 .
这里运用链路的特性,首先认定每个监控设备的GPRS模块相应的用于传递的先入先出缓冲区的时距;因为用于传递的先入先出缓冲区中设有一个以上干燥机身1内的温度值的报文,每个干燥机身1内的温度值的报文相应有构造时点,所以,能够凭借用于传递的先入先出缓冲区中干燥机身1内的温度值的报文的构造时点认定出该用于传递的先入先出缓冲区的时距;接着依据每个所述用于传递的先入先出缓冲区的时距,对符合事先设定条件的干燥机身1内的温度值的报文所在之处执行配置,实际运用中,凭借时距能区别出传递带宽较快的监控设备的GPRS模块,和传递带宽较慢的监控设备的GPRS模块,所以, 凭借每个所述用于传递的先入先出缓冲区的时距,对符合事先设定条件的干燥机身1内的温度值的报文所在之处执行配置,相当于由传递带宽较快的监控设备的GPRS模块更换传递带宽较慢的监控设备的GPRS模块负责一一些干燥机身1内的温度值的报文的传递;因为用于传递的先入先出缓冲区往往为从头部按次序发出干燥机身1内的温度值的报文,所以依照构造时点对配置后的用于传递的先入先出缓冲区中的干燥机身1内的温度值的报文执行序列化后,凭借序列化后的用于传递的先入先出缓冲区传递干燥机身1内的温度值的报文,能够让配置后的干燥机身1内的温度值的报文尽快从用于传递的先入先出缓冲区中发出,从而均衡了每个监控设备的GPRS模块用于传递的先入先出缓冲区传递干燥机身1内的温度值的报文的带宽,使得每个监控设备的GPRS模块用于传递的先入先出缓冲区中的干燥机身1内的温度值的报文能够依照构造时点先后快速发出,大大提高了数据的传递性能。Using the characteristics of the link here, first determine the time interval of the FIFO buffer used for transmission corresponding to the GPRS module of each monitoring device; because there are more than one drying body 1 in the FIFO buffer used for transmission The message of the temperature value in each drying machine 1 has a corresponding construction time point. Therefore, the temperature value in the drying machine 1 can be determined by means of the first-in-first-out buffer used for transmission. The construction time point of the message identifies the time interval of the FIFO buffer used for delivery; then, according to the time interval of each FIFO buffer used for delivery, the dryer that meets the pre-set conditions is determined. The configuration is performed at the location where the message of the temperature value in body 1 is located. In actual application, the GPRS module of the monitoring device with faster transmission bandwidth and the GPRS module of the monitoring device with slower transmission bandwidth can be distinguished by the time distance. Therefore, By virtue of the time interval of each of the first-in-first-out buffers used for transmission, the configuration is performed on the location of the message with the temperature value in the drying body 1 that meets the pre-set conditions, which is equivalent to the transmission bandwidth is faster. The GPRS module of the monitoring device is replaced by the GPRS module of the monitoring device with a slower transmission bandwidth, which is responsible for the transmission of some messages of the temperature value in the drying body 1; The message of the temperature value in the drying body 1 is sent out in sequence, so according to the construction time point, after performing the serialization of the message of the temperature value in the drying body 1 in the first-in-first-out buffer for delivery after configuration, By means of the serialized FIFO buffer for transmission, the message of the temperature value in the drying body 1 can be transmitted, so that the configured message of the temperature value in the drying body 1 can be transferred from the FIFO for transmission as soon as possible. It is sent out in the first-out buffer, thereby balancing the bandwidth of the first-in-first-out buffer used by the GPRS module of each monitoring device to transmit the message of the temperature value in the drying body 1, so that the GPRS module of each monitoring device uses The message of the temperature value in the drying body 1 in the transmitted FIFO buffer can be quickly sent out in sequence according to the construction time point, which greatly improves the data transmission performance.
