WO2023216525A1 - 一种羽绒的除杂干燥系统及其除杂干燥方法 - Google Patents

一种羽绒的除杂干燥系统及其除杂干燥方法 Download PDF

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Publication number
WO2023216525A1
WO2023216525A1 PCT/CN2022/128919 CN2022128919W WO2023216525A1 WO 2023216525 A1 WO2023216525 A1 WO 2023216525A1 CN 2022128919 W CN2022128919 W CN 2022128919W WO 2023216525 A1 WO2023216525 A1 WO 2023216525A1
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type
impurity removal
drying
drum
water supply
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PCT/CN2022/128919
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English (en)
French (fr)
Inventor
李生明
郑汉平
朱菊根
张运
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东隆家纺股份有限公司
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Publication of WO2023216525A1 publication Critical patent/WO2023216525A1/zh

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    • D—TEXTILES; PAPER
    • D01—NATURAL OR MAN-MADE THREADS OR FIBRES; SPINNING
    • D01B—MECHANICAL TREATMENT OF NATURAL FIBROUS OR FILAMENTARY MATERIAL TO OBTAIN FIBRES OF FILAMENTS, e.g. FOR SPINNING
    • D01B3/00—Mechanical removal of impurities from animal fibres
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F26—DRYING
    • F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
    • F26B21/00—Arrangements or duct systems, e.g. in combination with pallet boxes, for supplying and controlling air or gases for drying solid materials or objects
    • F26B21/001—Drying-air generating units, e.g. movable, independent of drying enclosure
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F26—DRYING
    • F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
    • F26B21/00—Arrangements or duct systems, e.g. in combination with pallet boxes, for supplying and controlling air or gases for drying solid materials or objects
    • F26B21/004—Nozzle assemblies; Air knives; Air distributors; Blow boxes

Definitions

  • the present invention relates to the field related to down processing methods, specifically a down impurity removal and drying system and an impurity removal and drying method thereof.
  • impurities contained in the down are removed.
  • impurities include large particle impurities and some small impurities. Among them, large particle impurities are easily filtered out through vibration, while Small particles of impurities will be tightly stained on the down and will not fall off easily.
  • the present invention proposes an impurity removal and drying system for down and its impurity removal and drying method.
  • a down impurity removal and drying system has an operating platform.
  • the outer side of the operating platform is wrapped with a guardrail, and a step is installed in the front and middle part of the operating platform.
  • the drum boxes are used to place feathers for impurity removal and drying.
  • the shackle equipment is used to connect and fix the drum box and drum cover.
  • the main control equipment is used to control the lifting and lowering of the drum cover and the eccentric rotation of the drum cover. Drying equipment is used to dry down.
  • the operating platform of the present invention is provided with a sliding bottom platform on the left, and a water tank is installed on the upper end of the bottom platform.
  • the water tank is connected with a water supply pipe, and the water supply pipe is equipped with a water supply control assembly. There is clean water inside the water tank, which can flow into the drum box through the water supply pipe.
  • the water supply control component is used to control the on and off of the water supply pipe, that is, whether to supply water.
  • the operating platform of the present invention is provided with four buried grooves, each buried groove is equipped with a buried hinge base and an I-type motor, and the buried hinge base is rotatably installed with a hinge connected to the I-type motor. location board.
  • the four buried trenches are evenly distributed in an annular shape. 4 position plates can be used to fix the initial position of the drum box. That is, in the initial state, the four position plates are in tangential contact with the drum box.
  • the depth of the buried trench is the same as the thickness of the location plate.
  • the general control equipment of the present invention includes an I-type hydraulic cylinder and a guide rod, both of which are installed on the operating platform; the I-type hydraulic cylinder is connected to a high-mounted plate that is slidingly connected to the guide rod, and the high-mounted plate is equipped with a cylinder connected to the cylinder. Cover the eccentrically connected motor. That is, the I-type hydraulic cylinder drives the drum cover to lift. The motor drives the drum cover to rotate eccentrically.
  • the bottom of the high plate of the present invention is provided with an annular dovetail groove
  • the barrel cover is welded with an upper extension rod that slides with the annular dovetail groove.
  • the center position of the ring dovetail groove corresponds to the axis center position of the motor shaft.
  • the annular dovetail groove not only provides guidance for the upper extension rod, but also supports the upper extension rod.
