CN107287100A - A kind of slurries and heteroproteose cell separator - Google Patents

A kind of slurries and heteroproteose cell separator Download PDF

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CN107287100A
CN107287100A CN201710578787.3A CN201710578787A CN107287100A CN 107287100 A CN107287100 A CN 107287100A CN 201710578787 A CN201710578787 A CN 201710578787A CN 107287100 A CN107287100 A CN 107287100A
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张立龙
陈克利
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Kunming University of Science and Technology
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    • C12M—APPARATUS FOR ENZYMOLOGY OR MICROBIOLOGY; APPARATUS FOR CULTURING MICROORGANISMS FOR PRODUCING BIOMASS, FOR GROWING CELLS OR FOR OBTAINING FERMENTATION OR METABOLIC PRODUCTS, i.e. BIOREACTORS OR FERMENTERS
    • C12M47/00—Means for after-treatment of the produced biomass or of the fermentation or metabolic products, e.g. storage of biomass
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Abstract

本发明公开了一种浆液与杂细胞分离装置，其包括外桶、分离内胆Ⅰ、分离内胆Ⅱ、活动内胆Ⅰ、活动内胆Ⅱ、位置传感器Ⅰ、位置传感器Ⅱ、位置传感器Ⅲ、皮带轮Ⅰ、皮带轮Ⅱ、皮带、浆液搅拌器、底座、发动机；其中底座包括底座端面、固定底座Ⅰ、固定底座Ⅱ、活动底座Ⅰ、活动底座Ⅱ、电机Ⅰ、电机Ⅱ；本发明解决了杂细胞分离过程中分离效率低和杂细胞分离不彻底等问题，本装置结构简单，易操作，适于工业化生产和市场推广应用。

The invention discloses a device for separating serous fluid and miscellaneous cells, which includes an outer barrel, a separation liner I, a separation liner II, a movable liner I, a moveable liner II, a position sensor I, a position sensor II, a position sensor III, Pulley Ⅰ, pulley Ⅱ, belt, slurry mixer, base, engine; wherein the base includes the end face of the base, fixed base Ⅰ, fixed base Ⅱ, movable base Ⅰ, movable base Ⅱ, motor Ⅰ, motor Ⅱ; the invention solves the problem of miscellaneous cells In the separation process, there are problems such as low separation efficiency and incomplete separation of miscellaneous cells. The device has a simple structure and is easy to operate, and is suitable for industrial production and market promotion and application.

Description

一种浆液与杂细胞分离装置A device for separating slurry and miscellaneous cells

技术领域technical field

本发明涉及一种浆液与杂细胞分离装置，属于精密设备技术领域。The invention relates to a slurry and miscellaneous cell separation device, which belongs to the technical field of precision equipment.

背景技术Background technique

浆料搅拌装置是一种浆料的处理设备，在造纸业和有机薄膜的制造行业应用非常广泛，目前的浆料搅拌装置只是把粗浆料搅拌之后能得到粗细混合的浆液，将浆料进一步细化，常用于造纸、保湿材料以及各种生物制剂的载体，应用范围比较狭窄，而将粗细混合的浆液再进一步细化能得到杂细胞，即植物细胞壁纤维，而目前想要得到杂细胞还需要人工手动揉搓来分离，这样能得到杂细胞的效率很低、分离不彻底，而且周期长，生产成本高且污染物负荷大。The slurry stirring device is a kind of slurry processing equipment, which is widely used in the papermaking industry and the organic film manufacturing industry. The current slurry stirring device only stirs the coarse slurry to obtain a thick and fine mixed slurry, and the slurry is further processed. Thinning, commonly used in papermaking, moisturizing materials, and carriers of various biological agents, has a relatively narrow application range, and further thinning the mixed slurry can obtain miscellaneous cells, that is, plant cell wall fibers, but at present, it is still necessary to obtain miscellaneous cells It needs to be separated by manual rubbing, so the efficiency of obtaining miscellaneous cells is very low, the separation is not complete, and the cycle is long, the production cost is high and the pollutant load is large.

发明内容Contents of the invention

本发明提供了一种浆液与杂细胞分离装置，本发明实现了多级分离，解决了杂细胞分离过程中分离效率低和粗细杂细胞分离不彻底等问题。The invention provides a device for separating serous fluid and miscellaneous cells. The invention realizes multi-stage separation and solves the problems of low separation efficiency and incomplete separation of coarse and fine miscellaneous cells during the separation of miscellaneous cells.

