TWI727911B

TWI727911B - Soybean milk continuous cooking machine

Info

Publication number: TWI727911B
Application number: TW109144708A
Authority: TW
Inventors: 鄭瑞臺
Original assignee: 永順利食品機械股份有限公司
Priority date: 2020-12-17
Filing date: 2020-12-17
Publication date: 2021-05-11
Also published as: TW202224610A

Abstract

A soybean milk continuous cooking machine is provided, including: a gas storage device , including a first gas container, a second gas container and a third gas container, the second gas container and the third gas container respectively communicated with the first gas container; a heating module, including at least one first steam cooking heater and a plurality of second steam cooking heaters, each first steam cooking heater communicated with the second gas container, each second steam cooking heater communicated with the third gas container; and a plurality of proportional valves, each proportional valve assembled between the third gas container and one of the plurality of second steam cooking heaters; wherein each proportional valve is based on one of a detected soybean milk temperature contained within one of the second steam cooking heater to control the steam volume flowing from the third gas container into one of the second steam cooking heater.

Description

Continuous cooking machine

本發明係有關於一種連續煮漿機。The invention relates to a continuous cooking machine.

有些液態食品如豆漿需經加熱至一定的程度，方能去除對人體有害的物質並煮熟及殺菌。習知煮熱豆漿的方式有以蒸煮的方式，將冷豆漿及蒸氣通入一加熱器的料腔，使冷豆漿及蒸氣進行混合而提升豆漿的溫度至一預定溫度。當豆漿的溫度被加熱提升至一定高溫時，再繼續加熱時，所需使用的蒸氣量必須要精準。Some liquid foods, such as soy milk, need to be heated to a certain level in order to remove harmful substances to the human body and be cooked and sterilized. The conventional method of boiling hot soy milk is steaming, in which cold soy milk and steam are passed into the cavity of a heater, so that the cold soy milk and steam are mixed to raise the temperature of the soy milk to a predetermined temperature. When the temperature of soy milk is heated to a certain high temperature, and then continue to be heated, the required amount of steam must be accurate.

因此，有必要提供一種新穎且具有進步性之連續煮漿機，以解決上述之問題。Therefore, it is necessary to provide a novel and progressive continuous cooking machine to solve the above-mentioned problems.

本發明之主要目的在於提供一種連續煮漿機，其於蒸氣分流至多個蒸煮加熱器的狀態下能精準地提供蒸氣量。The main purpose of the present invention is to provide a continuous cooking machine, which can accurately provide the amount of steam when the steam is divided into a plurality of cooking heaters.

為達成上述目的，本發明提供一種連續煮漿機，包括：一儲氣裝置，其供連通一蒸氣源，該儲氣裝置包括一第一儲氣缸、一第二儲氣缸及一第三儲氣缸，該第一儲氣缸供連通該蒸氣源，該第二儲氣缸及該第三儲氣缸分別連通該第一儲氣缸，該第三儲氣缸之容積大於該第二儲氣缸之容積；一加熱模組，其包括至少一第一蒸煮加熱器及複數第二蒸煮加熱器，各該第一蒸煮加熱器連通該第二儲氣缸，各該第二蒸煮加熱器連通該第三儲氣缸；及複數比例閥，各該比例閥安裝於該第三儲氣缸及其中一該第二蒸煮加熱器之間；其中，各該比例閥依據所偵測之其中一該第二蒸煮加熱器內的漿液之一漿液溫度，以控制由該第三儲氣缸中流入其中一該第二蒸煮加熱器中的蒸氣量。To achieve the above object, the present invention provides a continuous cooking machine, including: a gas storage device for communicating with a steam source, the gas storage device includes a first gas storage cylinder, a second gas storage cylinder, and a third gas storage cylinder , The first accumulator is for communicating with the steam source, the second accumulator and the third accumulator are respectively connected with the first accumulator, and the volume of the third accumulator is greater than the volume of the second accumulator; a heating mold A group comprising at least one first cooking heater and a plurality of second cooking heaters, each of the first cooking heaters is connected to the second accumulator, and each of the second cooking heaters is connected to the third accumulator; and plural proportions Valves, each of the proportional valves is installed between the third accumulator and one of the second cooking heaters; wherein, each of the proportional valves is based on the detected slurry in one of the second cooking heaters Temperature to control the amount of steam flowing into one of the second cooking heaters from the third accumulator.