  • the shackle equipment of the present invention is composed of several I-shaped cylinders and L-shaped inserting rods correspondingly connected to each I-shaped cylinder; there are several L-shaped inserting rods uniformly distributed along the annular direction on the barrel cover. There are one outer slot corresponding to the sliding fit; there are several inner slots uniformly distributed along the annular direction on the barrel box that correspond to the L-shaped insertion rods one by one.
  • the I-type cylinder drives the L-shaped insert rod to be inserted into the inner slot, so that the drum box and the drum cover are relatively fixed, so that the drum can be The cartoning and drum cover can subsequently rotate eccentrically together.
  • the operating platform of the present invention is also equipped with a type II hydraulic cylinder and a guide rail that slides and installs the bottom platform horizontally; the type II hydraulic cylinder is connected to the bottom platform. That is, the bottom platform and the water supply pipe can be moved horizontally, which can be used to prevent the water supply pipe from interfering with the drum cover when the cover is raised or opened.
  • the water supply control assembly of the present invention is composed of an oblique fixed plate installed on the outer wall of the water tank, a fixed hinge seat installed on the oblique fixed plate, a total pressure rod hingedly installed on the fixed hinge seat and a total pressure rod. It is composed of type II cylinders connected by rods; the rear part of the total pressure rod contacts the water supply pipe.
  • the water supply pipe is a hose.
  • the type II cylinder of the present invention is fixedly installed on the oblique fixed plate, the front part of the main pressure rod is provided with a connecting groove, and the upper end of the shaft of the type II cylinder slides and hinges with the connecting groove.
  • the above is the general design of the connection.
  • the drying equipment of the present invention is composed of several type II motors installed at the bottom of the drum cover, several electric heaters installed at the bottom of the drum cover, and fans connected to the type II motors in one-to-one correspondence; the operating platform And the lower part of the drum box is evenly distributed with filter holes.
  • the electric heater ensures the supply of hot air.
  • the number of Type II motors, electric heaters and Type II motors is the same.
  • the filter holes can both filter water and provide ventilation.
  • the invention proposes a down impurity removal and drying system and an impurity removal and drying method. On the basis of limiting the position of the drum box, the down is controlled to automatically pass water, filter water and clean it to achieve the impurity effect.
  • the present invention proposes an impurity removal and drying system for down and its impurity removal and drying method. While blowing the down, it can also preheat the air through an electric heater, thereby realizing automatic and rapid drying of the down.
  • the invention proposes an impurity removal and drying system for down and its impurity removal and drying method, which drives the eccentric rotation of the drum box to accelerate the air in and out circulation, further speeding up the drying speed.
  • Figure 1 is a perspective view of the present invention
  • Figure 2 is a top view of the present invention
  • Figure 3 is a cross-sectional view along line A-A of Figure 2;
  • Figure 4 is a partial enlarged view of position I in Figure 1;
  • Figure 5 is a partial enlarged view of II in Figure 1;
  • FIG. 6 is a partial enlarged view of III in FIG. 3 .
  • a down impurity removal and drying system has an operating platform 1.
  • the outside of the operating platform 1 is wrapped with a guardrail 27, and a step 28 is installed in the front and middle part of the operating platform 1.
  • a drum box 2 is placed on the operating platform 1, and the drum box 2 is used to place feathers for impurity removal and drying.
  • the shackle equipment is used to connect and fix the drum box 2 and the drum cover 3.
  • the general control equipment is used to control the lifting and lowering of the drum cover 3 and the eccentric rotation of the drum cover 3, and the drying equipment of the present invention is used to dry down.
  • the operating platform 1 of the present invention is provided with a sliding bottom platform 4 on the upper left side.
  • a water tank 5 is installed on the upper end of the bottom platform 4.
  • the water tank 5 is connected with a water supply pipe 6, and the water supply pipe 6 cooperates with There is a water supply control component.
  • the water supply control component is used to control the on and off of the water supply pipe 6, that is, whether to supply water.
  • the operating platform 1 of the present invention is provided with four buried grooves 1a.
  • Each buried groove 1a is equipped with a buried hinge base 7 and an I-type motor 9.
  • the buried hinge base 7 is equipped with A position plate 8 connected to the I-type motor 9 is rotatably installed.
  • the four buried grooves 1a are evenly distributed in an annular shape.
  • Four position plates 8 can be used to fix the initial position of the drum box 2.