本发明通过以下技术方案实现本发明目的：The present invention realizes the object of the invention through the following technical solutions:

本浆液与杂细胞分离装置包括外桶、分离内胆Ⅰ、分离内胆Ⅱ、活动内胆Ⅰ、活动内胆Ⅱ、位置传感器Ⅰ、位置传感器Ⅱ、位置传感器Ⅲ、皮带轮Ⅰ、皮带轮Ⅱ、皮带、浆液搅拌器、底座、发动机；其中底座包括底座端面、固定底座Ⅰ、固定底座Ⅱ、活动底座Ⅰ、活动底座Ⅱ、电机Ⅰ、电机Ⅱ；The slurry and miscellaneous cell separation device includes an outer barrel, a separation liner Ⅰ, a separation liner Ⅱ, a movable liner Ⅰ, a movable liner Ⅱ, a position sensor Ⅰ, a position sensor Ⅱ, a position sensor Ⅲ, a pulley Ⅰ, a pulley Ⅱ, a belt , slurry mixer, base, engine; the base includes base end face, fixed base Ⅰ, fixed base Ⅱ, movable base Ⅰ, movable base Ⅱ, motor Ⅰ, motor Ⅱ;

其中外桶固定在底座端面上，固定底座Ⅰ设置在活动底座Ⅰ上，固定底座Ⅱ设置在活动底座Ⅱ上，分离内胆Ⅰ、分离内胆Ⅱ分别固定在固定底座Ⅰ、固定底座Ⅱ上，活动内胆Ⅰ固定在活动底座Ⅰ上并位于分离内胆Ⅰ外侧，活动内胆Ⅱ固定在活动底座Ⅱ上并位于分离内胆Ⅱ外侧，底座端面与活动底座Ⅱ间设置有电机Ⅰ，电机Ⅰ输出轴与活动底座Ⅱ固连，并带活动底座Ⅱ转动；固定底座Ⅱ上设置有电机Ⅱ，电机Ⅱ输出轴与活动底座Ⅰ固连，并带动活动底座Ⅰ转动；外桶为上端开有进料口的圆桶，进料口位于分离内胆Ⅰ上方，分离内胆Ⅰ和分离内胆Ⅱ的顶端固定在外桶内侧顶端；活动内胆Ⅰ、活动内胆Ⅱ顶端与外桶顶端内侧分离；The outer barrel is fixed on the end surface of the base, the fixed base I is set on the movable base I, the fixed base II is set on the movable base II, the separated inner tank I and the separated inner tank II are respectively fixed on the fixed base I and the fixed base II, The movable liner Ⅰ is fixed on the movable base Ⅰ and is located outside the separation liner Ⅰ. The movable liner Ⅱ is fixed on the movable base Ⅱ and is located outside the separation liner Ⅱ. There is a motor Ⅰ and a motor Ⅰ between the end surface of the base and the movable base Ⅱ. The output shaft is fixedly connected with the movable base II and rotates with the movable base II; the fixed base II is provided with a motor II, and the output shaft of the motor II is fixedly connected with the movable base I and drives the movable base I to rotate; For the drum at the feed port, the feed port is located above the separation liner I, and the tops of the separation liner I and separation liner II are fixed on the inner top of the outer barrel; the tops of the movable inner liner I and the movable inner liner II are separated from the inner top of the outer barrel;