本发明运用链路的特性,首先认定每个监控设备的GPRS模块相应的用于传递的先入先出缓冲区的时距;因为用于传递的先入先出缓冲区中设有一个以上干燥机身1内的温度值的报文,每个干燥机身1内的温度值的报文相应有构造时点,所以,能够凭借用于传递的先入先出缓冲区中干燥机身1内的温度值的报文的构造时点认定出该用于传递的先入先出缓冲区的时距;接着依据每个所述用于传递的先入先出缓冲区的时距,对符合事先设定条件的干燥机身1内的温度值的报文所在之处执行配置,实际运用中,凭借时距能区别出传递带宽较快的监控设备的GPRS模块,及传递带宽较慢的监控设备的GPRS模块,所以,凭借每个所述用于传递的先入先出缓冲区的时距,对符合事先设定条件的干燥机身1内的温度值的报文所在之处执行配置,相当于由传递带宽较快的监控设备的GPRS模块更换传递带宽较慢的监控设备的GPRS模块负责一一些干燥机身1内的温度值的报文的传递;因为用于传递的先入先出缓冲区往往为从头部按次序发出干燥机身1内的温度值的报文,所以依照构造时点对配置后的用于传递的先入先出缓冲区中的干燥机身1内的温度值的报文执行序列化后,凭借序列化后的用于传递的先入先出缓冲区传递干燥机身1内的温度值的报文,能够让配置后的干燥机身1内的温度值的报文尽快从用于传递的先入先出缓冲区中发出,从而均衡了每个监控设备的GPRS模块用于传递的先入先出缓冲区传递干燥机身1内的温度值的报文的带宽,使得每个监控设备的GPRS模块用于传递的先入先出缓冲区中的干燥机身1内的温度值的报文能够依照构造时点先后快速发出,大大提高了干燥机身1内的温度值的报文的传递性能。有效避免了现有技术中一些监控设备的GPRS模块传递带宽低而使得另外的监控设备的GPRS模块的干燥机身1内的温度值的报文传递至监控设 备后亦仅可候着传递带宽低的监控设备的GPRS模块的干燥机身1内的温度值的报文、不利于传递性能的改善的缺陷。The present invention uses the characteristics of the link to first determine the time interval of the FIFO buffer used for transmission corresponding to the GPRS module of each monitoring device; because there are more than one drying body in the FIFO buffer used for transmission The message of the temperature value in 1, the message of the temperature value in each drying body 1 has a corresponding construction time point, so the temperature value in the drying body 1 in the first-in-first-out buffer for transmission can be used. The time interval of the first-in, first-out buffer for delivery is determined at the construction time point of the message; then, according to the time interval of each of the FIFO buffers for delivery, the drying conditions that meet the pre-set conditions are determined. The configuration is performed at the location where the message of the temperature value in the fuselage 1 is located. In actual application, the GPRS module of the monitoring device with a faster transmission bandwidth and the GPRS module of the monitoring device with a slower transmission bandwidth can be distinguished by the time distance. Therefore, , by virtue of the time interval of each of the FIFO buffers used for delivery, the configuration is performed on the location of the message with the temperature value in the drying body 1 that meets the pre-set conditions, which is equivalent to a faster delivery bandwidth. The GPRS module of the monitoring equipment is replaced with the GPRS module of the monitoring equipment with a slower transmission bandwidth. The message of the temperature value in the drying body 1 is sent out in sequence, so the message of the temperature value in the drying body 1 in the configured FIFO buffer for delivery is serialized according to the construction time point. , the message of the temperature value in the drying body 1 can be transmitted by means of the serialized FIFO buffer for transmission, so that the message of the temperature value in the configured drying body 1 can be transmitted from the It is sent out in the first-in, first-out buffer, thereby balancing the bandwidth of the first-in, first-out buffer used by the GPRS module of each monitoring device to transmit the message of the temperature value in the drying body 1, so that the GPRS module of each monitoring device can The message of the temperature value in the drying body 1 in the FIFO buffer used for transmission can be quickly sent out sequentially according to the construction time point, which greatly improves the transmission performance of the message of the temperature value in the drying body 1 . It is effectively avoided that the transmission bandwidth of the GPRS modules of some monitoring equipments in the prior art is low, so that the message of the temperature value in the drying body 1 of the GPRS modules of other monitoring equipments can only wait for the transmission bandwidth to be low after being transmitted to the monitoring equipment. The temperature value message in the drying body 1 of the GPRS module of the monitoring device is not conducive to the improvement of the transmission performance.