  • the four position plates 8 are in tangent contact with the drum box 2, and the depth of the buried groove 1a is the same as the thickness of the position plates 8.
  • the general control equipment includes an I-type hydraulic cylinder 10 and a guide rod 11 both installed on the operating platform 1; the I-type hydraulic cylinder 10 is connected to a high-mounted plate 12 that is slidingly connected to the guide rod 11.
  • the high-mounted plate The motor 13 connected eccentrically with the drum cover 3 is installed on the motor 12 . That is, the I-type hydraulic cylinder 10 drives the drum cover 3 to lift. The motor 13 drives the drum cover 3 to rotate eccentrically.
  • the bottom of the high plate 12 of the present invention is provided with an annular dovetail groove 12a, and the barrel cover 3 is welded with an upper extension rod 14 that slides with the annular dovetail groove 12a.
  • the center position of the annular dovetail groove 12a corresponds to the axis center position of the shaft of the motor 13.
  • the annular dovetail groove 12a not only provides guidance for the upper extension rod 14, but also supports the upper extension rod 14.
  • the present invention further limits the shackle equipment, which is specifically composed of several I-type cylinders 15 and L-shaped insert rods 16 correspondingly connected to each I-type cylinder 15; There are several outer slots 3a evenly distributed along the annular direction that slide and fit with the L-shaped insertion rods 16 one by one; there are several outer slots 3a evenly distributed along the annular direction on the barrel box 2 that fit one-to-one with the L-shaped insertion rods 16. of inner slot 2a.
  • the L-shaped insertion rod 16 is driven by the I-type cylinder 15 and inserted into the inner slot 2a, so that the drum box 2 and the drum cover 3 can be connected They are relatively fixed so that the drum boxing 2 and the drum cover 3 can rotate eccentrically together in the future.
  • the operating platform 1 is also equipped with a type II hydraulic cylinder 17 and a guide rail 18 that slides and installs the bottom platform 4 horizontally; the type II hydraulic cylinder 17 is connected to the bottom platform 4.
  • the bottom platform 4 and the water supply pipe 6 can move horizontally, which can be used to prevent the water supply pipe 6 from interfering with the drum cover 3 when the cover is raised or opened.
  • the water supply control assembly of the present invention consists of an oblique fixing plate 19 installed on the outer wall of the water tank 5, a fixed hinge base 20 installed on the oblique fixing plate 19, and a fixed hinge base 20 hingedly installed on it. It is composed of a total pressure rod 21 and a II-type cylinder 22 connected to the total pressure rod 21; the rear part of the total pressure rod 21 abuts the water supply pipe 6.
  • the water supply pipe 6 is a hose.
  • Type II cylinder 22 is fixedly installed on the oblique fixed plate 19.
  • the front part of the main pressure rod 21 is provided with a connecting groove 21a.
  • the upper end of the shaft of the II type cylinder 22 slides and hinges with the connecting groove 21a.
  • the drying equipment is composed of several II-type motors 23 installed on the lower part of the drum cover 3, several electric heaters 25 installed on the lower part of the drum cover 3, and fans 24 connected to the II-type motors 23 in one-to-one correspondence; the operating platform 1 and the lower part of the drum box 2 are evenly distributed with filter holes 26.
  • the electric heater 25 ensures the supply of hot air.
  • the number of type II motors 23, electric heaters 25 and type II motors 23 is the same.
  • the filter holes 26 can both filter water and ventilate.
  • the II type cylinder 22 pulls down the main pressure rod 21 to allow the water supply pipe 6 to discharge water into the barrel box 2, so that the down can continuously pass through the water for removal of impurities.
  • the type II cylinder 22 pushes up the main pressure rod 21 to prevent water supply, and the type II hydraulic cylinder 17 pulls the water supply pipe 6 away from the area above the drum box 2 .
  • the I-type hydraulic cylinder 10 pulls down the high-mounted plate 12 so that the drum cover 3 covers the drum box 2, and then the I-type cylinder 15 drives the L-shaped insertion rod 16 to insert into the inner slot 2a.
  • the I-type motor 9 rotates the position plate 8 to a horizontal state to release the constraints on the drum box 2 .
  • the motor 13 eccentrically drives the drum box 2 to rotate to accelerate the air intake efficiency of the filter hole 26.
  • the II motor 23 drives the fan 24 to rotate and blow, and the electric heater 25 is energized to heat the air, which can accelerate drying. .