浆液搅拌器设置在外桶顶端且一端位于分离内胆Ⅰ内，浆液搅拌器另一端上固定有皮带轮Ⅰ，皮带轮Ⅱ通过肋板固定在外桶上，皮带轮Ⅰ和皮带轮Ⅱ通过皮带连接，皮带轮Ⅱ与发动机输出端连接并由其带动转动；外桶、分离内胆Ⅰ、分离内胆Ⅱ底部出液口与排液管道连接，位置传感器Ⅰ、位置传感器Ⅱ、位置传感器Ⅲ分别设置在外桶、分离内胆Ⅰ、分离内胆Ⅱ内，分离内胆Ⅰ和活动内胆Ⅰ的壁上带有孔，分离内胆Ⅰ的孔和活动内胆Ⅰ的孔相配合，完成分离内胆Ⅰ的封闭和与分离内胆Ⅱ的连通；分离内胆Ⅱ和活动内胆Ⅱ的壁上带有孔，活动内胆Ⅱ的孔与分离内胆Ⅱ的孔相配合，完成分离内胆Ⅱ的封闭和与外桶的连通。The slurry agitator is set on the top of the outer barrel and one end is located in the separation liner Ⅰ. The other end of the slurry agitator is fixed with a pulley Ⅰ. The pulley Ⅱ is fixed on the outer barrel through a rib. The pulley Ⅰ and the pulley Ⅱ are connected by a belt. The pulley Ⅱ is connected to the engine. The output end is connected and driven by it to rotate; the liquid outlet at the bottom of the outer barrel, separation inner tank I, and separation inner tank II is connected to the drain pipe, and the position sensor I, position sensor II, and position sensor III are respectively arranged in the outer barrel, the separation inner tank Ⅰ. In the separation liner II, there are holes on the wall of the separation liner I and the movable liner I. The holes of the separation liner I and the holes of the movable liner I cooperate to complete the sealing and separation of the separation liner I. The connection of the inner tank II; there are holes on the walls of the separated inner tank II and the movable inner tank II, and the holes of the movable inner tank II cooperate with the holes of the separated inner tank II to complete the sealing of the separated inner tank II and the connection with the outer barrel connected.

所述分离内胆Ⅰ上孔数为16-78个/m2，分离内胆Ⅱ孔数为78-233/m2；分离内胆Ⅰ和活动内胆Ⅰ结构相同，分离内胆Ⅱ和活动内胆Ⅱ结构相同；分离内胆Ⅰ上的的孔要比分离内胆Ⅱ上的大，以便于筛分浆料，留在分离内胆Ⅰ里边的是粗浆液，从分离内胆Ⅰ流到分离内胆Ⅱ内的是细浆液，从分离内胆Ⅱ流到外桶里边的是杂细胞。The number of holes in the separation liner I is 16-78/m 2 , and the number of holes in the separation liner II is 78-233/m 2 ; the structure of the separation liner I and the movable liner I is the same, and the separation liner II and the movable liner The structure of the liner II is the same; the hole on the separation liner I is larger than that on the separation liner II, in order to sieve the slurry, and the coarse slurry left in the separation liner I flows from the separation liner I to What is in the separation liner II is fine slurry, and what flows from the separation liner II into the outer barrel is miscellaneous cells.

所述浆液搅拌器设置在偏离分离内胆Ⅰ中轴5-11cm处；该设置能够让浆液搅拌器处于离心搅拌，能够使得浆料搅拌更加充分。The slurry agitator is set at a position 5-11 cm away from the central axis of the separation liner I; this setting can make the slurry agitator in centrifugal stirring, which can make the slurry agitating more fully.

所述分离内胆Ⅰ固定在固定底座Ⅰ的底座卡槽IV内，分离内胆Ⅱ固定在固定底座Ⅱ的底座卡槽Ⅱ内，活动内胆Ⅰ固定在活动底座Ⅰ的底座卡槽Ⅲ内，活动内胆Ⅱ固定在活动底座Ⅱ的底座卡槽Ⅰ内。The separation liner I is fixed in the base slot IV of the fixed base I, the separation liner II is fixed in the base slot II of the fixed base II, and the movable liner I is fixed in the base slot III of the movable base I. The movable liner II is fixed in the base slot I of the movable base II.

本发明装置可根据分离等级需要设置2个以上分离内胆和活动内胆，以达到更多等级的分离，使得分离更加彻底。The device of the present invention can be provided with more than two separation inner tanks and movable inner tanks according to the separation level, so as to achieve more levels of separation and make the separation more thorough.

本发明装置还包括控制器，控制器分别与位置传感器Ⅰ、位置传感器Ⅱ、位置传感器Ⅲ连接，控制器分别与电机Ⅰ、电机Ⅱ连接，控制器与各排液管道上的阀门连接，按常规方法控制开关。The device of the present invention also includes a controller, the controller is respectively connected with the position sensor I, the position sensor II, and the position sensor III, the controller is respectively connected with the motor I and the motor II, and the controller is connected with the valves on each liquid discharge pipeline, according to the conventional method controls the switch.

