CN109941996A - One kind being used for air filtration Alveolate activated carbon pretreatment unit and method - Google Patents

Abstract

The present invention provides one kind to be used for air filtration Alveolate activated carbon pretreatment unit, which includes: limiter frame, limiter lifting device, limiter damping group, slide plate containing rack gear, gag lever post screw thread, gag lever post, A gear, B gear, C gear；The slide plate containing rack gear is located at limiter lower portion and is slidably connected with limiter frame side, and the top of the one end of slide plate containing rack gear rack gear is equipped with B gear, and B gear engages connection with the one end of slide plate containing rack gear rack gear；The C gear is located on rear side of B gear, and the diameter of C gear is less than B gear, and C gear is rotated coaxially with B gear and connect, and wherein B gear and external motor are sequentially connected.It is of the present invention it is a kind of be used for air filtration Alveolate activated carbon pretreatment unit, the device structure is simple, and it is convenient to operate, the degree of automation and work efficiency is high；And the equipment uses limiting device of threading a needle, and can effectively control sample volume, avoids the case where raw material is accumulated, reduces the waste of experimental material.

Description

One kind being used for air filtration Alveolate activated carbon pretreatment unit and method

Technical field

The present invention relates to a kind of environmental protection equipment, it is especially a kind of for air filtration Alveolate activated carbon pretreatment unit and Method.

Background technique

Biomass carbon is also known as activated carbon black, is black powder or granular amorphous carbon, has adsorption capacity big, fast The characteristics such as speed filtering.It is primarily adapted for use in toxic and harmful gas filtering and various amino acids industries, refined sugar decoloration, monosodium glutamate work Industry, grape sugar industry etc..Currently, there are many production method of biomass carbon, the activation equipment type used is also more complicated, this its Middle revolving activation furnace is a kind of preferable activation equipment, it can produce powdered sugar charcoal or medical charcoal and produce graininess Biomass carbon, but the equipment needs external heat source in activation process, energy consumption is bigger, since preparation process is relative complex, because And the occupied space of whole system also can be bigger.In addition, the activation time of revolving activation furnace is long, and prepared biology Matter charcoal does not have A method Caramel adsorption substantially.

Air filtration Alveolate activated carbon pretreatment unit at present, working efficiency is low, and production is unstable, and structure is complicated, It is cumbersome, it is inconvenient for use.The bad mechanical strength pushed pin in existing equipment, in high-speed motion improved thermo stability rate shock resistance pressure Power, working day in year fracture quantity, resistance to corrosion performance it is very poor.

Summary of the invention

The purpose of the present invention is to provide one kind to be used for air filtration Alveolate activated carbon pretreatment unit, including adjusts branch Seat, working cabined, pushing mechanism, control panel, alarm, plate of threading a needle, threading mechanism, pneumatic triple piece；Working cabined bottom four corners Equipped with support is adjusted, adjust support and adjust height value in 0mm~25mm, working cabined top is equipped with pushing mechanism, pushing mechanism with Working cabined is screwed, and pushing mechanism one end is equipped with threading mechanism, and threading mechanism is screwed with working cabined, working cabined top one Side both ends are respectively equipped with control panel and alarm, and alarm is connected by conducting wire with control panel control, and plate of threading a needle, which is located at, to be worn Needle mechanism top, plate of threading a needle altogether there are two, plate of threading a needle is fixedly connected with threading mechanism, and plate of threading a needle is equipped with groove, built in groove There is a row to thread a needle, pneumatic triple piece is located on front side of working cabined, and pneumatic triple piece is fixedly connected with working cabined, is equipped with and wears in plate of threading a needle Needle limiter, limiter of threading a needle is placed groove and is fixedly connected with threading a needle, and is located to thread a needle and places groove lower part side, limit of threading a needle Device and external motor are sequentially connected；The limiter of threading a needle includes that limiter frame, limiter lifting device (2), limiter subtract Shake group, slide plate containing rack gear, gag lever post screw thread, gag lever post, A gear, B gear, C gear, slide plate containing rack gear are located at limiter frame Internal and be slidably connected with limiter frame side, the top of the one end of slide plate containing rack gear rack gear is equipped with B gear, B gear with contain tooth The engagement connection of slide plate one end rack gear, C gear are located on rear side of B gear, and the diameter of C gear is less than B gear, and C gear and B gear are same Axis rotation connection, B gear and external motor are sequentially connected；The gag lever post is passed through from limiter frame side, and the one of gag lever post End is equipped with gag lever post screw thread, and gag lever post screw thread engages connection with A gear, and A gear is located at C gear lower part, and A gear is nibbled with C gear Connection is closed, A gear is connected on the rack gear of the one end of slide plate containing rack gear by fixing axle, and limiter lifting device (2), which is located at, contains rack gear The lift lever of slide plate side, limiter lifting device (2) lower part is connect with the one end of slide plate containing rack gear, limiter lifting device (2) It is connected by conducting wire with control panel control, limiter damping group is fixedly connected on slide plate containing rack gear, limiter damping group Quantity is 2.

The purpose of the present invention is to provide one kind to be used for air filtration Alveolate activated carbon preprocess method, including following step It is rapid:

Step 1, operator wear string according to article and require, and select suitable article storage tank, and article storage tank is fixed on In mold fixing groove, secondly ready thread a needle is placed in the groove for intralamellar part of threading a needle by operator, last operation personnel Power on；

Running parameter, including A cylinder and B Telescopic-cylinder frequency, A cylinder is arranged by control panel in step 2, operator With the working time difference of B cylinder and the collapsing length of A cylinder, wherein the collapsing length of A cylinder passes through the limiter control of A cylinder System；When the projecting shaft of A cylinder moves to A cylinder limiter detection position, A cylinder limiter generation electric signal, which is worn, transports to manipulation Panel, control panel control A cylinder stopping continue to extend；During the work time, operator is led to according to the hardness of different articles Cross the atmospheric pressure value that pneumatic triple piece adjusts A cylinder；When article rigidity is lower, operator passes through pneumatic triple piece for A cylinder Atmospheric pressure value be adjusted between 0.15MPa~0.35MPa；When article rigidity is larger, operator passes through pneumatic triple piece for A gas The atmospheric pressure value of cylinder is adjusted between 0.35MPa~0.55MPa；

Step 3, during the work time, when being in an emergency, control panel generates electric signal, and control alarm opens It is dynamic, alarm flash red light；It is threaded a needle when blocking at threading mechanism, control panel generates electric signal, controls alarm Starting, alarm flashes yellow light, and then remind operator；

Step 4, in adjusting the support course of work, control panel control support elevator is operated, and then drives branch The rotation that seat cam, cam rocker arm and support are cranked arm, promotes lifter to move up and down, and then realizes the flexible of support column；

Step 5, in lifter operation, the rotation of rotary gear axis drives the rotation of lifting gear, and promotes to rise Drop gear is engaged with elevating screw thread, and then realizes the rising and decline of support column；

Step 6, in A sliding rail operational process, sewing platform base internal gear of pushing pin is operated under the drive of external motor, And then realize and slide engaging for cylinder rack gear, it is ensured that smooth sliding of the sewing platform base on the sliding cylinder of A sliding rail and A sliding rail slide bar of pushing pin；

Step 7, in atomizer operation, hydraulic oil enters in hydraulic cylinder from multistage oil inlet, and in hydraulic oil Atomization is realized under the action of rushing atomising device in top；At the same time, hydraulic beam hanger rotates before and after carrying out under the control of control panel, And then oil cylinder closed plate is promoted to open and be closed；

Step 8, in atomizer spooler operation, take-up connects the atomizer take-up in ring and guides cylinder bottom from take-up Portion penetrates and is around on take-up capstan winch；Driving motor is operated under the control of control panel, and spooler clutch is driven to fill The rotation set, and then the rotation of take-up capstan winch is driven, realize that take-up capstan winch is closely wound atomizer take-up；

Step 9, in A cylinder limiter operation, gearing shaft is operated under the drive of external motor, into And the rotation of driving gear is driven, and promote that gear is driven to be engaged with screw thread limit shaft, and then realize screw thread limit shaft It is flexible；

Step 10, in A cylinder operation, air enters inside A cylinder shell from A cylinder air inlet；At the same time, Rotator and blender are operated under the drive of external motor, and the rotation of rotator drives the rotation of homogeneous device again, And then it realizes and the stirring of A cylinder shell internal gas and homogeneous is acted on；Then, gas enters A gas by gas-filtering device Cylinder gas outlet, and be discharged from A cylinder gas outlet；In the process, when air pressure is excessive in A cylinder shell, system is automatically opened Safety air vavle pressure release；