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Textile Engineering (AREA)
  • Drying Of Solid Materials (AREA)

Abstract

一种羽绒的除杂干燥系统，具有操作平台（1），操作平台（1）上摆放有圆桶装盒（2），圆桶装盒（2）用于放置羽毛以用来除杂干燥。圆桶装盒（2）的上方具有可升降的圆桶盖（3），圆桶盖（3）分别连接有枷锁设备以及总控设备，圆桶盖（3）下部安装有干燥设备，操作平台（1）上左部设有可滑动的底平台（4），底平台（4）上端安装有水箱（5），水箱（5）连通有供水管（6），供水管（6）配合有供水控制组件，圆筒装盒（2）的下部均匀分布有过滤孔（26）。还涉及一种除杂干燥方法。该系统能控制自动对羽绒进行过水、清洗和干燥，达到除杂和快速干燥的效果。

Description

一种羽绒的除杂干燥系统及其除杂干燥方法 技术领域
本发明涉及羽绒的加工处理方法相关的领域，具体的说是一种羽绒的除杂干燥系统及其除杂干燥方法。
背景技术
羽绒制品车间在完成对羽绒的收集后，需要先对其进行提纯，即将羽绒中所含的杂质除去，这些杂质包括大颗粒杂质和一些细小杂质，其中，大颗粒杂质容易通过振动过滤掉，而小颗粒杂质则会紧密沾染于羽绒上而不容易掉落。
为了彻底除去杂质，不仅需要控制对羽绒进行过水，以冲洗方式进行除杂，还要在过水后对羽绒进行干燥，整个操作过程会相当费力，因此需要采用相应的设备和方法来实现快速除杂和干燥。
发明内容
现为了满足上述对羽绒进行除杂和干燥的双向需求，本发明提出了一种羽绒的除杂干燥系统及其除杂干燥方法。
本发明所要解决的技术问题采用以下技术方案来实现：
一种羽绒的除杂干燥系统，具有操作平台，操作平台的外侧包裹有护栏，操作平台前中部安装有台阶。操作平台上摆放有圆桶装盒，圆桶装盒用于放置羽毛以用来除杂干燥。该圆桶装盒的上方具有可升降的圆桶盖；圆桶盖分别连接有枷锁设备以及总控设备；圆桶盖下部安装有干燥设备。枷锁设备用于将圆桶装盒与圆桶盖连接固定。总控设备用于控制圆桶盖升降以及控制圆桶盖偏心转动。干燥设备则用于对羽绒进行干燥。
进一步的，本发明的所述操作平台上左部设有可滑动的底平台，底平台上端安装有水箱，水箱连通有供水管，供水管配合有供水控制组件。水箱内部装有清水，清水通过供水管可流入至圆桶装盒内，供水控制组件用于控制供水管的通断，即是否供水。
进一步的，本发明的操作平台上设有四个埋槽，每个埋槽内均安装有埋式 铰接座以及I型马达，埋式铰接座上均以可旋转方式安装有与I型马达相连的位置板。4个埋槽呈环形均布。4个位置板可用于固定圆桶装盒的初始位置。即初始状态下，4个位置板与圆桶装盒相切式抵合。埋槽的深度与位置板厚度相同。
进一步的，本发明的总控设备包括均安装于操作平台上的I型液压缸以及导杆；I型液压缸连接有与导杆滑动连接的高置板，高置板上安装有与圆桶盖偏心连接的电机。即I型液压缸驱动圆桶盖进行升降。电机驱动圆桶盖偏心转动。
进一步的，本发明的高置板底部设有圆环燕尾槽，圆桶盖上焊接有与圆环燕尾槽滑动配合的上延伸杆。圆环燕尾槽的圆心位置与电机的轴的轴心位置相对应。圆环燕尾槽不仅给上延伸杆提供导向，而且还对上延伸杆有支撑作用。
进一步的，本发明的枷锁设备是由若干个I型气缸以及与每个I型气缸对应连接的L型插杆所构成；圆桶盖上沿环形方向均布有若干个与L型插杆一一对应滑动配合的外插槽；圆桶装盒上沿环形方向均布有若干个与L型插杆一一对应适配的内插槽。具体的说，当圆桶盖被覆盖于圆桶装盒上端时，通过I型气缸驱动L型插杆插入至内插槽，可使得圆桶装盒与圆桶盖相对固定，以便于圆桶装盒与圆桶盖后续可共同偏心转动。