以下僅以實施例說明本發明可能之實施態樣，然並非用以限制本發明所欲保護之範疇，合先敘明。The following examples are only used to illustrate the possible implementation aspects of the present invention, but they are not intended to limit the scope of protection of the present invention, and are described first.

請參考圖1至5，其顯示本發明之一較佳實施例，本發明之連續煮漿機1包括一儲氣裝置10、一加熱模組20及複數比例閥30。Please refer to FIGS. 1 to 5, which show a preferred embodiment of the present invention. The continuous cooking machine 1 of the present invention includes a gas storage device 10, a heating module 20 and a plurality of proportional valves 30.

該儲氣裝置10供連通一蒸氣源，該儲氣裝置10包括一第一儲氣缸11、一第二儲氣缸12及一第三儲氣缸13，該第一儲氣缸11供連通該蒸氣源，該第二儲氣缸12及該第三儲氣缸13分別連通該第一儲氣缸11，該第三儲氣缸13之容積大於該第二儲氣缸12之容積；該加熱模組20包括至少一第一蒸煮加熱器21及複數第二蒸煮加熱器22，各該第一蒸煮加熱器21連通該第二儲氣缸12，各該第二蒸煮加熱器22連通該第三儲氣缸13；各該比例閥30安裝於該第三儲氣缸13及其中一該第二蒸煮加熱器22之間；其中，各該比例閥30依據所偵測之其中一該第二蒸煮加熱器22內的漿液(如豆漿液)之一漿液溫度，以控制由該第三儲氣缸13中流入其中一該第二蒸煮加熱器22中的蒸氣量；據此，該蒸氣源之蒸氣可由該第一儲氣缸11分壓(流)至該第三儲氣缸13及該第二儲氣缸12，以穩定維持該儲氣裝置10內部的壓力，且可精準的提供各該第一蒸煮加熱器21及各該第二蒸煮加熱器22之蒸氣量。具體地說，該第一儲氣缸11分流蒸氣至各該第一蒸煮加熱器21，該第二儲氣缸12要分流蒸氣至該複數第二蒸煮加熱器22(高壓及欲將該漿液加熱至高溫，如75度以上)中與漿液混合，皆可精準的提供蒸氣量以加熱於各該第一蒸煮加熱器21及各該第二蒸煮加熱器22中的漿液至預定高溫。The gas storage device 10 is connected to a steam source. The gas storage device 10 includes a first gas storage cylinder 11, a second gas storage cylinder 12 and a third gas storage cylinder 13, and the first gas storage cylinder 11 is connected to the steam source. The second accumulator 12 and the third accumulator 13 are respectively connected to the first accumulator 11, the volume of the third accumulator 13 is greater than the volume of the second accumulator 12; the heating module 20 includes at least one first accumulator A cooking heater 21 and a plurality of second cooking heaters 22, each of the first cooking heaters 21 is connected to the second accumulator 12, and each of the second cooking heaters 22 is connected to the third accumulator 13; each of the proportional valves 30 Installed between the third storage cylinder 13 and one of the second cooking heaters 22; wherein, each of the proportional valves 30 is based on the detected slurry (such as soybean milk) in one of the second cooking heaters 22 A slurry temperature to control the amount of steam flowing from the third accumulator 13 into one of the second cooking heaters 22; accordingly, the steam from the steam source can be partially pressured (flowed) by the first accumulator 11 To the third accumulator 13 and the second accumulator 12 to stably maintain the internal pressure of the gas storage device 10, and can accurately provide each of the first cooking heater 21 and each of the second cooking heater 22 The amount of steam. Specifically, the first accumulator cylinder 11 splits steam to each of the first cooking heaters 21, and the second accumulator cylinder 12 splits steam to the plurality of second cooking heaters 22 (high pressure and to heat the slurry to a high temperature). , Such as 75 degrees or more) is mixed with the slurry, and the amount of steam can be accurately provided to heat the slurry in each of the first cooking heater 21 and each of the second cooking heater 22 to a predetermined high temperature.