Step 11, in plate operation of threading a needle, limiter of threading a needle is operated under the drive of external motor, and is being pushed up Under the mating reaction of pushing device, it is ensured that single every time fall in inside needle tray of threading a needle；

Step 12, in the limiter course of work of threading a needle, under the drive of external motor, B gear is in slide plate containing rack gear one It is moved on end tooth item, and then promotes the engagement rotation of C gear and A gear, A gear and gag lever post screw thread, before realizing gag lever post After stretch；Meanwhile it being moved up and down by the lift lever that control panel controls limiter lifting device lower part, and then drive and entirely contain Rack gear slide plate raising and lowering realizes that A gear engages the variation of tightness degree with gag lever post screw thread；

Step 13, in pneumatic triple piece operation, under the action of external air pump, gas is sequentially entered from air inlet Right side accumulator and left side accumulator, and then be discharged from gas outlet；At the same time, atmospheric pressure value is carried out by air pressure coarse adjustment knob Adjustment between 0.1MPa~1MPa range, by air pressure accurate adjustment knob to atmospheric pressure value carry out 0.01MPa~0.1MPa range it Between adjustment；In the process, atmospheric pressure value display table detects the atmospheric pressure value in the accumulator of left side, when atmospheric pressure value is more than mark When quasi- pressure value, system automatically opens relief valve decompression；

Step 14, in the accumulator course of work of right side, gas enters from right side accumulator air inlet pipe, and by vertical point Tracheae enters right side accumulator tank base；Then, the gas of right side accumulator tank base moves upwards, and during which passes through gas Filter layer and buffer board with holes, final gas are discharged from right side accumulator escape pipe；In the process, spray liquid from spray liquid into Enter pipe and enter right side accumulator tank interior, gas in tank is cleaned, spray liquid is from spray liquid effuser after cleaning Discharge.

The configuration of the present invention is simple, it is convenient to operate, the degree of automation and work efficiency is high；And the equipment uses limit of threading a needle The case where device can effectively control sample volume, avoid raw material accumulation, reduces the waste of experimental material.

The invention will be further described with reference to the accompanying drawings of the specification.

Detailed description of the invention

Fig. 1 is heretofore described a kind of for air filtration Alveolate activated carbon pretreatment unit structural schematic diagram.

Fig. 2 is heretofore described 1 structural schematic diagram of adjusting support.

Fig. 3 is heretofore described lifter 1-4 structural schematic diagram.

Fig. 4 is heretofore described 3 structural schematic diagram of pushing mechanism.

Fig. 5 is heretofore described A sliding rail 3-2 structural schematic diagram.

Fig. 6 is heretofore described atomizer 3-2-1 structural schematic diagram.

Fig. 7 is heretofore described atomizer spooler 3-2-3 structural schematic diagram.

Fig. 8 is heretofore described A cylinder limiter 3-3 structural schematic diagram.

Fig. 9 is heretofore described A cylinder 3-4 structural schematic diagram.

Figure 10 is heretofore described 6 structural schematic diagram of plate of threading a needle.

Figure 11 is heretofore described limiter 6-4 structural schematic diagram of threading a needle.

Figure 12 is heretofore described 7 structural schematic diagram of threading mechanism.

Figure 13 is heretofore described 8 structural schematic diagram of pneumatic triple piece.

Figure 14 is heretofore described right side accumulator 8-1 structural schematic diagram.

Figure 15 is heretofore described push pin 3-7 fatigue resistance gaining rate and 2- methyl-tip-nip volume relational graph.

Specific embodiment

As shown in Figure 1, a kind of be used for air filtration Alveolate activated carbon pretreatment unit, including adjust support 1, working cabined 2, pushing mechanism 3, control panel 4, alarm 5, plate 6 of threading a needle, threading mechanism 7, pneumatic triple piece 8.2 bottom four of working cabined Angle, which is equipped with, adjusts support 1, adjusts support 1 and adjusts height value in 0mm~25mm；2 top of working cabined is equipped with pushing mechanism 3, Pushing mechanism 3 is screwed with working cabined 2, and wherein 3 one end of pushing mechanism is equipped with threading mechanism 7, threading mechanism 7 and working cabined 2 It is screwed；The 2 top side both ends of working cabined are respectively equipped with control panel 4 and alarm 5, alarm 5 by conducting wire with The control of control panel 4 is connected；The plate 6 of threading a needle is located at 7 top of threading mechanism, plate 6 of threading a needle altogether there are two, thread a needle plate 6 with thread a needle Mechanism 7 is fixedly connected, wherein plate 6 of threading a needle is equipped with groove, groove is built-in with a row and threads a needle；The pneumatic triple piece 8 is located at work Make 2 front side of cabinet, pneumatic triple piece 8 is fixedly connected with working cabined 2.

As shown in Fig. 2, the adjusting support 1 includes that support foot pad 1-1, support column 1-2, support are cranked arm 1-3, lifter 1-4, support shell 1-5, cam rocker arm 1-6, support cam 1-7, support elevator 1-8, elevator slide plate 1-9；The support The top foot pad 1-1 is equipped with support column 1-2, and support column 1-2 is vertical with the support center foot pad 1-1, wherein support column 1-2 Bottom end is fixedly connected with support foot pad 1-1；The support column 1-2 is telescopic mounting, and support column 1-2 is located at support shell Inside 1-5, the support upper end shell 1-5 is fixedly connected with the top support column 1-2, and wherein support shell 1-5 is side opening knot Structure；The elevator slide plate 1-9 is located at support shell 1-5 opening side, and elevator slide plate 1-9 upper outside is fixedly connected with branch Seat elevator 1-8, the lower part elevator slide plate 1-9 is fixedly connected with lifter 1-4；The lifter 1-4 and support column 1-2 is sliding Dynamic connection is fixedly connected with support shell 1-5, and the side of lifter 1-4 is equipped with support and cranks arm 1-3, support crank arm 1-3 with go up and down Device 1-4 rotates coaxially connection；The support cranks arm the top 1-3 equipped with cam rocker arm 1-6, and the support 1-3 that cranks arm passes through cam rocker arm 1-6 is connect with support cam 1-7；One end of the cam rocker arm 1-6 and the support 1-3 that cranks arm are rotated coaxially and are connect, cam rocker arm The other end of 1-6 is not rotatablely connected coaxially with support cam 1-7；The support cam 1-7 is set to the side support elevator 1-8, The two transmission connection；The support elevator 1-8 is connected by conducting wire with the control of control panel 4.

As shown in figure 3, the lifter 1-4 includes elevating screw thread 1-4-1, gear casing 1-4-2, rotary gear axis 1-4- 3, lifting gear 1-4-4；The elevating screw thread 1-4-1 is attached on support column 1-2, and the side elevating screw thread 1-4-1, which is equipped with, to rise Gear 1-4-4 drops, and elevating screw thread 1-4-1 engages connection with lifting gear 1-4-4；At the lifting gear 1-4-4 inside center Equipped with rotary gear axis 1-4-3, lifting gear 1-4-4 is fixedly connected with rotary gear axis 1-4-3, outside lifting gear 1-4-4 Equipped with gear casing 1-4-2；The gear casing 1-4-2 is fixedly connected with support shell 1-5.

As shown in figure 4, the pushing mechanism 3 includes fixed block 3-1, A sliding rail 3-2, A cylinder limiter 3-3, A cylinder 3- 4, install panel 3-5, the platform 3-6 that pushes pin, push pin 3-7；The fixed block 3-1 quantity is 2, and fixed block 3-1 structure is " work " word Type, wherein fixed block 3-1 is equipped with A sliding rail 3-2, A sliding rail 3-2 and is threadedly coupled with fixed block 3-1；It is equipped on the A sliding rail 3-2 Push pin platform 3-6, and the platform 3-6 and A sliding rail 3-2 that pushes pin is slidably connected；The installation panel 3-5 is located at the one end A sliding rail 3-2, mounting surface The side plate 3-5 is equipped with A cylinder 3-4, A cylinder 3-4 and is fixedly connected by bolt with installation panel 3-5；The 3-7 that pushes pin, which is located at, to be pushed away On needle platform 3-6,3-7 quantity of pushing pin is 2, and two 3-7 length scales of pushing pin are identical, and in same level；The A cylinder Limiter 3-3 is located at the front cylinder 3-4 A side, and A cylinder limiter 3-3 is connect with 4 signal of control panel.