本装置使用时，将待分离浆液从进料口加入到分离内胆Ⅰ中，进料口浆液持续进料；分离内胆Ⅰ和活动内胆Ⅰ上带有孔数目一致，此时分离内胆Ⅰ的孔和活动内胆Ⅰ的孔交错分开将分离内胆Ⅰ的封闭，当位置传感器Ⅲ感应到注入浆液体积达到分离内胆Ⅰ体积的2/3时，电机Ⅱ启动，带动活动底座Ⅰ转动，同时带动活动内胆Ⅰ转动至其壁上的孔与分离内胆Ⅰ上的孔连通；浆液通过分离内胆Ⅰ和活动内胆Ⅰ进入到分离内胆Ⅱ内，此时分离内胆Ⅱ的孔和活动内胆Ⅱ的孔交错分开将分离内胆Ⅱ的封闭，当位置传感器Ⅱ感应到注入浆液体积达到分离内胆Ⅱ体积的2/3时，电机Ⅰ启动，带动活动底座Ⅱ转动，同时带动活动内胆Ⅱ转动至其壁上的孔与分离内胆Ⅱ上的孔连通，浆液通过分离内胆Ⅰ和活动内胆Ⅰ进入到外桶内；当位置传感器Ⅰ感应到注入浆液体积达到外桶体积的4/5时，外桶底部出液口打开，通过排液管道收集杂细胞液体；当位置传感器Ⅲ、位置传感器Ⅱ分别感应到分离内胆Ⅰ、分离内胆Ⅱ液位达到4/5时，其底部出液口打开，通过排液管道分别收集粗浆液、细浆液；当分离内胆内液体体积未达到2/3时，电机启动带动活动底座转动至分离内胆与活动内胆上的孔交错分开，封闭分离内胆；当本装置设置有控制器时，控制器控制电机和阀门的运转和开启。When the device is in use, the slurry to be separated is added to the separation liner I from the feed port, and the slurry at the feed port is continuously fed; the number of holes on the separation liner I and the movable liner I are the same, and the separation liner is now The holes of I and the holes of the movable inner tank I are staggered and separated to close the separation inner tank I. When the position sensor III senses that the volume of the injected slurry reaches 2/3 of the volume of the separation inner tank I, the motor II starts and drives the movable base I to rotate At the same time, it drives the movable liner Ⅰ to rotate until the hole on its wall communicates with the hole on the separation liner Ⅰ; the slurry enters the separation liner Ⅱ through the separation liner Ⅰ and the movement liner Ⅰ, and at this time, the separation liner Ⅱ The holes and the holes of the movable liner II are staggered and separated to close the separation liner II. When the position sensor II senses that the injected slurry volume reaches 2/3 of the volume of the separation liner II, the motor I starts, driving the movable base II to rotate, and at the same time Drive the movable inner tank II to rotate until the hole on its wall communicates with the hole on the separation inner tank II, and the slurry enters the outer barrel through the separation inner tank I and the movable inner tank I; when the position sensor I senses that the injected slurry volume reaches the outer barrel When the volume of the barrel is 4/5, the liquid outlet at the bottom of the outer barrel is opened, and the miscellaneous cell liquid is collected through the drain pipe; when the position sensor III and the position sensor II respectively sense the liquid level of the separation liner I and separation liner II to reach 4/5 At 5 o'clock, the liquid outlet at the bottom is opened, and the coarse slurry and fine slurry are collected respectively through the liquid discharge pipe; when the liquid volume in the separation liner does not reach 2/3, the motor starts to drive the movable base to rotate to the separation liner and the movable liner The holes on the top are staggered and separated, and the inner tank is closed and separated; when the device is equipped with a controller, the controller controls the operation and opening of the motor and the valve.

本发明装置粗细等级分别为：粗浆液-细浆液-杂细胞；活动内胆的位移能够使得分离内胆压力减小，由于压力差，浆液从分离内胆和活动内胆孔流出更迅速，提高了不同粗细的浆液分离的效率并且分离更加彻底；可将分离内胆Ⅰ流出的粗浆液、分离内胆Ⅱ流出的细浆液再次从进料口导入分离内胆Ⅰ中进行再次分离；提高不同粗细的浆液以及杂细胞分离的效率。The thickness grades of the device of the present invention are respectively: coarse serous liquid-fine serous liquid-miscellaneous cells; the displacement of the movable inner tank can reduce the pressure of the separated inner tank, and due to the pressure difference, the serous fluid flows out from the separated inner tank and the movable inner tank hole more rapidly, improving The efficiency of slurry separation of different thicknesses is improved and the separation is more thorough; the coarse slurry flowing out of the separation liner I and the fine slurry flowing out of the separation liner II can be introduced into the separation liner I from the feed port for re-separation; The efficiency of slurry and miscellaneous cell separation.