进一步的，本发明的操作平台上还安装有II型液压缸以及将底平台水平滑动安装的导轨；II型液压缸连接底平台。即底平台以及供水管可水平移动，可用来防止在上盖或开盖时，供水管与圆桶盖产生干涉。
进一步的，本发明的供水控制组件是由安装于水箱外侧壁上的斜向固定板、安装于斜向固定板上的固定铰接座、铰接安装于固定铰接座上的总压杆以及与总压杆连接的II型气缸所构成；总压杆后部抵合供水管。供水管为软管。当II型气缸推动总压杆前部时，该总压杆后部下压与斜向固定板配合，实现对压紧供水管，阻止水的流通。
进一步的，本发明的II型气缸固定安装于斜向固定板上，总压杆前部设有容连槽，II型气缸的轴的上端与容连槽滑动且铰接配合。上述为连接的常规设计。
进一步的，本发明的干燥设备是由安装于圆桶盖下部的若干个II型马达、安装于圆桶盖下部的若干个电热器以及与II型马达一一对应连接的风扇所构成；操作平台以及圆桶装盒下部均均布有过滤孔。电热器保证热风的供应。II 型马达、电热器以及II型马达三者数目相同。滤孔既能够过滤水，也能够通风。
本发明的有益效果是：
1.本发明提出的一种羽绒的除杂干燥系统及其除杂干燥方法，在对圆桶装盒进行位置限定的基础上，控制自动对羽绒进行过水、滤水清洗，达到杂效果。
2.本发明提出的一种羽绒的除杂干燥系统及其除杂干燥方法，能够对羽绒进行鼓风的同时，还能够通过电热器对风进行预热，从而实现对羽绒进行自动快速干燥。
3.本发明提出的一种羽绒的除杂干燥系统及其除杂干燥方法，以带动圆桶装盒偏心转动方式来加速空气进出流通，使得干燥速度进一步加快。
附图说明
下面结合附图和实施例对本发明进一步说明。
图1是本发明的立体图；
图2是本发明的俯视图；
图3是图2的A-A剖视图；
图4是图1的I处局部放大图；
图5是图1的II处局部放大图；
图6是图3的III处局部放大图。
图中：1、操作平台；1a、埋槽；2、圆桶装盒；2a、内插槽；3、圆桶盖；3a、外插槽；4、底平台；5、水箱；6、供水管；6a、II号弧形槽；7、埋式铰接座；8、位置板；9、I型马达；10、I型液压缸；11、导杆；12、高置板；13、电机；14、上延伸杆；15、I型气缸；16、L型插杆；17、II型液压缸；18、导轨；19、斜向固定板；20、固定铰接座；21、总压杆；21a、容连槽；22、II型气缸；23、II型马达；24、风扇；25、电热器；26、滤孔；27、护栏；28、台阶。
具体实施方式
为了使本领域的技术人员更好的理解本发明的技术方案，下面将结合实施例中的附图，对本发明进行更清楚、更完整的阐述，当然所描述的实施例只是 本发明的一部分而非全部，基于本实施例，本领域技术人员在不付出创造性劳动性的前提下所获得的其他的实施例，均在本发明的保护范围内。
如图1至图6所示，一种羽绒的除杂干燥系统，具有操作平台1，操作平台1的外侧包裹有护栏27，操作平台1前中部安装有台阶28。操作平台1上摆放有圆桶装盒2，圆桶装盒2用于放置羽毛以用来除杂干燥。该圆桶装盒2的上方具有可升降的圆桶盖3；圆桶盖3分别连接有枷锁设备以及总控设备；圆桶盖3下部安装有干燥设备。枷锁设备用于将圆桶装盒2与圆桶盖3连接固定。总控设备用于控制圆桶盖3升降以及控制圆桶盖3偏心转动，本发明的干燥设备则用于对羽绒进行干燥。
如图1和图4所示，本发明的所述操作平台1上左部设有可滑动的底平台4，底平台4上端安装有水箱5，水箱5连通有供水管6，供水管6配合有供水控制组件。水箱5内部装有清水，清水通过供水管6可流入至圆桶装盒2内，供水控制组件用于控制供水管6的通断，即是否供水。
具体的，在实际应用中，本发明操作平台1上设有四个埋槽1a，每个埋槽1a内均安装有埋式铰接座7以及I型马达9，埋式铰接座7上均以可旋转方式安装有与I型马达9相连的位置板8。4个埋槽1a呈环形均布。4个位置板8可用于固定圆桶装盒2的初始位置。