As shown in figure 5, the A sliding rail 3-2 includes atomizer 3-2-1, A sliding rail sliding cylinder 3-2-2, atomizer spooler 3-2- 3, push pin sewing platform base 3-2-4, A sliding rail slide bar 3-2-5, sliding cylinder rack gear 3-2-6；The sliding cylinder 3-2-2 of the A sliding rail is located at fixed block 3- 1 top, the sliding cylinder 3-2-2 of A sliding rail are fixedly connected with fixed block 3-1, and the sliding cylinder 3-2-2 of A sliding rail is equipped with the sewing platform base 3-2-4 that pushes pin, Sliding cylinder 3-2-2 and A sliding rail the slide bar 3-2-5 of sewing platform base 3-2-4 and A sliding rail of wherein pushing pin is slidably connected；The A sliding rail slide bar 3-2- 5 are located at side outside the sliding cylinder 3-2-2 of A sliding rail, and A sliding rail slide bar 3-2-5 passes through fixed device and the fixed company of the sliding cylinder 3-2-2 of A sliding rail It connects, the every side of quantity of A sliding rail slide bar 3-2-5 is 3；The sliding cylinder rack gear 3-2-6 is fixedly connected on the sliding cylinder 3-2-2 of A sliding rail The lower section of portion's slideway, sliding cylinder rack gear 3-2-6 engage connection with sewing platform base 3-2-4 internal gear of pushing pin；The atomizer 3-2-1 is set In the sliding cylinder 3-2-2 interior side of A sliding rail, the quantity of atomizer 3-2-1 is no less than 6, atomizer 3-2-1 and atomizer spooler 3-2-3 connection, wherein atomizer spooler 3-2-3 is set on the outside of the sliding one end cylinder 3-2-2 of A sliding rail.

As shown in fig. 6, the atomizer 3-2-1 includes: multistage oil inlet 3-2-1-1, oil cylinder shock-absorbing sleeve 3-2-1-2, liquid Compressing cylinder 3-2-1-3, oil cylinder closed plate 3-2-1-4, hydraulic beam hanger 3-2-1-5, hydraulic pressure oil overhold rush atomising device 3-2-1-6；Institute It states the top hydraulic cylinder 3-2-1-3 and is equipped with multistage oil inlet 3-2-1-1, multistage oil inlet 3-2-1-1 and hydraulic cylinder 3-2-1-3 Internal run-through, the bottom hydraulic cylinder 3-2-1-3 are uncovered structure；The hydraulic pressure oil overhold rushes atomising device 3-2-1-6 set on hydraulic At oil cylinder 3-2-1-3 center of inside, it is solid conical structure that hydraulic pressure oil overhold, which rushes atomising device 3-2-1-6,；The hydraulic beam hanger 3- 2-1-5 is connected to the bottom hydraulic cylinder 3-2-1-3 open-mouth, and the quantity of hydraulic beam hanger 3-2-1-5 is no less than 16, adjacent hydraulic Beam hanger 3-2-1-5 by hydraulic pressure oil overhold rush the bottom atomising device 3-2-1-6 endpoint centered on be angularly distributed, hydraulic beam hanger 3-2-1- 5 are connected by conducting wire with the control of control panel 4；The oil cylinder closed plate 3-2-1-4 is located at the lower part hydraulic beam hanger 3-2-1-5, oil Potting closing plate 3-2-1-4 is connect with hydraulic beam hanger 3-2-1-5 hinge；The oil cylinder shock-absorbing sleeve 3-2-1-2 is fixedly connected on hydraulic Oil cylinder 3-2-1-3 outer wall upper end.

As shown in fig. 7, the atomizer spooler 3-2-3 includes that take-up connects ring 3-2-3-1, take-up guidance cylinder 3-2-3- 2, take-up capstan winch 3-2-3-3, spooler cooling device 3-2-3-4, driving motor 3-2-3-5, spooler arrangement of clutch 3-2-3- 6, atomizer take-up 3-2-3-7, spooler fixed frame 3-2-3-8；The spooler arrangement of clutch 3-2-3-6 is located at entire oil spout The upper end mouth spooler 3-2-3, the lower part of spooler arrangement of clutch 3-2-3-6 are equipped with driving motor 3-2-3-5, spooler clutch dress 3-2-3-6 and driving motor 3-2-3-5 is set to be sequentially connected；The driving motor 3-2-3-5 and control panel 4 pass through polygon control survey It is connected, the lower section of driving motor 3-2-3-5 is equipped with spooler cooling device 3-2-3-4；The take-up capstan winch 3-2-3-3, which is located at, to be received Below line device cooling device 3-2-3-4, spooler arrangement of clutch 3-2-3-6, driving motor 3-2-3-5 and spooler cooling device 3-2-3-4 is on same axis with take-up capstan winch 3-2-3-3, wherein spooler arrangement of clutch 3-2-3-6 and take-up capstan winch 3-2-3-3 rotation connection；The take-up guidance cylinder 3-2-3-2 is located at below take-up capstan winch 3-2-3-3, and take-up guides cylinder 3-2-3- 2 upper ends are connected with spooler fixed frame 3-2-3-8, and the take-up guidance lower end cylinder 3-2-3-2 is equipped with take-up and connects ring 3-2-3-1, sprays One end of oil nozzle take-up 3-2-3-7 connects ring 3-2-3-1 with take-up and connect, and wherein take-up connects the atomizer in ring 3-2-3-1 Take-up 3-2-3-7 guides cylinder 3-2-3-2 to be wound on take-up capstan winch 3-2-3-3 by take-up.

As shown in figure 8, the A cylinder limiter 3-3 includes: limiter shell 3-3-1, briquetting rate of tension regulation cock 3-3- 2, screw thread limit shaft 3-3-3, to pressing spring 3-3-4, limit shaft briquetting 3-3-5, driving gear 3-3-6, gearing shaft 3-3- 7；The limit shaft briquetting 3-3-5 is located inside limiter shell 3-3-1, and the quantity of limit shaft briquetting 3-3-5 is 2, adjacent Between limit shaft briquetting 3-3-5 by briquetting rate of tension regulation cock 3-3-2 connection, wherein briquetting rate of tension regulation cock 3-3-2 Quantity is no less than 2；The driving gear 3-3-6 is located at limit shaft briquetting 3-3-5 interior grooves, driving gear 3-3-6's Quantity is 2, and driving gear 3-3-6 inside center is equipped with gearing shaft 3-3-7, gearing shaft 3-3-7 and driving gear 3-3-6 rotates coaxially connection；The screw thread limit shaft 3-3-3 is horizontally disposed between two sides driving gear 3-3-6, screw thread limit Axis 3-3-3 engages connection with two sides driving gear 3-3-6；It is described that limit shaft briquetting 3-3-5 is fixedly connected on to pressing spring 3-3-4 Side, the quantity to pressing spring 3-3-4 are 2；The gearing shaft 3-3-7 and external motor are sequentially connected.

As shown in figure 9, the A cylinder 3-4 includes A cylinder air inlet 3-4-1, homogeneous device 3-4-2, gas-filtering device 3-4-3, blender 3-4-4, A cylinder shell 3-4-5, rotator 3-4-6, gas outlet control valve 3-4-7, A cylinder gas outlet 3- 4-8, safety air vavle 3-4-9；The A cylinder air inlet 3-4-1 and A cylinder gas outlet 3-4-8 is respectively provided at A cylinder shell 3-4- 5 two sides, wherein A cylinder air inlet 3-4-1 and A cylinder shell 3-4-5 internal run-through；The gas-filtering device 3-4-3 is located at A At cylinder shell 3-4-5 inside center, the one end gas-filtering device 3-4-3 and A cylinder gas outlet 3-4-8 perforation are connected, gas The filter device 3-4-3 other end and A cylinder shell 3-4-5 internal run-through；The gas outlet control valve 3-4-7 is located at A cylinder and goes out The top port 3-4-8, gas outlet control valve 3-4-7 are connected by conducting wire with the control of control panel 4；The rotator 3-4-6 connects It connects in A cylinder shell 3-4-5 interior side, rotator 3-4-6 and external motor are sequentially connected, and rotator 3-4-6 and homogeneous fill 3-4-2 rotation connection is set, wherein homogeneous device 3-4-2 is located at the side gas-filtering device 3-4-3；Described blender 3-4-4 In A cylinder shell 3-4-5 inner upper end, one end of blender 3-4-4 and external motor are sequentially connected；The safety air vavle 3-4- 9 are fixedly connected on the outside of A cylinder shell 3-4-5.