本发明的有益效果是：The beneficial effects of the present invention are:

1、分离内胆和活动内胆上有孔，可根据分离的等级需求更换不同目数的分离内胆和活动内胆，可以达到多级分离，使得分离更加彻底；1. There are holes in the separation liner and the movable liner, which can be replaced with different meshes of separation liner and movable liner according to the level of separation, which can achieve multi-level separation and make the separation more thorough;

2、浆液搅拌器离心放置，使得破碎更均匀，浆液搅动更充分；2. The slurry agitator is placed centrifugally to make the crushing more uniform and the slurry agitated more fully;

3、分离内胆的底部接有排液管道，可以将分离的杂细胞通过排液管道排出，可达到多级分离的效果，并且便于清洗杂细胞分离机；3. The bottom of the separation liner is connected with a drainage pipe, which can discharge the separated miscellaneous cells through the drainage pipe, which can achieve the effect of multi-stage separation, and is convenient for cleaning the miscellaneous cell separator;

4、本发明装置结构简单，易操作，适于工业化生产和市场推广应用。4. The device of the present invention has a simple structure, is easy to operate, and is suitable for industrial production and market promotion and application.

附图说明Description of drawings

图1为本发明装置结构示意图；Fig. 1 is the schematic diagram of device structure of the present invention;

图2为本发明装置底座结构示意图；Fig. 2 is a schematic structural view of the device base of the present invention;

图3为本发明装置部分结构俯视示意图；Fig. 3 is a schematic top view of a part of the structure of the device of the present invention;

图4为本发明分离内胆和活动内胆上孔交错分开示意图；Figure 4 is a schematic diagram of the staggered separation of the upper holes of the separation liner and the movable liner of the present invention;

图5为本发明分离内胆和活动内胆上孔连通示意图；Fig. 5 is a schematic diagram of the connection between the upper hole of the separation liner and the movable liner of the present invention;

图中：1-外桶；2-排液管道；3-分离内胆Ⅰ；4-分离内胆Ⅱ；5-活动内胆Ⅰ；6-活动内胆Ⅱ；7-控制器；8-位置传感器Ⅰ；9-位置传感器Ⅱ；10-位置传感器Ⅲ；11-进料口；12-皮带轮Ⅰ；13-皮带轮Ⅱ；14-皮带；15-肋板；16-浆液搅拌器；17-底座；18-发动机；19-固定底座Ⅰ；20-固定底座Ⅱ；21-底座端面；22-活动底座Ⅰ；23-活动底座Ⅱ；24-电机I；25-电机II；26-底座卡槽I；27-底座卡槽Ⅱ；28-底座卡槽Ⅲ；29-底座卡槽IV；30孔。In the figure: 1-outer barrel; 2-drainage pipe; 3-separation liner Ⅰ; 4-separation liner Ⅱ; 5-moveable liner Ⅰ; 6-mobility liner Ⅱ; 7-controller; 8-position Sensor Ⅰ; 9-position sensor Ⅱ; 10-position sensor Ⅲ; 11-feed inlet; 12-pulley Ⅰ; 13-pulley Ⅱ; 14-belt; 15-rib; 16-slurry mixer; 17-base; 18-engine; 19-fixed base Ⅰ; 20-fixed base Ⅱ; 21-base end face; 22-movable base Ⅰ; 23-movable base Ⅱ; 24-motor I; 25-motor II; 26-base slot I; 27-base card slot II; 28-base card slot III; 29-base card slot IV; 30 holes.

具体实施方式detailed description

下面通过实施例和附图对本发明作进一步详细说明，但本发明保护范围不局限于所述内容。The present invention will be described in further detail below through the examples and drawings, but the protection scope of the present invention is not limited to the content.