通过上述设计，从而在初始状态下，4个位置板8与圆桶装盒2相切式抵合，埋槽1a的深度与位置板8厚度相同。
如图1所示，总控设备包括均安装于操作平台1上的I型液压缸10以及导杆11；I型液压缸10连接有与导杆11滑动连接的高置板12，高置板12上安装有与圆桶盖3偏心连接的电机13。即I型液压缸10驱动圆桶盖3进行升降。电机13驱动圆桶盖3偏心转动。
如图3所示，具体的，本发明的高置板12底部设有圆环燕尾槽12a，圆桶盖3上焊接有与圆环燕尾槽12a滑动配合的上延伸杆14。圆环燕尾槽12a的圆心位置与电机13的轴的轴心位置相对应。圆环燕尾槽12a不仅给上延伸杆14提供导向，而且还对上延伸杆14有支撑作用。
如图6所示，本发明对枷锁设备进行了进一步的限定，具体是由若干个I型气缸15以及与每个I型气缸15对应连接的L型插杆16所构成；圆桶盖3上 沿环形方向均布有若干个与L型插杆16一一对应滑动配合的外插槽3a；圆桶装盒2上沿环形方向均布有若干个与L型插杆16一一对应适配的内插槽2a。
具体的说，当圆桶盖3被覆盖于圆桶装盒2上端时，通过I型气缸15驱动L型插杆16插入至内插槽2a，可使得圆桶装盒2与圆桶盖3相对固定，以便于圆桶装盒2与圆桶盖3后续可共同偏心转动。
如图1所示，操作平台1上还安装有II型液压缸17以及将底平台4水平滑动安装的导轨18；II型液压缸17连接底平台4。通过该设计，使得底平台4以及供水管6可水平移动，可用来防止在上盖或开盖时，供水管6与圆桶盖3产生干涉。
如图4所示，本发明的供水控制组件是由安装于水箱5外侧壁上的斜向固定板19、安装于斜向固定板19上的固定铰接座20、铰接安装于固定铰接座20上的总压杆21以及与总压杆21连接的II型气缸22所构成；总压杆21后部抵合供水管6。供水管6为软管。当II型气缸22推动总压杆21前部时，该总压杆21后部下压与斜向固定板19配合，实现对压紧供水管6，阻止水的流通。
II型气缸22固定安装于斜向固定板19上，总压杆21前部设有容连槽21a，II型气缸22的轴的上端与容连槽21a滑动且铰接配合。上述为连接的常规设计。
干燥设备是由安装于圆桶盖3下部的若干个II型马达23、安装于圆桶盖3下部的若干个电热器25以及与II型马达23一一对应连接的风扇24所构成；操作平台1以及圆桶装盒2下部均均布有过滤孔26。电热器25保证热风的供应。II型马达23、电热器25以及II型马达23三者数目相同。滤孔26既能够过滤水，也能够通风。
本发明的具体使用步骤如下：
首先，将需要除杂干燥的羽绒放入至圆桶装盒2内；
其次，II型气缸22下拉总压杆21来让供水管6放水至圆桶装盒2内，使得羽绒不断地过水进行除杂。
接着，II型气缸22上推总压杆21来阻止供水，II型液压缸17将供水管6拉离圆桶装盒2上方区域。
然后I型液压缸10下拉高置板12，使得圆桶盖3覆盖于圆桶装盒2上，随后I型气缸15驱动L型插杆16插入至内插槽2a。
再者，I型马达9将位置板8旋转至水平状态以解除对圆桶装盒2的束缚。
最后，电机13偏心带动圆桶装盒2旋转，以加速滤孔26进气效率，与此同时，II型马达23驱动风扇24旋转鼓风，并通过电热器25通电给风加热，可加速干燥。
以上显示和描述了本发明的基本原理、主要特征和本发明的优点。本行业的技术人员应该了解，本发明不受上述实施例的限制，上述实施例和说明书中描述的只是本发明的原理，在不脱离本发明精神和范围的前提下，本发明还会有各种变化和改进，这些变化和改进都落入要求保护的本发明内。本发明要求保护范围由所附的权利要求书及其等效物界定。

Claims (10)

  1. 一种羽绒的除杂干燥系统，具有操作平台(1)，操作平台(1)上摆放有圆桶装盒(2)，其特征在于：该圆桶装盒(2)的上方具有可升降的圆桶盖(3)；圆桶盖(3)分别连接有枷锁设备以及总控设备；圆桶盖(3)下部安装有干燥设备；