各該比例閥30依據所偵測之其中一該第二蒸煮加熱器22內的漿液之該漿液溫度及一於其中一該第二蒸煮加熱器22內之漿液量，以控制由該第三儲氣缸13中流入其中一該第二蒸煮加熱器22中的蒸氣量，故控制蒸氣的輸出蒸氣量的精準度高。各該第一蒸煮加熱器21設定一加熱於內部的該漿液預定達到之第一加熱溫度，各該第一蒸煮加熱器21之第一加熱溫度小於等於80度，各該第二蒸煮加熱器22設定一加熱於內部的該漿液預定達到之第二加熱溫度，該第二加熱溫定大於等於80度；該複數第二蒸煮加熱器22的數量至少為三，該加熱模組20供該漿液朝一第一方向L1流動依序流入各該第一蒸煮加熱器21及各該第二蒸煮加熱器22，該複數第二蒸煮加熱器22的第二加熱溫度朝該第一方向L1漸高，具體地說，該複數第一蒸煮加熱器21及該複數第二蒸煮加熱器22分別以一漿液輸送管路2相連接，該漿液輸送管路2內供運送由該複數第一蒸煮加熱器21及該複數第二蒸煮加熱器22而流出混合之蒸氣及漿液。該複數第二蒸煮加熱器22的第二加熱溫度依序為90度、100度及105度，該至少一第一蒸煮加熱器21的數量為二，該二第一蒸煮加熱器21的第一加熱溫度朝該第一方向L1漸高，具體地說，該二第一蒸煮加熱器21的第一加熱溫度依序為60度、75度，以精準的提供各該第二蒸煮加熱器22之蒸氣量，便可漸進式地加熱該漿液至預定高溫。Each of the proportional valves 30 is based on the detected slurry temperature of the slurry in one of the second cooking heaters 22 and an amount of slurry in one of the second cooking heaters 22 to control the output from the third storage heater. The amount of steam flowing into one of the second cooking heaters 22 in the cylinder 13, so the accuracy of controlling the output steam amount of the steam is high. Each of the first cooking heaters 21 is set to a first heating temperature that the slurry heated inside is expected to reach, the first heating temperature of each of the first cooking heaters 21 is less than or equal to 80 degrees, and each of the second cooking heaters 22 Set a second heating temperature that the slurry heated inside is expected to reach, the second heating temperature is set to be greater than or equal to 80 degrees; the number of the plurality of second cooking heaters 22 is at least three, and the heating module 20 supplies the slurry to one The first direction L1 flows into each of the first cooking heaters 21 and each of the second cooking heaters 22 in sequence, and the second heating temperature of the plurality of second cooking heaters 22 is gradually higher toward the first direction L1, specifically In other words, the plurality of first cooking heaters 21 and the plurality of second cooking heaters 22 are respectively connected by a slurry conveying pipe 2, and the slurry conveying pipe 2 is provided for transporting by the plurality of first cooking heaters 21 and the A plurality of second cooking heaters 22 flow out the mixed steam and slurry. The second heating temperatures of the plurality of second cooking heaters 22 are 90 degrees, 100 degrees, and 105 degrees in sequence, the number of the at least one first cooking heater 21 is two, and the first of the two first cooking heaters 21 The heating temperature is gradually higher in the first direction L1. Specifically, the first heating temperature of the two first cooking heaters 21 is 60 degrees and 75 degrees in order to accurately provide each of the second cooking heaters 22 With the amount of steam, the slurry can be gradually heated to a predetermined high temperature.

該第一儲氣缸11之容積大於該第二儲氣缸12之容積及該第三儲氣缸13之容積，該第一儲氣缸11可儲存較大量的蒸氣並分壓至該第二儲氣缸12及該第三儲氣缸13中以維持內部的壓力平衡。The volume of the first accumulator 11 is greater than the volume of the second accumulator 12 and the volume of the third accumulator 13. The first accumulator 11 can store a larger amount of vapor and divide the pressure to the second accumulator 12 and The third accumulator 13 maintains internal pressure balance.

該第一儲氣缸11設置的高度低於該第二儲氣缸12及該第三儲氣缸13分別所設置的高度，該第一儲氣缸11內的蒸氣利於分壓流至該第二儲氣缸12及該第三儲氣缸13內。The height of the first accumulator 11 is lower than the height of the second accumulator 12 and the third accumulator 13, and the vapor in the first accumulator 11 facilitates partial pressure flow to the second accumulator 12 And the third accumulator 13.