实施例1：如图1-5所示，本浆液与杂细胞分离装置，其特征在于：包括外桶1、分离内胆Ⅰ3、分离内胆Ⅱ4、活动内胆Ⅰ5、活动内胆Ⅱ6、位置传感器Ⅰ8、位置传感器Ⅱ9、位置传感器Ⅲ10、皮带轮Ⅰ12、皮带轮Ⅱ13、皮带14、浆液搅拌器16、底座17、发动机18；其中底座17包括底座端面21、固定底座Ⅰ19、固定底座Ⅱ20、活动底座Ⅰ22、活动底座Ⅱ23、电机Ⅰ24、电机Ⅱ25；Embodiment 1: As shown in Figures 1-5, the device for separating serous fluid and miscellaneous cells is characterized in that it includes an outer barrel 1, a separation inner tank I3, a separation inner tank II4, a movable inner tank I5, a movable inner tank II6, and a position Sensor Ⅰ8, position sensor Ⅱ9, position sensor Ⅲ10, pulley Ⅰ12, pulley Ⅱ13, belt 14, slurry agitator 16, base 17, engine 18; base 17 includes base end face 21, fixed base Ⅰ19, fixed base Ⅱ20, movable base Ⅰ22 , movable base Ⅱ23, motor Ⅰ24, motor Ⅱ25;

其中外桶1固定在底座端面21上，固定底座Ⅰ19设置在活动底座Ⅰ22上，固定底座Ⅱ20设置在活动底座Ⅱ23上，分离内胆Ⅰ3固定在固定底座Ⅰ19的底座卡槽IV29内，分离内胆Ⅱ4固定在固定底座Ⅱ20的底座卡槽Ⅱ27内，活动内胆Ⅰ5固定在活动底座Ⅰ22的底座卡槽Ⅲ28内并位于分离内胆Ⅰ3外侧，活动内胆Ⅱ6固定在活动底座Ⅱ23的底座卡槽Ⅰ26内并位于分离内胆Ⅱ4外侧，底座端面21与活动底座Ⅱ23间设置有电机Ⅰ24，电机Ⅰ24输出轴与活动底座Ⅱ23固连，并带活动底座Ⅱ23转动；固定底座Ⅱ20上设置有电机Ⅱ25，电机Ⅱ25输出轴与活动底座Ⅰ22固连，并带动活动底座Ⅰ22转动；外桶5为上端开有进料口11的圆桶，进料口11位于分离内胆Ⅰ3上方，分离内胆Ⅰ3和分离内胆Ⅱ4的顶端固定在外桶1内侧顶端；活动内胆Ⅰ5、活动内胆Ⅱ6顶端与外桶1顶端内侧分离；浆液搅拌器16设置在外桶1顶端且一端位于分离内胆Ⅰ3内，浆液搅拌器设置在偏离分离内胆Ⅰ3中轴7cm处，浆液搅拌器16另一端上固定有皮带轮Ⅰ12，皮带轮Ⅱ13通过肋板15固定在外桶1上，皮带轮Ⅰ12和皮带轮Ⅱ13通过皮带14连接，皮带轮Ⅱ13与发动机18输出端连接并由其带动转动；外桶1、分离内胆Ⅰ3、分离内胆Ⅱ4底部出液口与排液管道连接，排液管道上设置有阀门，位置传感器Ⅰ8、位置传感器Ⅲ10、位置传感器Ⅱ9分别设置在外桶1、分离内胆Ⅰ3、分离内胆Ⅱ4内，分离内胆Ⅰ3和活动内胆Ⅰ5的壁上带有孔，分离内胆Ⅰ3的孔和活动内胆Ⅰ5的孔30相配合，完成分离内胆Ⅰ3的封闭和与分离内胆Ⅱ4的连通；分离内胆Ⅱ4和活动内胆Ⅱ6的壁上带有孔，活动内胆Ⅱ6的孔与分离内胆Ⅱ4的孔相配合，完成分离内胆Ⅱ4的封闭和与外桶1的连通；分离内胆Ⅰ3上孔数为50个/m2，分离内胆Ⅱ4孔数为90/m2；分离内胆Ⅰ和活动内胆Ⅰ结构相同，为中空圆筒；分离内胆Ⅱ和活动内胆Ⅱ结构相同，为中空圆筒。Among them, the outer barrel 1 is fixed on the end surface 21 of the base, the fixed base I19 is set on the movable base I22, the fixed base II20 is set on the movable base II23, the separated inner tank I3 is fixed in the base card groove IV29 of the fixed base I19, and the separated inner tank Ⅱ4 is fixed in the base slot Ⅱ27 of the fixed base Ⅱ20, the movable liner Ⅰ5 is fixed in the base slot Ⅲ28 of the movable base Ⅰ22 and is located outside the separation liner Ⅰ3, and the movable liner Ⅱ6 is fixed in the base slot Ⅰ26 of the movable base Ⅱ23 Inside and outside the separated liner II4, a motor I24 is arranged between the base end face 21 and the movable base II23, the output shaft of the motor I24 is fixedly connected with the movable base II23, and rotates with the movable base II23; the fixed base II20 is provided with a motor II25, and the motor Ⅱ25 The output shaft is fixedly connected with the movable base I22, and drives the movable base I22 to rotate; the outer barrel 5 is a drum with a feed inlet 11 on the upper end, and the feed inlet 11 is located above the separation inner tank I3, separating the inner tank I3 and the separation inner tank. The top of liner II 4 is fixed on the inner top of outer barrel 1; the tops of movable inner liner I5 and movable inner liner II6 are separated from the inner side of the top of outer barrel 1; the slurry agitator 16 is set on the top of outer barrel 1 and one end is located in the separated inner liner I3, the slurry agitator Set at a position 7cm away from the central axis of the separation liner I3, the other end of the slurry agitator 16 is fixed with a pulley I12, the pulley II13 is fixed on the outer barrel 1 through the rib plate 15, the pulley I12 and the pulley II13 are connected by a belt 14, and the pulley II13 is connected to the engine 18 The output end is connected and driven by it to rotate; the outer barrel 1, the separation liner I3, the bottom liquid outlet of the separation liner II4 are connected to the drain pipe, and the drain pipe is provided with a valve, position sensor I8, position sensor III10, position sensor The sensor II9 is respectively arranged in the outer barrel 1, the separated inner tank I3, and the separated inner tank II4. There are holes on the walls of the separated inner tank I3 and the movable inner tank I5, and the holes 30 of the separated inner tank I3 and the movable inner tank I5 are in phase with each other. Cooperate to complete the sealing of the separation liner I3 and the connection with the separation liner II4; the walls of the separation liner II4 and the movable liner II6 have holes, and the holes of the movable liner II6 match the holes of the separation liner II4, Complete the sealing of the separation liner II4 and the connection with the outer barrel 1; the number of holes in the separation liner I3 is 50/ m2 , and the number of holes in the separation liner II4 is 90/ m2 ; the separation liner I and movable liner I The structure is the same, which is a hollow cylinder; the separation liner II and the movable liner II have the same structure, which is a hollow cylinder.