As shown in Figure 10, the plate 6 of threading a needle includes thrustor 6-1, threads a needle and place groove 6-2, the 6-3 that threads a needle, limit of threading a needle Position device 6-4；It is described to thread a needle that place the quantity of groove 6-2 be 2, it is adjacent thread a needle to place to be equipped between groove 6-2 thread a needle 6-3, In the thread a needle both ends of 6-3 be located at and thread a needle and place inside groove 6-2, the quantity for the 6-3 that threads a needle is no less than 12；The thrustor 6- 1 is located to thread a needle and places the top groove 6-2, and thrustor 6-1 is to promote to thread a needle the pressurizing device of the whereabouts 6-3；The limit of threading a needle Device 6-4, which is fixedly connected on to thread a needle, places the lower part groove 6-2 side, thread a needle limiter 6-4 and external motor transmission connection.

As shown in figure 11, the limiter 6-4 that threads a needle include: limiter frame 6-4-1, limiter lifting device 6-4-2, Limiter damping group 6-4-3, the 6-4-4 of slide plate containing rack gear, gag lever post screw thread 6-4-5, gag lever post 6-4-6, A gear 6-4-7, B tooth Take turns 6-4-8, C gear 6-4-9；The 6-4-4 of slide plate containing rack gear be located inside limiter frame 6-4-1 and with limiter frame 6- The side 4-1 is slidably connected, and the top of the one end the 6-4-4 of slide plate containing rack gear rack gear is equipped with B gear 6-4-8, B gear 6-4-8 and contains tooth The engagement connection of slide plate 6-4-4 one end rack gear；The C gear 6-4-9 is located on rear side of B gear 6-4-8, the diameter of C gear 6-4-9 It rotates coaxially and connect with B gear 6-4-8 less than B gear 6-4-8, C gear 6-4-9, wherein B gear 6-4-8 and external motor pass Dynamic connection；The gag lever post 6-4-6 is passed through from the side limiter frame 6-4-1, and one end of gag lever post 6-4-6 is equipped with gag lever post spiral shell Line 6-4-5, wherein gag lever post screw thread 6-4-5 engages connection with A gear 6-4-7；The A gear 6-4-7 is located at C gear 6-4-9 Lower part, A gear 6-4-7 engage connection with C gear 6-4-9, and A gear 6-4-7 is connected to the 6-4-4 of slide plate containing rack gear by fixing axle On the rack gear of one end；The limiter lifting device 6-4-2 is located at the side the 6-4-4 of slide plate containing rack gear, limiter lifting device 6-4-2 The lift lever of lower part is connect with the one end the 6-4-4 of slide plate containing rack gear, and limiter lifting device 6-4-2 passes through conducting wire and control panel 4 Control is connected；The limiter damping group 6-4-3 is fixedly connected on the 6-4-4 of slide plate containing rack gear, limiter damping group 6-4-3's Quantity is 2.

As shown in figure 12, the threading mechanism 7 includes platform 7-1, B cylinder 7-2, send needle slide unit 7-3, needle tray 7-4, mold Fixing groove 7-5, article storage tank 7-6, B sliding rail 7-7；Square groove is provided at the top of the platform 7-1, square groove two sides are set there are four pin hole, Its bottom is equipped with B sliding rail 7-7, and top is equipped with and send needle slide unit 7-3, and needle slide unit 7-3 is sent to slide in the square groove at the top of platform 7-1； Described one end B sliding rail 7-7 be equipped with B cylinder 7-2, B cylinder 7-2 cylinder body be fixedly connected with B sliding rail 7-7, B cylinder 7-2 telescopic shaft and Needle slide unit 7-3 is drivingly connected；The mold fixing groove 7-5 is located at the side platform 7-1, and wherein mold fixing groove 7-5 is equipped with two A article storage tank 7-6；The needle tray 7-4, which is located at, to be sent on needle slide unit 7-3, and needle tray 7-4 quantity is 2, and needle tray 7-4 moves to the limit Position and the top platform 7-1 pin hole penetrate through.

As shown in figure 13, the pneumatic triple piece 8 includes right side accumulator 8-1, air inlet 8-2, air pressure coarse adjustment knob 8- 3, air pressure accurate adjustment knob 8-4, gas outlet 8-5, atmospheric pressure value show table 8-6, left side accumulator 8-7, relief valve 8-8；The outlet Mouthful 8-5 and air inlet 8-2 is located at the left and right sides of entire 8 device of pneumatic triple piece, gas outlet 8-5 and air inlet 8-2 it Between be equipped with left side accumulator 8-7 and right side accumulator 8-1, gas outlet 8-5 and pass through left side accumulator 8-7 and right side accumulator 8-1 It penetrates through and connects with air inlet 8-2；The top left side accumulator 8-7 is equipped with air pressure accurate adjustment knob 8-4, under the accumulator 8-7 of left side Portion is equipped with relief valve 8-8, and left side accumulator 8-7 waist side is equipped with atmospheric pressure value and shows table 8-6；The air pressure coarse adjustment knob 8-3 It is located at the right side top accumulator 8-1.

As shown in figure 14, the right side accumulator 8-1 include sealed briquette 8-1-1, right side accumulator escape pipe 8-1-2, Tank body stabilizer 8-1-3, spray liquid enter pipe regulating valve 8-1-4, spray liquid enters pipe 8-1-5, vertical gas-distributing pipe 8-1-6, the right side Side accumulator tank body 8-1-7, spray liquid effuser 8-1-8, spray liquid effuser regulating valve 8-1-9, buffer board 8-1-10 with holes, Gas filtration layer 8-1-11, spray equipment 8-1-12, right side accumulator air inlet pipe 8-1-13；The tank body stabilizer 8-1-3 is solid Surely it is connected to right side accumulator tank body 8-1-7 upper outside, sealed briquette 8-1-1, sealing are equipped with above tank body stabilizer 8-1-3 Briquetting 8-1-1 is fixedly connected with tank body stabilizer 8-1-3；The right side accumulator air inlet pipe 8-1-13 and right side accumulator outlet Pipe 8-1-2 is located at two sides inside sealed briquette 8-1-1, wherein one end and right side of right side accumulator escape pipe 8-1-2 are stored up Pressure tank 8-1-7 is directly penetrated through, and one end of right side accumulator air inlet pipe 8-1-13 is stored up by vertical gas-distributing pipe 8-1-6 and right side Press tank 8-1-7 to bottom perforation；Vertical gas-distributing pipe 8-1-6, gas filtration are equipped with inside the right side accumulator tank body 8-1-7 Layer 8-1-11, buffer board 8-1-10 with holes and spray equipment 8-1-12, wherein the quantity of vertical gas-distributing pipe 8-1-6 is 8, it is adjacent Angularly distribution and angle are 45 ° between vertical gas-distributing pipe 8-1-6, and vertical gas-distributing pipe 8-1-6 is away from right side accumulator tank body 8-1-7 The distance of bottom is 8cm~10cm；The quantity of the gas filtration layer 8-1-11 be 2, it is adjacent between be equipped with buffer board with holes 8-1-10, buffer board 8-1-10 with holes between upper and lower two gas filtration layers 8-1-11 away from being equidistant；The spray equipment 8- 1-12 is located above gas filtration layer 8-1-11, and spray equipment 8-1-12 and spray liquid enter pipe 8-1-5 perforation and connect, wherein spraying Leaching liquid enters accumulator tank body 8-1-7 external upper on the right side of pipe 8-1-5 connection, and spray liquid enters pipe 8-1-5 equipped with spray liquid Into pipe regulating valve 8-1-4；The spray liquid effuser 8-1-8 is connected to right side accumulator tank body 8-1-7 outer lower side, spray Liquid stream outlet pipe 8-1-8 is equipped with spray liquid effuser regulating valve 8-1-9.

Following embodiment further illustrates the contents of the present invention, and as the 3-7 that pushes pin, it is significant components of the invention, by In its presence, the service life of integral device is increased, it plays crucial work for the safety of integral device, even running With.For this purpose, by it is following be embodiment, further verify the 3-7 of the present invention that pushes pin, shown to be higher than other related The physical characteristic of patent.