各該第二蒸煮加熱器22相對二側具有一頂端部23及一底端部24，於本實施例中各該第一、二蒸煮加熱器21、22係直立設置，該第三儲氣缸13所排出之蒸氣係由各該第二蒸煮加熱器22之頂端部23朝該底端部24往下流入，以精準地控制流入各該第二蒸煮加熱器22之蒸氣量。Each of the second cooking heaters 22 has a top end 23 and a bottom end 24 on opposite sides. In this embodiment, each of the first and second cooking heaters 21 and 22 are arranged upright, and the third accumulator 13 The discharged steam flows from the top end 23 of each second cooking heater 22 downward toward the bottom end 24 to precisely control the amount of steam flowing into each second cooking heater 22.

該儲氣裝置10另包括一第一輸氣管路14、一第二輸氣管路15及複數導氣管路16，該第一輸氣管路14連通於該第一儲氣缸11及該第二儲氣缸12之間，該第二輸氣管路15連通於該第一儲氣缸11及該第三儲氣缸13之間，各該導氣管路16連通於其中一該第二蒸煮加熱器22及該第三儲氣缸13之間，各該導氣管路16之管徑小於該第二輸氣管路15的管徑；該第一儲氣缸11、該第二儲氣缸12及該第三儲氣缸13分別為一分汽缸，該第三儲氣缸13之徑向上設有複數間隔設置之組接部131；各該導氣管路16呈U字形，包括一前管段161、一中管段162及一後管段163，該中管段162連接於該前管段161及該後管段163之間，該前管段161一端連接於其中一該組接部131，該後管段163一端連接於其中一該第二蒸煮加熱器22，該前管段161由該第一儲氣缸11往上延伸，該後管段163由其中一該第二儲氣缸12往上延伸，如此該第一儲氣缸11可快速分壓予該第二、三儲氣缸12、13並同時達到精準給予各該第一蒸煮加熱器21及第二蒸煮加熱器22適當的蒸氣量。The gas storage device 10 further includes a first gas transmission pipe 14, a second gas transmission pipe 15, and a plurality of gas guide pipes 16, and the first gas transmission pipe 14 is connected to the first gas storage cylinder 11 and the second gas storage cylinder 12, the second gas pipeline 15 is connected between the first accumulator 11 and the third accumulator 13, and each of the air guide lines 16 is connected to one of the second cooking heater 22 and the third Between the accumulators 13, the pipe diameter of each of the air guide pipes 16 is smaller than the pipe diameter of the second gas pipeline 15; the first accumulator 11, the second accumulator 12, and the third accumulator 13 are one For the cylinders, the third accumulator 13 is provided with a plurality of connecting portions 131 arranged at intervals in the radial direction; each of the air guide pipes 16 is U-shaped and includes a front pipe section 161, a middle pipe section 162 and a rear pipe section 163. The middle pipe section 162 is connected between the front pipe section 161 and the rear pipe section 163. One end of the front pipe section 161 is connected to one of the connecting portions 131, and one end of the rear pipe section 163 is connected to one of the second cooking heaters 22. The front pipe section 161 extends upwards from the first accumulator 11, and the rear pipe section 163 extends upwards from one of the second accumulators 12, so that the first accumulator 11 can quickly divide the pressure to the second and third accumulators 12, 13 and at the same time, it is possible to accurately give each of the first cooking heater 21 and the second cooking heater 22 an appropriate amount of steam.

該連續煮漿機1另包括一進氣模組40，該進氣模組40包括第一進氣管路41、一第一進氣控制閥42、一第二進氣管路43及一第二進氣控制閥44，該第一進氣管路41供連通於該蒸氣源及該第一儲氣缸11之間，該第一進氣控制閥42設於該第一進氣管路41，該第二進氣管路43之二端分別連通於該第一進氣管路41，該第二進氣管路43之二端分別跨接於該第一進氣控制閥42的相對二側，該第二進氣控制閥44設於該第二進氣管路43；該第一進氣控制閥42可開啟及關閉以供控制由該蒸氣源經該第一進氣管路41流入該第一儲氣缸11中的蒸氣量，該第二進氣控制閥44可開啟及關閉以供控制由該蒸氣源之蒸氣經該第二進氣管路43流入至該第一進氣管路41，而當該第一進氣控制閥42損壞時，該蒸氣源提供之蒸氣可由該第二進氣管路43流入該第一儲氣缸11中；於其他狀況亦可切換該蒸氣源由該第一進氣管路41或該第二進氣管路43流入該第一儲氣缸11中。The continuous cooking machine 1 further includes an air intake module 40. The air intake module 40 includes a first air intake pipe 41, a first air intake control valve 42, a second air intake pipe 43, and a first air intake pipe. Two intake control valves 44, the first intake pipe 41 is connected between the steam source and the first accumulator 11, and the first intake control valve 42 is provided in the first intake pipe 41, Two ends of the second intake pipe 43 are respectively connected to the first intake pipe 41, and the two ends of the second intake pipe 43 are respectively connected across two opposite sides of the first intake control valve 42 , The second intake control valve 44 is provided in the second intake pipe 43; the first intake control valve 42 can be opened and closed for controlling the flow of steam from the steam source through the first intake pipe 41 into the The amount of steam in the first accumulator 11, the second intake control valve 44 can be opened and closed for controlling the flow of steam from the steam source through the second intake line 43 to the first intake line 41 , And when the first intake control valve 42 is damaged, the steam provided by the steam source can flow into the first accumulator 11 through the second intake pipe 43; in other situations, the steam source can also be switched from the first accumulator. An intake pipe 41 or the second intake pipe 43 flows into the first accumulator 11.