实施例2：本实施例装置结构同实施例1，不同在于分离内胆Ⅰ3上孔数为70个/m2，分离内胆Ⅱ4孔数为150/m2；本装置还包括控制器7，控制器7分别与位置传感器Ⅰ9、位置传感器Ⅱ10、位置传感器Ⅲ11连接，控制器分别与电机Ⅰ24、电机Ⅱ25连接，控制器与各排液管道上的阀门连接，按常规方法控制开关；浆液搅拌器设置在偏离分离内胆Ⅰ3中轴10cm处。Embodiment 2: The structure of the device in this embodiment is the same as that in Embodiment 1, except that the number of holes on the separation liner I3 is 70/ m2 , and the number of holes on the separation liner II4 is 150/ m2 ; this device also includes a controller 7, The controller 7 is connected to the position sensor I9, the position sensor II10, and the position sensor III11 respectively, the controller is respectively connected to the motor I24 and the motor II25, the controller is connected to the valves on each discharge pipe, and the switch is controlled according to the conventional method; the slurry mixer It is set at a position 10cm away from the central axis of the separation liner I3.

实施例3：本实施例装置结构同实施例1，不同在于该装置中设置3个分离内胆和3个活动内胆。Embodiment 3: The structure of the device of this embodiment is the same as that of Embodiment 1, except that 3 separate inner tanks and 3 movable inner tanks are set in the device.