A kind of working method for air filtration Alveolate activated carbon pretreatment unit, this method include following step It is rapid:

Step 1: operator wears string according to article and requires, and selects suitable article storage tank 7-6, and by article storage tank 7-6 It is fixed on mold fixing groove 7-5, secondly operator is by the ready groove threaded a needle and be placed in inside plate 6 of threading a needle, most Operator powers on afterwards；

Step 2: running parameter, including the flexible frequency of A cylinder 3-4 and B cylinder 7-2 is arranged by control panel 4 in operator Rate, the working time difference of A cylinder 3-4 and B cylinder 7-2 and the collapsing length of A cylinder 3-4, the wherein flexible length of A cylinder 3-4 Degree is controlled by A cylinder limiter 3-3；When the projecting shaft of A cylinder 3-4 moves to the detection position A cylinder limiter 3-3, A gas Cylinder limiter 3-3 generation electric signal, which is worn, transports to control panel 4, and control panel 4, which controls A cylinder 3-4 stopping, being continued to extend；It is working In the process, operator adjusts the atmospheric pressure value of A cylinder 3-4 by pneumatic triple piece 8 according to the hardness of different articles；Work as article When hardness is lower, the atmospheric pressure value of A cylinder 3-4 is adjusted between 0.15MPa~0.35MPa by operator by pneumatic triple piece 8； When article rigidity is larger, operator by pneumatic triple piece 8 by the atmospheric pressure value of A cylinder 3-4 be adjusted to 0.35MPa~ Between 0.55MPa；

Step 3: during the work time, when being in an emergency, control panel 4 generates electric signal, and control alarm 5 opens It is dynamic, 5 flash red light of alarm；It is threaded a needle when blocking at threading mechanism 7, control panel 4 generates electric signal, control alarm Device 5 starts, 5 flashes yellow light of alarm, and then reminds operator；

Step 4: in adjusting 1 course of work of support, control panel 4 controls support elevator 1-8 and is operated, and then band Dynamic support cam 1-7, cam rocker arm 1-6 and support are cranked arm the rotation of 1-3, promote lifter 1-4 to move up and down, and then realize branch Seat column 1-2's is flexible；

Step 5: in lifter 1-4 operation, the rotation of rotary gear axis 1-4-3 drives lifting gear 1-4-4's Rotation, and promote lifting gear 1-4-4 to engage with elevating screw thread 1-4-1, and then realize the rising and decline of support column 1-2；

Step 6: in A sliding rail 3-2 operational process, sewing platform base 3-2-4 internal gear is pushed pin under the drive of external motor It is operated, and then realizes and slide engaging for cylinder rack gear 3-2-6, it is ensured that the sewing platform base 3-2-4 that pushes pin is in the sliding cylinder 3-2-2 of A sliding rail With the smooth sliding on A sliding rail slide bar 3-2-5；

Step 7: in atomizer 3-2-1 operation, hydraulic oil enters hydraulic cylinder 3- from multistage oil inlet 3-2-1-1 In 2-1-3, and atomization is realized under the action of hydraulic pressure oil overhold rushes atomising device 3-2-1-6；At the same time, hydraulic beam hanger 3-2-1- 5 rotate before and after progress under the control of control panel 4, and then oil cylinder closed plate 3-2-1-4 is promoted to open and be closed；

Step 8: in atomizer spooler 3-2-3 operation, take-up connects the atomizer take-up 3- in ring 3-2-3-1 2-3-7 is penetrated from the take-up guidance bottom cylinder 3-2-3-2 and is around on take-up capstan winch 3-2-3-3；Driving motor 3-2-3-5 is being manipulated It is operated under the control of panel 4, and drives the rotation of spooler arrangement of clutch 3-2-3-6, and then drive take-up capstan winch 3-2- The rotation of 3-3 realizes that take-up capstan winch 3-2-3-3 is closely wound atomizer take-up 3-2-3-7；

Step 9: in A cylinder limiter 3-3 operation, gearing shaft 3-3-7 under the drive of external motor into Row operating, and then the rotation of driving gear 3-3-6 is driven, and promote that gear 3-3-6 and screw thread limit shaft 3-3-3 is driven to be nibbled It closes, and then realizes that screw thread limit shaft 3-3-3's is flexible；

Step 10: in A cylinder 3-4 operation, air enters A cylinder shell 3-4-5 from A cylinder air inlet 3-4-1 It is internal；At the same time, rotator 3-4-6 and blender 3-4-4 are operated under the drive of external motor, and rotator 3-4- 6 rotation drives the rotation of homogeneous device 3-4-2 again, and then realizes the stirring to A cylinder shell 3-4-5 internal gas and homogeneous Effect；Then, gas enters A cylinder gas outlet 3-4-8 by gas-filtering device 3-4-3, and from A cylinder gas outlet 3-4-8 Discharge；In the process, when air pressure is excessive in A cylinder shell 3-4-5, system automatically opens safety air vavle 3-4-9 pressure release；

Step 11: in 6 operation of plate of threading a needle, the limiter 6-4 that threads a needle is operated under the drive of external motor, and Under the mating reaction of thrustor 6-1, it is ensured that the 6-3 that threads a needle is single every time to be fallen in inside needle tray 7-4；

Step 12: in the limiter 6-4 course of work of threading a needle, under the drive of external motor, B gear 6-4-8 is containing tooth It is moved on the one end slide plate 6-4-4 rack gear, and then promotes C gear 6-4-9 and A gear 6-4-7, A gear 6-4-7 and gag lever post spiral shell The engagement rotation of line 6-4-5 realizes that gag lever post 6-4-6's is elastic；Meanwhile limiter is controlled by control panel 4 and is promoted The lift lever of the lower part device 6-4-2 moves up and down, and then drives the entire 6-4-4 raising and lowering of slide plate containing rack gear, realizes A gear 6-4-7 engages the variation of tightness degree with gag lever post screw thread 6-4-5；

Step 13: in 8 operation of pneumatic triple piece, under the action of external air pump, gas from air inlet 8-2 successively It is discharged into right side accumulator 8-1 and left side accumulator 8-7, and then from gas outlet 8-5；At the same time, it is revolved by air pressure coarse adjustment Button 8-3 carries out the adjustment between 0.1MPa~1MPa range to atmospheric pressure value, is carried out by air pressure accurate adjustment knob 8-4 to atmospheric pressure value Adjustment between 0.01MPa~0.1MPa range；In the process, atmospheric pressure value shows table 8-6 to the gas in the accumulator 8-7 of left side Pressure value is detected, and when atmospheric pressure value is above standard pressure value, system automatically opens relief valve 8-8 decompression；

Step 14: in the accumulator 8-1 course of work of right side, gas enters from right side accumulator air inlet pipe 8-1-13, and Enter the right side bottom accumulator tank body 8-1-7 by vertical gas-distributing pipe 8-1-6；Then, right side accumulator tank body 8-1-7 bottom Gas moves upwards, and during which passes through gas filtration layer 8-1-11 and buffer board 8-1-10 with holes, and final gas is from right side accumulator Escape pipe 8-1-2 discharge；In the process, spray liquid enters pipe 8-1-5 from spray liquid and enters in the accumulator tank body 8-1-7 of right side Gas in tank is cleaned in portion, and spray liquid is discharged from spray liquid effuser 8-1-8 after cleaning.