該進氣模組40的設置高度高於該儲氣裝置10的設置高度，利於控制該蒸氣源所提供之該蒸氣的流量。The installation height of the intake module 40 is higher than the installation height of the gas storage device 10, which is beneficial to control the flow rate of the steam provided by the steam source.

該連續煮漿機1另包括一蒸氣水出口50，該蒸氣水出口50供連通該第一儲氣缸11及一外界，得以排出於該第一儲氣缸11中的蒸氣水。The continuous cooking machine 1 further includes a steam water outlet 50 for communicating the first accumulator cylinder 11 with an outside, so that the steam water in the first accumulator cylinder 11 can be discharged.

該連續煮漿機1另包括一壓力反沖部3，該壓力反沖部3與該漿液輸送管路2相互連通，於本實施例中，該壓力反沖部3呈桶狀設於該漿液輸送管路2之一末端及一排漿部(例如漿液儲存桶)之間，以減緩高溫漿液於該漿液輸送管路2中的衝擊壓力。The continuous cooking machine 1 further includes a pressure recoil part 3, the pressure recoil part 3 and the slurry conveying pipeline 2 are communicated with each other. In this embodiment, the pressure recoil part 3 is provided in the shape of a barrel on the slurry. Between one end of the conveying pipeline 2 and a slurry discharge part (such as a slurry storage barrel) to reduce the impact pressure of the high-temperature slurry in the slurry conveying pipeline 2.

該連續煮漿機1另包括一壓力控制閥4，該壓力控制閥4設於該漿液輸送管路2，以控制及調節於該漿液輸送管路2中的高溫蒸氣及漿液的於該漿液輸送管路2中的壓力，以維持於穩定的壓力。The continuous cooking machine 1 further includes a pressure control valve 4, which is arranged in the slurry conveying pipeline 2 to control and adjust the high-temperature steam and the slurry in the slurry conveying pipeline 2 in the slurry conveying The pressure in the pipeline 2 is maintained at a stable pressure.

該連續煮漿機1另包括一清潔排出管路5，該清潔排出管路5連通各該第一蒸煮加熱器21與各該第二蒸煮加熱器22及一外界，如此以清潔液(如水但不限於此)通入各該第一蒸煮加熱器21及各該第二蒸煮加熱器22以進行清洗作業，該清潔液可經由該清潔排出管路5排出於外。The continuous cooking machine 1 further includes a clean discharge pipe 5, which connects each of the first cooking heaters 21 and each of the second cooking heaters 22 and an outside, so that cleaning liquid (such as water but Not limited to this) Each of the first cooking heaters 21 and each of the second cooking heaters 22 is passed through to perform a cleaning operation, and the cleaning liquid can be discharged to the outside through the cleaning discharge pipe 5.

綜上，本發明之連續煮漿機以該儲氣裝置以維持內部的蒸氣壓力且各該比例閥讓於蒸氣分流至多個蒸煮加熱器(該複數第二蒸煮加熱器)的狀態下能精準地提供蒸氣量。In summary, the continuous cooking machine of the present invention uses the gas storage device to maintain the internal steam pressure and each proportional valve allows the steam to be diverted to a plurality of cooking heaters (the plurality of second cooking heaters) to accurately Provides the amount of steam.