Claims (7)

1. a kind of slurries and heteroproteose cell separator, it is characterised in that：Including outer barrel（1）, separation inner bag I（3）, separation inner bag II （4）, movable inner container I（5）, movable inner container II（6）, position sensor I（8）, position sensor II（9）, position sensor III （10）, belt pulley I（12）, belt pulley II（13）, belt（14）, slurry mixer（16）, base（17）, engine（18）；Its Middle base（17）Including base end face（21）, firm banking I（19）, firm banking II（20）, mobile base I（22）, dump bottom Seat II（23）, motor I（24）, motor II（25）；
Wherein outer barrel（1）It is fixed on base end face（21）On, firm banking I（19）It is arranged on mobile base I（22）On, fixed bottom Seat II（20）It is arranged on mobile base II（23）On, separate inner bag I（3）, separation inner bag II（4）It is separately fixed at firm banking I （19）, firm banking II（20）On, movable inner container I（5）It is fixed on mobile base I（22）Go up and be located at separation inner bag I（3）Outside Side, movable inner container II（6）It is fixed on mobile base II（23）Go up and be located at separation inner bag II（4）Outside, base end face（21）With Mobile base II（23）Between be provided with motor I（24）, motor I（24）Output shaft and mobile base II（23）It is connected, and with activity Base II（23）Rotate；Firm banking II（20）On be provided with motor II（25）, motor II（25）Output shaft and mobile base I （22）It is connected, and drives mobile base I（22）Rotate；Outer barrel（5）Charging aperture is provided with for upper end（11）Drum, charging aperture（11） Positioned at separation inner bag I（3）Top, separates inner bag I（3）With separation inner bag II（4）Top be fixed on outer barrel（1）Inner side top； Movable inner container I（5）, movable inner container II（6）Top and outer barrel（1）Top inner side is separated；
Slurry mixer（16）It is arranged on outer barrel（1）Top and one end are located at separation inner bag I（3）It is interior, slurry mixer（16）Separately Belt pulley I is fixed with one end（12）, belt pulley II（13）Pass through floor（15）It is fixed on outer barrel（1）On, belt pulley I（12）With Belt pulley II（13）Pass through belt（14）Connection, belt pulley II（13）With engine（18）Output end is connected and turned by its drive It is dynamic；Outer barrel（1）, separation inner bag I（3）, separation inner bag II（4）Bottom liquid outlet is connected with Drainage pipe, position sensor I（8）、 Position sensor III（10）, position sensor II（9）It is separately positioned on outer barrel（1）, separation inner bag I（3）, separation inner bag II（4） It is interior, separate inner bag I（3）With movable inner container I（5）Wall on carry hole, separate inner bag I（3）Hole and movable inner container I（5）Hole It is engaged, completes separation inner bag I（3）Closing and with separating inner bag II（4）Connection；Separate inner bag II（4）And movable inner container Ⅱ（6）Wall on carry hole, movable inner container II（6）Hole with separating inner bag II（4）Hole be engaged, complete separation inner bag II （4）Closing and and outer barrel（1）Connection.
2. slurries according to claim 1 and heteroproteose cell separator, it is characterised in that：Separate inner bag I（3）Upper hole count is 16-78/m2, separate inner bag II（4）Hole count is 78-233/m2；Separate inner bag I identical with the structure of movable inner container I, separate inner bag II is identical with the structure of movable inner container II.
3. slurries according to claim 1 and heteroproteose cell separator, it is characterised in that：Slurry mixer is positioned away from Separate inner bag I（3）At axis 5-11cm.
4. slurries according to claim 1 and heteroproteose cell separator, it is characterised in that：Separate inner bag I（3）It is fixed on Determine base I（19）Base neck IV（29）It is interior, separate inner bag II（4）It is fixed on firm banking II（20）Base neck II （27）It is interior, movable inner container I（5）It is fixed on mobile base I（22）Base neck III（28）It is interior, movable inner container II（6）It is fixed on Mobile base II（23）Base neck I（26）It is interior.
5. slurries according to claim 1 and heteroproteose cell separator, it is characterised in that：The dress centers more than 2 Separate inner bag and movable inner container.
6. slurries according to claim 1 and heteroproteose cell separator, it is characterised in that：With outer barrel（1）, separation inner bag I （3）, separation inner bag II（4）Valve is provided with the Drainage pipe of connection.
7. slurries according to claim 6 and heteroproteose cell separator, it is characterised in that：The present apparatus also includes controller, Controller respectively with position sensor I（9）, position sensor II（10）, position sensor III（11）Connection, controller respectively with Motor I（24）, motor II（25）Connection；Controller is connected with the valve on each Drainage pipe, according to a conventional method controlling switch.
CN201710578787.3A 2017-07-17 2017-07-17 A kind of slurries and heteroproteose cell separator Pending CN107287100A (en)

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Application publication date: 20171024