Alveolate activated carbon is formed by macromolecule foaming agent and biomass carbon pressing mold, the constituent of Alveolate activated carbon and Manufacturing process is as follows:

One, Alveolate activated carbon constituent:

271.7~496.5 parts of pure water according to parts by weight, 63.2~105.2 parts of biomass charcoal powder, the 3- of methoxy group [2- (amino-ethyl) amino] hydroxypropyl methyl dimethyl (siloxanes and polysiloxanes) and polyethylene glycol butyl glycidyl ether 66.2~175.0 parts of reaction product, 62.8~79.4 parts of methylvinylcyclosiloxane platinum complex, pyrogallol 65.7~ 122.0 parts, 4,4'- (1- methyl ethylidene) biphenols and (chloromethyl) ethylene oxide, 68.7~129.6 parts of active carbon, iron is received 70.5~125.1 parts of particle of rice, 63.5~105.1 parts of reaction product sodium salt of polyaziridine and carbon disulfide, extruding vermiculite 65.0~105.9 parts, isophthalic acid and 2,2-dimethyl-1,3-propanediol, adipic acid and 1,3- isobenzofurandione gather 65.9~88.6 parts of object of conjunction, 54.9~90.3 parts of alcohol hydrochloride of methoxyl group cinchonane -9- of (8 α, 9R) -6'-, calcium hydroxide 53.0~96.3 parts, 62.8~107.5 parts of diatomite, 1,1,2,2,3,3,4,4,4- nine fluoro-N- (2- ethoxy) -1- fourth sulphur 72.1~116.4 parts of the mono-ammonium of amide, the alpha-brominated ethyl myristate 95.4 that mass concentration is 62mg/L~329mg/L~ 149.5 part；

Two, the manufacturing process of Alveolate activated carbon comprising the steps of:

Step 1: in stirring heated type reactor, pure water and biomass charcoal powder, starting stirring heated type reactor is added In blender, setting speed be 64rpm~110rpm, starting stirring heated type reactor in steam-heated concentrator, make Temperature rises to 79.7 DEG C~80.5 DEG C, and 3- [2- (amino-ethyl) amino] hydroxypropyl methyl dimethyl (silicon of methoxy group is added Oxygen alkane and polysiloxanes) it is stirred evenly with the reaction product of polyethylene glycol butyl glycidyl ether, carry out reaction 56.2~67.2 Minute, methylvinylcyclosiloxane platinum complex is added, being passed through flow is 55.6m³/ min~96.4m³The fluorine gas 56.2 of/min ~67.2 minutes；Pyrogallol is added in stirring heated type reactor later, the steaming being again started up in stirring heated type reactor Vapour heated concentrator makes temperature rise to 96.2 DEG C~129.0 DEG C, keeps the temperature 56.8~67.4 minutes, and 4,4'- is added, and (1- methyl is sub- Ethyl) biphenol and (chloromethyl) ethylene oxide, active carbon, in adjustment stirring heated type reactor the pH value of solution be 4.7~ 8.0, keep the temperature 56.7~296.7 minutes；

Step 2: separately taking iron nanoparticle, by iron nanoparticle power be 5.96KW~11.4KW under ultrasonication After 0.62~1.129 hour；Iron nanoparticle is added in another stirring heated type reactor, mass concentration, which is added, is The polyaziridine of 66mg/L~296mg/L and the reaction product sodium salt of carbon disulfide disperse iron nanoparticle, and starting stirring is heated Steam-heated concentrator in formula reactor makes solution temperature between 49 DEG C~89 DEG C, in starting stirring heated type reactor Blender, and with 4 × 10²Rpm~8 × 10²The speed of rpm stirs, and adjusts pH value between 4.9~8.3, insulated and stirred 62 ~129 minutes；Stop reaction later and stand 5.96 × 10~11.4 × 10 minutes, removes impurity；Extruding leech is added in suspension Stone adjusts pH value between 1.9~2.3, forms sediment and is eluted with pure water, by centrifuge in revolving speed 4.180 × 10³rpm ~9.874 × 10³Solid content is obtained under rpm, 2.281 × 10²DEG C~3.84 × 10²It is dry at a temperature of DEG C, mistake after grinding 0.180×10³~1.874 × 10³Mesh, it is spare；

Step 3: isophthalic acid and 2,2- dimethyl -1,3- propylene glycol, adipic acid and 1,3- isobenzofurandione are separately taken Polymer and step 2 processing after iron nanoparticle, after mixing use ionizing radiation, the energy of ionizing radiation Be 101.0kGy~141.3kGy for 53.0MeV~81.3MeV, dosage, irradiation time is 65.0~90.3 minutes, obtain character The polymer and iron of the isophthalic acid of change and 2,2- dimethyl -1,3- propylene glycol, adipic acid and 1,3- isobenzofurandione Nanoparticle mixture；By isophthalic acid and 2,2- dimethyl -1,3- propylene glycol, adipic acid and 1,3- isobenzofurandione Polymer and iron nanoparticle mixture are placed in another stirring heated type reactor, the steaming in starting stirring heated type reactor Vapour heated concentrator, 64.8 DEG C~110.5 DEG C of set temperature, the blender in heated type reactor is stirred in starting, and revolving speed is 56rpm~451rpm, pH are adjusted between 4.1~8.4, are dehydrated 65.1~79.4 minutes, spare；

Step 4: isophthalic acid and 2,2- dimethyl -1,3- propylene glycol that the character that step 3 is obtained changes, adipic acid and The polymer and iron nanoparticle mixture of 1,3- isobenzofurandione, adding to mass concentration is 66mg/L~296mg/L's In (8 α, 9R) -6'- methoxyl group cinchonane -9- alcohol hydrochloride, cocurrent is added in the stirring heated type reactor of step 1, stream Acceleration is 201mL/min~929mL/min；Starting stirring heated type react mechanical stirrer, setting speed be 70rpm~ 110rpm；Stirring 4~8 minutes；Calcium hydroxide is added, the steam-heated concentrator in starting stirring heated type reactor rises To 100.4 DEG C~137.5 DEG C, pH is adjusted between 4.4~8.5 temperature, and being passed through fluorine gas ventilatory capacity is 55.80m³/ min~ 96.102m³/ min, heat preservation stand 90.7~120.5 minutes；It is again started up stirring heated type reaction mechanical stirrer, revolving speed is 65rpm~110rpm is added diatomite, and pH is adjusted between 4.4~8.5, and heat preservation stands 89.2~129.2 minutes；

Step 5: the blender in starting stirring heated type reactor, setting speed are 62rpm~129rpm, starting stirring Steam-heated concentrator in heated type reactor sets the temperature in stirring heated type reactor as 1.450 × 10²DEG C~ 2.212×10²DEG C, the mono-ammonium of 1,1,2,2,3,3,4,4,4- nine fluoro-N- (2- ethoxy) -1- fourth sulfonamide is added, instead It answers 56.2~67.0 minutes；Alpha-brominated ethyl myristate is added later, the steam heating in starting stirring heated type reactor is dense Contracting device sets the temperature in stirring heated type reactor as 140.8 DEG C~196.4 DEG C, and pH is adjusted between 4.7~8.7, pressure For 0.62MPa~0.63MPa, the reaction time is 0.4~0.9 hour；Be depressurized to later gauge pressure be 0MPa, be cooled to 56.2 DEG C~ 67.0 DEG C discharge into molding press to get to Alveolate activated carbon；

The partial size of the iron nanoparticle is 70 μm~80 μm.

One kind being used for air filtration Alveolate activated carbon pretreatment unit, which is characterized in that the 3-7 that pushes pin is by macromolecule The molding of material pressing mold, pushes pin 3-7 by mass percentage, is grouped as by following group:

2- methyl-tip-nip 1~87%；

Ultrapure water 5~86%；

Modification helps additive 3~28%；

Bis- [4- (2- acrylic the oxygroup)] benzene 6~38% of 1,1'- (1- methyl ethylidene)；

Dignified promotor 9~29%；

Iron nanoparticle 2~95%；

Condensation promotes catalyst 4~20%；

It is the derivative of benzothiazole father-in-law, molecular characterization that the modification, which helps additive, are as follows:

Wherein, R is alkyl, is 9~40 carbon atoms；

The dignified promotor is the derivative of ethyl butyrate, molecular structural formula are as follows:

Molecular formula are as follows: C6H10O3ClX；Wherein, X is group；

The molecular structural formula of the X group are as follows:

The group Molecule formula are as follows: C20H18P；

It is the derivative of aurin tricarboxyli acid (ATA), molecular structural formula that the condensation, which promotes catalyst, are as follows:

Wherein, the molecular structural formula of B group are as follows:

Its molecular formula are as follows: C19H14O3；

The manufacturing method of the 3-7 that pushes pin is:

Step 1: it is added in batch reactor according to mass percent by the 2- methyl in component-tip-nip is matched, together When be added ultrapure water, start the blender in batch reactor, setting speed is 1rpm~87rpm；

Step 2: after batch reactor operates 5~86 minutes, modification is added and helps additive and 1,1'- (1- methyl ethylidene) Bis- [4- (2- acrylic oxygroup)] benzene, the seal steam started in batch reactor depressurize warmer, temperature are made to rise to 3 DEG C~78 DEG C, dignified promotor and iron nanoparticle is added, is stirred evenly in batch reactor, obtains the homogenate of S component；

Step 3: the condensation in proportion component is weighed according to mass percent and promotes catalyst, mixes and stirs with the homogenate of S component It mixes, the seal steam decompression warmer being again started up in batch reactor keeps the temperature 9~29 points controlled at 6 DEG C~38 DEG C Clock discharges into molding press to get to the 3-7 that pushes pin.