    所述操作平台(1)上左部设有可滑动的底平台(4)，底平台(4)上端安装有水箱(5)，水箱(5)连通有供水管(6)，供水管(6)配合有供水控制组件。
  2. 根据权利要求1所述的一种羽绒的除杂干燥系统，其特征在于：操作平台(1)上设有四个埋槽(1a)，每个埋槽(1a)内均安装有埋式铰接座(7)以及I型马达(9)，埋式铰接座(7)上均以可旋转方式安装有与I型马达(9)相连的位置板(8)。
  3. 根据权利要求1所述的一种羽绒的除杂干燥系统，其特征在于：总控设备包括均安装于操作平台(1)上的I型液压缸(10)以及导杆(11)；I型液压缸(10)连接有与导杆(11)滑动连接的高置板(12)，高置板(12)上安装有与圆桶盖(3)偏心连接的电机(13)。
  4. 根据权利要求3所述的一种羽绒的除杂干燥系统，其特征在于：高置板(12)底部设有圆环燕尾槽(12a)，圆桶盖(3)上焊接有与圆环燕尾槽(12a)滑动配合的上延伸杆(14)。
  5. 根据权利要求1所述的一种羽绒的除杂干燥系统，其特征在于：枷锁设备是由若干个I型气缸(15)以及与每个I型气缸(15)对应连接的L型插杆(16)所构成；圆桶盖(3)上沿环形方向均布有若干个与L型插杆(16)一一对应滑动配合的外插槽(3a)；圆桶装盒(2)上沿环形方向均布有若干个与L型插杆(16)一一对应适配的内插槽(2a)。
  6. 根据权利要求1所述的一种羽绒的除杂干燥系统，其特征在于：操作平台(1)上还安装有II型液压缸(17)以及将底平台(4)水平滑动安装的导轨(18)；II型液压缸(17)连接底平台(4)。
  7. 根据权利要求1所述的一种羽绒的除杂干燥系统，其特征在于：供水控制组件是由安装于水箱(5)外侧壁上的斜向固定板(19)、安装于斜向固定板 (19)上的固定铰接座(20)、铰接安装于固定铰接座(20)上的总压杆(21)以及与总压杆(21)连接的II型气缸(22)所构成；总压杆(21)后部抵合供水管(6)。
  8. 根据权利要求7所述的一种羽绒的除杂干燥系统，其特征在于：II型气缸(22)固定安装于斜向固定板(19)上，总压杆(21)前部设有容连槽(21a)，II型气缸(22)的轴的上端与容连槽(21a)滑动且铰接配合。
  9. 根据权利要求1所述的一种羽绒的除杂干燥系统，其特征在于：干燥设备是由安装于圆桶盖(3)下部的若干个II型马达(23)、安装于圆桶盖(3)下部的若干个电热器(25)以及与II型马达(23)一一对应连接的风扇(24)所构成；操作平台(1)以及圆桶装盒(2)下部均均布有过滤孔(26)。
  10. 一种羽绒的除杂干燥方法，根据权利要求1至9中任意一项所述的一种羽绒的除杂干燥系统，其特征在于：具体除杂干燥方法如下：
    先将需要除杂干燥的羽绒放入至圆桶装盒(2)内；
    其次，II型气缸(22)下拉总压杆(21)来让供水管(6)放水至圆桶装盒(2)内，使得羽绒不断地过水进行除杂；
    接着II型气缸(22)上推总压杆(21)来阻止供水，II型液压缸(17)将供水管(6)拉离圆桶装盒(2)上方区域；
    然后I型液压缸(10)下拉高置板(12)，使得圆桶盖(3)覆盖于圆桶装盒(2)上，随后I型气缸(15)驱动L型插杆(16)插入至内插槽(2a)；
    再者I型马达(9)将位置板(8)旋转至水平状态以解除对圆桶装盒(2)的束缚；
    最后电机(13)偏心带动圆桶装盒(2)旋转，以加速滤孔(26)进气效率，与此同时，II型马达(23)驱动风扇(24)旋转鼓风，并通过电热器(25)通电给风加热，可加速干燥。
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