1:連續煮漿機 2:漿液輸送管路 3:壓力反沖部 4:壓力控制閥 5:清潔排出管路 10:儲氣裝置 11:第一儲氣缸 12:第二儲氣缸 13:第三儲氣缸 131:組接部 14:第一輸氣管路 15:第二輸氣管路 16:導氣管路 161:前管段 162:中管段 163:後管段 20:加熱模組 21:第一蒸煮加熱器 22:第二蒸煮加熱器 23:頂端部 24:底端部 30:比例閥 40:進氣模組 41:第一進氣管路 42:第一進氣控制閥 43:第二進氣管路 44:第二進氣控制閥 50:蒸氣水出口 L1:第一方向1: Continuous cooking machine 2: Slurry delivery pipeline 3: Pressure recoil department 4: Pressure control valve 5: Clean the discharge line 10: Gas storage device 11: The first accumulator 12: Second accumulator 13: The third accumulator 131: Assembly Department 14: The first gas pipeline 15: The second gas pipeline 16: air duct 161: front pipe section 162: Middle Pipe Section 163: rear pipe section 20: Heating module 21: The first cooking heater 22: The second cooking heater 23: Top part 24: bottom end 30: Proportional valve 40: intake module 41: The first intake line 42: The first intake control valve 43: The second intake line 44: The second intake control valve 50: Steam water outlet L1: first direction

圖1為本發明一較佳實施例之立體圖。圖2為本發明一較佳實施例之前視圖。圖3為本發明一較佳實施例之一局部立體圖。圖4為本發明一較佳實施例之另一局部立體圖。圖5為本發明一較佳實施例之俯視圖。 Figure 1 is a perspective view of a preferred embodiment of the present invention. Figure 2 is a front view of a preferred embodiment of the present invention. Figure 3 is a partial perspective view of a preferred embodiment of the present invention. Figure 4 is another partial perspective view of a preferred embodiment of the present invention. Figure 5 is a top view of a preferred embodiment of the present invention.

1:連續煮漿機 1: Continuous cooking machine

2:漿液輸送管路 2: Slurry delivery pipeline

5:清潔排出管路 5: Clean the discharge line

10:儲氣裝置 10: Gas storage device

11:第一儲氣缸 11: The first accumulator

12:第二儲氣缸 12: Second accumulator

13:第三儲氣缸 13: The third accumulator

20:加熱模組 20: Heating module

21:第一蒸煮加熱器 21: The first cooking heater

22:第二蒸煮加熱器 22: The second cooking heater

30:比例閥 30: Proportional valve

40:進氣模組 40: intake module

Claims

A continuous cooking machine, including: A gas storage device for communicating with a steam source, including a first gas storage cylinder, a second gas storage cylinder and a third gas storage cylinder, the first gas storage cylinder being connected to the steam source, the second gas storage cylinder and the third gas storage cylinder The accumulators respectively communicate with the first accumulator, and the volume of the third accumulator is greater than the volume of the second accumulator; A heating module, including at least one first cooking heater and a plurality of second cooking heaters, each of the first cooking heaters is connected to the second accumulator, and each of the second cooking heaters is connected to the third accumulator; and A plurality of proportional valves, each of the proportional valves is installed between the third accumulator and one of the second cooking heaters; Wherein, each of the proportional valves controls the amount of steam flowing into one of the second cooking heaters from the third accumulator according to a detected slurry temperature of one of the second cooking heaters.

The continuous cooking machine according to claim 1, wherein each of the proportional valves is based on the detected slurry temperature of the slurry in one of the second cooking heaters and a temperature in one of the second cooking heaters The amount of slurry is used to control the amount of steam flowing into one of the second cooking heaters from the third accumulator.

The continuous cooking machine according to claim 1, wherein each of the first cooking heaters is set to a first heating temperature that the slurry heated inside is expected to reach, and the first heating temperature of each of the first cooking heaters is less than or equal to 80 degrees, each of the second cooking heaters is set to a second heating temperature that the slurry heated inside is expected to reach, and the second heating temperature is set to be greater than or equal to 80 degrees; the number of the plurality of second cooking heaters is at least three, The heating module allows the slurry to flow in a first direction and sequentially flow into each of the first cooking heaters and each of the second cooking heaters, and the second heating temperature of the plurality of second cooking heaters is gradually higher toward the first direction .

The continuous cooking machine according to claim 1, wherein the volume of the first accumulator is greater than the volume of the second accumulator and the volume of the third accumulator.

The continuous pulp cooking machine according to claim 1, wherein the height of the first accumulator is lower than the height of the second accumulator and the third accumulator.