以上已用实施例说明的方式对本发明作了描述,本领域的技术人员应当理解,本公开不限于以上描述的实施例,在不偏离本发明的范围的情况下,可以做出各种变化、改变和替换。The present invention has been described above by way of illustrating the embodiments. Those skilled in the art should understand that the present disclosure is not limited to the above-described embodiments, and various changes can be made without departing from the scope of the present invention. change and replace.

Claims (10)

  1. 一种真空干燥机,其特征在于,包括干燥机机身,所述干燥机机身用于容纳待干燥的物料来进行干燥;A vacuum dryer, characterized in that it includes a dryer body, and the dryer body is used for accommodating materials to be dried for drying;
    真空表和温度计,所述真空表和温度计设置在所述干燥机身中,所述真空表用于检测所述干燥机身内部的真空度,所述温度计用于检测所述干燥机身内的温度;A vacuum gauge and a thermometer, the vacuum gauge and the thermometer are arranged in the drying body, the vacuum gauge is used to detect the vacuum degree inside the drying body, and the thermometer is used to detect the vacuum inside the drying body. temperature;
    烘架,所述烘架在所述干燥机身内,所述烘架为分层的矩形框架结构,各层矩形框架均为管状烘管且各层矩形框架之间相互连通,所述烘架的两端分别与蒸汽输入管道的一端和蒸汽输出管道的一端连通,所述蒸汽输入管道的另一端和蒸汽输出管道的另一端均与热水箱连通,所述蒸汽输入管道上设置电磁阀三;A drying rack, the drying rack is in the drying body, the drying rack is a layered rectangular frame structure, each layer of the rectangular frame is a tubular drying tube and the rectangular frames of each layer are connected with each other, the drying rack The two ends are respectively connected with one end of the steam input pipe and one end of the steam output pipe, the other end of the steam input pipe and the other end of the steam output pipe are both connected with the hot water tank, and a solenoid valve three ;
    真空泵和真空管道,所述真空管道的一端与所述干燥机身内连通,所述真空管道的另一端与在所述干燥机身旁设置的贮槽相接。A vacuum pump and a vacuum pipeline, one end of the vacuum pipeline is communicated with the inside of the drying body, and the other end of the vacuum pipeline is connected with a storage tank arranged beside the drying body.
  2. 根据权利要求1所述的真空干燥机,其特征在于,所述真空表和温度计均与所述干燥机机身旁的电控箱内的控制器电联接,所述真空泵与控制器信号连接。The vacuum dryer according to claim 1, wherein the vacuum gauge and the thermometer are electrically connected to a controller in an electric control box beside the dryer body, and the vacuum pump is signal-connected to the controller.
  3. 根据权利要求2所述的真空干燥机,其特征在于,所述控制器还与设置在所述电控箱外壁上的显示屏电连接。The vacuum dryer according to claim 2, wherein the controller is also electrically connected to a display screen arranged on the outer wall of the electric control box.
  4. 根据权利要求2所述的真空干燥机,其特征在于,内部贮存有水的所述热水箱设置在燃气热水器上,所述燃气热水器的进气管道设置有电磁阀一,所述电磁阀一用于对所述燃气热水器输送燃气的进气管道进行截止或开通,所述燃气热水器内的水中设置有测温计,所述测温计和电磁阀一均与干燥机机身旁的电控箱内的控制器电联接。The vacuum dryer according to claim 2, characterized in that, the hot water tank storing water inside is provided on a gas water heater, and an intake pipe of the gas water heater is provided with a solenoid valve 1, and the solenoid valve 1 It is used to cut off or open the air intake pipe of the gas water heater for conveying gas, and a thermometer is arranged in the water in the gas water heater. The controller in the box is electrically connected.
  5. 根据权利要求1所述的真空干燥机,其特征在于,所述干燥机机身由A3钢板或A3钢板内贴1Cr18Ni9Ti不锈钢或1Cr18Ni9Ti不锈钢板制作成中空长方体状结构。The vacuum dryer according to claim 1, characterized in that, the dryer body is made of A3 steel plate or A3 steel plate with 1Cr18Ni9Ti stainless steel or 1Cr18Ni9Ti stainless steel plate and is made into a hollow cuboid structure.