Embodiment 1

The 3-7 of the present invention that pushes pin is manufactured according to the following steps, and by mass percentage:

Step 1: being added in batch reactor according to mass percent by the 2- methyl in component-tip-nip 1% is matched, Ultrapure water 5% is added simultaneously, starts the blender in batch reactor, setting speed 1rpm；

Step 2: batch reactor operates after five minutes, and modification is added and helps additive 3% and 1,1'- (1- methyl ethylidene) Bis- [4- (2- acrylic oxygroup)] benzene 6%, the seal steam started in batch reactor depressurize warmer, temperature are made to rise to 3 DEG C, Dignified promotor 9% and iron nanoparticle 2% is added, is stirred evenly in batch reactor, obtains the homogenate of S component；

Step 3: the condensation in proportion component is weighed according to mass percent and promotes catalyst 4%, is mixed with the homogenate of S component Stirring, be again started up in batch reactor seal steam decompression warmer, controlled at 6 DEG C, keep the temperature 9 minutes, discharge into Molding press is to get to the 3-7 that pushes pin.

Embodiment 2

The 3-7 of the present invention that pushes pin is manufactured according to the following steps, and by mass percentage:

Step 1: batch reactor is added by the 2- methyl in component-tip-nip 87% is matched according to mass percent In, while ultrapure water 86% is added, start the blender in batch reactor, setting speed 87rpm；

Step 2: after batch reactor operates 86 minutes, modification is added and helps additive 28% and 1,1'- (1- methyl Asia second Base) bis- [4- (2- acrylic oxygroup)] benzene 38%, the seal steam started in batch reactor depressurizes warmer, rises to temperature 78 DEG C, dignified promotor 29% and iron nanoparticle 95% is added, is stirred evenly in batch reactor, obtains the homogenate of S component；

Step 3: weighing the condensation in proportion component according to mass percent and promote catalyst 20%, mixed with the homogenate of S component Stirring is closed, the seal steam decompression warmer being again started up in batch reactor keeps the temperature 29 minutes, out controlled at 38 DEG C Expect into molding press to get to the 3-7 that pushes pin.

Reference examples

Reference examples are that certain commercially available brand and the application push pin the same component of 3-7, are tested to be tested for the property.

Embodiment 3

Push pin 3-7 and the reference examples same component progress using effect pair obtained that Examples 1 to 2 is prepared Than.The two high rate hot deformation temperature, crush resistance strength, thousand hours quantity that fracture, rates of depreciation are counted, as a result such as table 1 It is shown.

As seen from Table 1, the 3-7 of the present invention that pushes pin, above-mentioned performance indicator are superior to the product of prior art production.

Embodiment 4

Study influence of the 2- methyl-tip-nip ingredient accounting to 3-7 performance of pushing pin.Variation 2- methyl-tip-nip is mixed Amount is 10%, 20%, 30%, the 40% of total amount, using 3-7 fatigue resistance gaining rate of pushing pin as evaluation index.The institute from the present invention Find out in push pin 3-7 fatigue resistance gaining rate and the 2- methyl-tip-nip volume relational graph stated, 2- methyl-tip-nip Content has important influence to its material fatigue resistance gaining rate, and the variation of content directly affects properties of product.

Claims (9)

1. one kind is used for air filtration Alveolate activated carbon pretreatment unit, which is characterized in that including adjusting support (1), work Cabinet (2), pushing mechanism (3), control panel (4), alarm (5), plate of threading a needle (6), threading mechanism (7), pneumatic triple piece (8)；

Working cabined (2) bottom four corners, which are equipped with, adjusts support (1),

It adjusts support (1) and adjusts height value in 0mm~25mm,

Working cabined (2) top is equipped with pushing mechanism (3),

Pushing mechanism (3) is screwed with working cabined (2),

Pushing mechanism (3) one end is equipped with threading mechanism (7),

Threading mechanism (7) is screwed with working cabined (2),

Working cabined (2) top side both ends are respectively equipped with control panel (4) and alarm (5),

Alarm (5) is connected by conducting wire with control panel (4) control,

Plate (6) of threading a needle is located at threading mechanism (7) top,

Thread a needle plate (6) altogether there are two, plate of threading a needle (6) is fixedly connected with threading mechanism (7),

Plate (6) are threaded a needle equipped with groove, groove is built-in with a row and threads a needle,

Pneumatic triple piece (8) is located on front side of working cabined (2),

Pneumatic triple piece (8) is fixedly connected with working cabined (2),

Interior be equipped with of plate (6) of threading a needle threads a needle limiter (6-4),

Limiter (6-4) of threading a needle is placed groove (6-2) and is fixedly connected with threading a needle, and is located to thread a needle and places lower part groove (6-2) one Side,

It threads a needle limiter (6-4) and external motor is sequentially connected；

The limiter of threading a needle (6-4) includes limiter frame (6-4-1), limiter lifting device (6-4-2), limiter damping Group (6-4-3), slide plate containing rack gear (6-4-4), gag lever post screw thread (6-4-5), gag lever post (6-4-6), A gear (6-4-7), B tooth (6-4-8), C gear (6-4-9) are taken turns,

Slide plate containing rack gear (6-4-4) is located at limiter frame (6-4-1) inside and connects with limiter frame (6-4-1) Slideslip It connects,

The top of the one end slide plate containing rack gear (6-4-4) rack gear is equipped with B gear (6-4-8),

B gear (6-4-8) engages connection with the one end slide plate containing rack gear (6-4-4) rack gear,

C gear (6-4-9) is located on rear side of B gear (6-4-8),

The diameter of C gear (6-4-9) is less than B gear (6-4-8),

C gear (6-4-9) is rotated coaxially with B gear (6-4-8) and is connect,

B gear (6-4-8) and external motor are sequentially connected；The gag lever post (6-4-6) is worn from the side limiter frame (6-4-1) It crosses,

One end of gag lever post (6-4-6) is equipped with gag lever post screw thread (6-4-5),

Gag lever post screw thread (6-4-5) engages connection with A gear (6-4-7),

A gear (6-4-7) is located at the lower part C gear (6-4-9),

A gear (6-4-7) engages connection with C gear (6-4-9),

A gear (6-4-7) is connected on the rack gear of the one end slide plate containing rack gear (6-4-4) by fixing axle,

Limiter lifting device (6-4-2) is located at the side slide plate containing rack gear (6-4-4),

The lift lever of the lower part limiter lifting device (6-4-2) is connect with the one end slide plate containing rack gear (6-4-4),

Limiter lifting device (6-4-2) is connected by conducting wire with control panel (4) control,

Limiter damping group (6-4-3) is fixedly connected on slide plate containing rack gear (6-4-4),

The quantity of limiter damping group (6-4-3) is 2.

2. equipment according to claim 1, which is characterized in that the adjusting support (1) includes support foot pad (1-1), branch Seat column (1-2), support crank arm (1-3), lifter (1-4), support shell (1-5), cam rocker arm (1-6), support cam (1- 7), support elevator (1-8), elevator slide plate (1-9)；

The support foot pad top (1-1) is equipped with support column (1-2),

Support column (1-2) is vertical with the support foot pad center (1-1),

The bottom end of support column (1-2) is fixedly connected with support foot pad (1-1),

Support column (1-2) is telescopic mounting,

Support column (1-2) is located at support shell (1-5) inside,

The support shell upper end (1-5) is fixedly connected with the top support column (1-2),

Support shell (1-5) is side uncovered structure,

Elevator slide plate (1-9) is located at the open side of support shell (1-5),

Elevator slide plate (1-9) upper outside is fixedly connected with support elevator (1-8),

The lower part elevator slide plate (1-9) is fixedly connected with lifter (1-4),

Lifter (1-4) is slidably connected with support column (1-2), is fixedly connected with support shell (1-5),

The side of lifter (1-4) is equipped with support and cranks arm (1-3),

Support crank arm (1-3) rotate coaxially and connect with lifter (1-4),

Support cranks arm the top (1-3) equipped with cam rocker arm (1-6), support crank arm (1-3) it is convex by cam rocker arm (1-6) and support (1-7) connection is taken turns,

One end of cam rocker arm (1-6) crank arm with support (1-3) rotate coaxially and connect,

The other end of cam rocker arm (1-6) is not rotatablely connected coaxially with support cam (1-7),

Support cam (1-7) is set to the side support elevator (1-8), and the two is sequentially connected,

Support elevator (1-8) is connected by conducting wire with control panel (4) control.