The continuous pulp cooking machine according to claim 1, wherein the gas storage device further includes a first gas transmission pipeline, a second gas transmission pipeline, and a plurality of gas guide pipelines, and the first gas transmission pipeline is connected to the first storage Between the cylinder and the second accumulator, the second gas pipeline is connected between the first accumulator and the third accumulator, and each of the air guide pipelines is connected with one of the second cooking heater and the first Between the three storage cylinders, the pipe diameter of each of the air guide pipes is smaller than the pipe diameter of the second gas transmission pipe.

The continuous cooking machine according to claim 1, wherein each of the second cooking heaters has a top end and a bottom end on opposite sides, and the steam discharged from the third accumulator is heated by each of the second cooking heaters The top end of the vessel flows downward toward the bottom end.

The continuous pulp cooking machine according to claim 1, further comprising an air intake module, the air intake module including a first air intake pipe, a first air intake control valve, and a second air intake pipe And a second intake control valve, the first intake pipe is connected between the steam source and the first accumulator, the first intake control valve is arranged in the first intake pipe, the first Two ends of the two intake pipes are respectively connected to the first intake pipe, and the two ends of the second intake pipe are respectively connected across two opposite sides of the first intake control valve. The second intake The control valve is arranged in the second air inlet pipe.

The continuous pulp cooking machine according to claim 8, wherein the installation height of the air intake module is higher than the installation height of the air storage device.

The continuous cooking machine according to claim 9, wherein each of the proportional valves is based on the detected slurry temperature of the slurry in one of the second cooking heaters and a temperature in one of the second cooking heaters The amount of slurry to control the amount of steam flowing into one of the second cooking heaters from the third accumulator; each of the first cooking heaters sets a first heating temperature that the slurry that is heated inside is scheduled to reach, each The first heating temperature of the first cooking heater is less than or equal to 80 degrees, and each of the second cooking heaters is set to a second heating temperature that the slurry heated inside is scheduled to reach, and the second heating temperature is set to be greater than or equal to 80 degrees; The number of the plurality of second cooking heaters is at least three, and the heating module allows the slurry to flow in a first direction and sequentially flow into each of the first cooking heaters and each of the second cooking heaters, and the plurality of second cooking heaters are heated The heating temperature of the device toward the first direction is gradually higher; the volume of the first accumulator is greater than the volume of the second accumulator and the volume of the third accumulator; the height of the first accumulator is lower than that of the second accumulator The height of the gas storage cylinder and the third gas storage cylinder respectively; the gas storage device further includes a first gas transmission pipeline, a second gas transmission pipeline and a plurality of gas guide pipelines, and the first gas transmission pipeline is connected to the first gas transmission pipeline. Between the accumulator and the second accumulator, the second gas pipeline is connected between the first accumulator and the third accumulator, and each of the gas pipelines is connected with one of the second cooking heaters and the Between the third accumulators, the pipe diameter of each of the air guide pipes is smaller than the pipe diameter of the second gas transmission line; the first accumulator, the second accumulator, and the third accumulator are each a sub-cylinder, the The third gas accumulator is provided with a plurality of connecting parts arranged at intervals in the radial direction; each of the air guide pipes is U-shaped, including a front pipe section, a middle pipe section and a rear pipe section. The middle pipe section is connected to the front pipe section and the rear pipe section. Between the pipe sections, one end of the front pipe section is connected to one of the connecting parts, one end of the rear pipe section is connected to one of the second cooking heaters, the front pipe section extends upward from the first accumulator, and the rear pipe section extends from it. A second storage cylinder extends upward; each of the second cooking heaters has a top end and a bottom end on opposite sides, and the steam discharged from the third storage cylinder is from the top of each second cooking heater The portion flows downward toward the bottom end; the continuous boiling machine further includes a steam water outlet for communicating with the first storage cylinder and an outside; the continuous boiling machine further includes a slurry conveying pipeline, The plurality of first cooking heaters and the plurality of second cooking heaters are respectively connected by the slurry conveying pipeline; the continuous cooking machine further includes a pressure backwashing part, the pressure backwashing part and the slurry conveying pipeline are mutually connected Connected; the continuous cooking machine further includes a pressure control valve, the pressure control valve is arranged in the slurry delivery pipeline; the continuous cooking machine further includes a clean discharge pipeline, the clean discharge pipeline is connected to each of the first cooking The heater and each of the second cooking heaters and an outside.