  6. 根据权利要求1所述的真空干燥机,其特征在于,所述干燥机机身的正面或背面设有若干视镜,所述视镜的四周敷设有视镜衬垫,所述视镜衬垫系由硅橡制作;所述干燥机机身上还设有消毒口。The vacuum dryer according to claim 1, characterized in that, a number of sight glasses are arranged on the front or back of the dryer body, and sight glass pads are laid around the sight mirrors. It is made of silicone rubber; the dryer body is also provided with a disinfection port.
  7. 根据权利要求1所述的真空干燥机,其特征在于,所述真空管道上还设置有冷凝器和作为真空阀门的电磁阀二,所述冷凝器和作为真空阀门的电磁阀二均与控制器电连接。The vacuum dryer according to claim 1, wherein a condenser and a second solenoid valve serving as a vacuum valve are also provided on the vacuum pipeline, and both the condenser and the second solenoid valve serving as a vacuum valve are electrically connected to the controller. connect.
  8. 根据权利要求1所述的真空干燥机,其特征在于,所述干燥机机身的前壁上设置有密封门,所述密封门上设有手轮锁。The vacuum dryer according to claim 1, wherein a sealing door is provided on the front wall of the dryer body, and a handwheel lock is provided on the sealing door.
  9. 根据权利要求1所述的真空干燥机,其特征在于,所述真空干燥机还配置有烘盘,在所述物料尺寸大于12目的条件下,所述烘盘能够是10目~12目1Cr18Ni9Ti不锈钢材 料的筛网盘。The vacuum dryer according to claim 1, characterized in that, the vacuum dryer is further equipped with a baking tray, and under the condition that the size of the material is larger than 12 meshes, the baking tray can be 10-12 mesh 1Cr18Ni9Ti stainless steel The sieve tray for the material.
  10. 一种真空干燥机的干燥方法,其特征在于,包括:A drying method for a vacuum dryer, comprising:
    步骤1:把待干燥的物料放在烘盘上,并打开密封门把烘盘放在所述干燥机身内的所述烘架上,然后关闭上所述密封门;Step 1: Put the material to be dried on the baking tray, open the sealing door, place the baking tray on the drying rack in the drying body, and then close the sealing door;
    步骤2:所述控制器接收所述测温计传送来的所述热水箱内的测温计传送来的水温值,然后在显示屏上显示该水温值进行判断;Step 2: the controller receives the water temperature value transmitted by the thermometer in the hot water tank transmitted by the thermometer, and then displays the water temperature value on the display screen for judgment;
    步骤3:只要水温值没有达到汽化温度值,就启动热气热水器并打开进气官道上的电磁阀一,供入燃气加热;Step 3: As long as the water temperature value does not reach the vaporization temperature value, start the hot gas water heater and open the solenoid valve 1 on the intake pipe to supply gas for heating;
    步骤4:直至传送来的水温值不小于汽化温度值,控制器就关闭电磁阀一而打开电磁阀三,让蒸汽通入所述烘架进行干燥,干燥后的蒸汽经过蒸汽输出管道回传回所述热水箱;Step 4: Until the transmitted water temperature value is not less than the vaporization temperature value, the controller closes the solenoid valve 1 and opens the solenoid valve 3, allowing the steam to pass into the drying rack for drying, and the dried steam is returned through the steam output pipeline. the hot water tank;
    步骤5:同时,所述控制器打开真空泵和电磁阀二,并控制运行所述冷凝器和把真空表传送来的气压值与温度计传送来的所述干燥机身内的温度值发送给显示屏显示,这样,就能把干燥时所述物料蒸发而出的水汽送入所述真空管道中,并经冷凝器液化最后通过所述真空管道送入贮槽;Step 5: At the same time, the controller turns on the vacuum pump and the second solenoid valve, and controls the operation of the condenser and sends the air pressure value transmitted by the vacuum gauge and the temperature value in the drying body transmitted by the thermometer to the display screen. It is shown that in this way, the water vapor evaporated from the material during drying can be sent into the vacuum pipeline, liquefied by the condenser, and finally sent to the storage tank through the vacuum pipeline;
    步骤6:在所述真空管道不再送入贮槽中液流时,干燥结束,打开密封门拿出烘盘。Step 6: When the vacuum pipe is no longer sent into the liquid flow in the storage tank, the drying is completed, and the sealing door is opened to take out the baking tray.
PCT/CN2020/120649 2020-09-30 2020-10-13 Vacuum drier and drying method thereof WO2022067881A1 (en)

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