3. equipment according to claim 2, which is characterized in that the lifter (1-4) include elevating screw thread (1-4-1), Gear casing (1-4-2), rotary gear axis (1-4-3), lifting gear (1-4-4)；

Elevating screw thread (1-4-1) is attached on support column (1-2),

The elevating screw thread side (1-4-1) is equipped with lifting gear (1-4-4),

Elevating screw thread (1-4-1) engages connection with lifting gear (1-4-4),

It is equipped with rotary gear axis (1-4-3) at lifting gear (1-4-4) inside center,

Lifting gear (1-4-4) is fixedly connected with rotary gear axis (1-4-3),

It is equipped with gear casing (1-4-2) outside lifting gear (1-4-4),

Gear casing (1-4-2) is fixedly connected with support shell (1-5).

4. equipment according to claim 3, which is characterized in that the pushing mechanism (3) includes fixed block (3-1), A sliding rail (3-2), A cylinder limiter (3-3), A cylinder (3-4), installation panel (3-5), platform of pushing pin (3-6), push pin (3-7)；

Fixed block (3-1) is equipped with A sliding rail (3-2), and A sliding rail (3-2) is threadedly coupled with fixed block (3-1),

It being equipped on A sliding rail (3-2) platform of pushing pin (3-6), platform of pushing pin (3-6) is slidably connected with A sliding rail (3-2),

Installation panel (3-5) is located at the one end A sliding rail (3-2),

The panel side (3-5) is installed and is equipped with A cylinder (3-4),

A cylinder (3-4) is fixedly connected by bolt with installation panel (3-5),

(3-7) is pushed pin positioned at pushing pin on platform (3-6), (3-7) quantity of pushing pin is 2, and two (3-7) length scales of pushing pin are identical, And in same level,

A cylinder limiter (3-3) is located at the front side A cylinder (3-4), A cylinder limiter (3-3) and control panel (4) signal Connection.

5. device according to claim 4, which is characterized in that the A sliding rail (3-2) includes atomizer (3-2-1), A cunning Rail sliding cylinder (3-2-2), atomizer spooler (3-2-3), sewing platform base of pushing pin (3-2-4), A sliding rail slide bar (3-2-5), sliding cylinder rack gear (3-2-6)；

A sliding rail sliding cylinder (3-2-2) is located above fixed block (3-1), and A sliding rail sliding cylinder (3-2-2) and fixed block (3-1) are fixed and connected It connects, A sliding rail sliding cylinder (3-2-2), which is equipped with, pushes pin sewing platform base (3-2-4), wherein sewing platform base of pushing pin (3-2-4) and the sliding cylinder of A sliding rail (3-2-2) and A sliding rail slide bar (3-2-5) are slidably connected；The A sliding rail slide bar (3-2-5) is located at A sliding rail sliding cylinder (3-2-2) outside Portion side, A sliding rail slide bar (3-2-5) pass through fixed device and are fixedly connected with A sliding rail sliding cylinder (3-2-2), A sliding rail slide bar (3-2- 5) the every side of quantity is 3；The sliding cylinder rack gear (3-2-6) is fixedly connected under the sliding top cylinder (3-2-2) slideway of A sliding rail Side, sliding cylinder rack gear (3-2-6) engage connection with sewing platform base of pushing pin (3-2-4) internal gear；The atomizer (3-2-1) is located at A Sliding rail slides cylinder (3-2-2) interior side, and the quantity of atomizer (3-2-1) is no less than 6, and atomizer (3-2-1) and atomizer are received Line device (3-2-3) connection, wherein atomizer spooler (3-2-3) is set on the outside of the sliding one end cylinder (3-2-2) of A sliding rail；

The atomizer (3-2-1) includes multistage oil inlet (3-2-1-1), oil cylinder shock-absorbing sleeve (3-2-1-2), hydraulic cylinder (3- 2-1-3), oil cylinder closed plate (3-2-1-4), hydraulic beam hanger (3-2-1-5), hydraulic pressure oil overhold rush atomising device (3-2-1-6)；It is described The hydraulic cylinder top (3-2-1-3) is equipped with multistage oil inlet (3-2-1-1), multistage oil inlet (3-2-1-1) and hydraulic cylinder (3- 2-1-3) internal run-through, the hydraulic cylinder bottom (3-2-1-3) are uncovered structure；The hydraulic pressure oil overhold rushes atomising device (3-2-1- 6) it is set at hydraulic cylinder (3-2-1-3) center of inside, it is solid conical structure that hydraulic pressure oil overhold, which rushes atomising device (3-2-1-6),； The hydraulic beam hanger (3-2-1-5) is connected to the bottom hydraulic cylinder (3-2-1-3) open-mouth, the number of hydraulic beam hanger (3-2-1-5) Amount no less than 16, centered on adjacent hydraulic beam hanger (3-2-1-5) rushes the bottom atomising device (3-2-1-6) endpoint by hydraulic pressure oil overhold It is angularly distributed, hydraulic beam hanger (3-2-1-5) is connected by conducting wire with control panel (4) control；Oil cylinder closed plate (the 3-2- It 1-4) is located at the lower part hydraulic beam hanger (3-2-1-5), oil cylinder closed plate (3-2-1-4) is connect with hydraulic beam hanger (3-2-1-5) hinge； The oil cylinder shock-absorbing sleeve (3-2-1-2) is fixedly connected on hydraulic cylinder (3-2-1-3) outer wall upper end.

6. device according to claim 5, which is characterized in that the atomizer spooler (3-2-3) includes that take-up connects Ring (3-2-3-1), take-up capstan winch (3-2-3-3), spooler cooling device (3-2-3-4), drives at take-up guidance cylinder (3-2-3-2) Dynamic motor (3-2-3-5), spooler arrangement of clutch (3-2-3-6), atomizer take-up (3-2-3-7), spooler fixed frame (3-2- 3-8)；

The spooler arrangement of clutch (3-2-3-6) is located at entire atomizer spooler (3-2-3) upper end,

The lower part of spooler arrangement of clutch (3-2-3-6) is equipped with driving motor (3-2-3-5),

Spooler arrangement of clutch (3-2-3-6) and driving motor (3-2-3-5) are sequentially connected,

Driving motor (3-2-3-5) is connected with control panel (4) by polygon control survey,

The lower section of driving motor (3-2-3-5) is equipped with spooler cooling device (3-2-3-4),

Take-up capstan winch (3-2-3-3) is located at below spooler cooling device (3-2-3-4),

Spooler arrangement of clutch (3-2-3-6), driving motor (3-2-3-5) and spooler cooling device (3-2-3-4) with receipts Line capstan winch (3-2-3-3) is on same axis,

Spooler arrangement of clutch (3-2-3-6) and take-up capstan winch (3-2-3-3) are rotatablely connected,

Take-up guidance cylinder (3-2-3-2) is located at below take-up capstan winch (3-2-3-3),

Take-up guidance upper end cylinder (3-2-3-2) is connected with spooler fixed frame (3-2-3-8),

The take-up guidance cylinder lower end (3-2-3-2) is equipped with take-up and connects ring (3-2-3-1),

One end of atomizer take-up (3-2-3-7) connects ring (3-2-3-1) with take-up and connect,

Take-up connects the atomizer take-up (3-2-3-7) in ring (3-2-3-1) and is wound in receipts by take-up guidance cylinder (3-2-3-2) On line capstan winch (3-2-3-3).

7. device according to claim 6, which is characterized in that the A cylinder limiter (3-3) includes limiter shell (3-3-1), briquetting rate of tension regulation cock (3-3-2), screw thread limit shaft (3-3-3), to pressing spring (3-3-4), limit shaft briquetting (3-3-5), driving gear (3-3-6), gearing shaft (3-3-7)；

Limit shaft briquetting (3-3-5) is located at limiter shell (3-3-1) inside,

The quantity of limit shaft briquetting (3-3-5) is 2, is adjusted between adjacent limit shaft briquetting (3-3-5) by briquetting rate of tension Bolt (3-3-2) connection,

The quantity of briquetting rate of tension regulation cock (3-3-2) is no less than 2,

Driving gear (3-3-6) is located at limit shaft briquetting (3-3-5) interior grooves,

The quantity for driving gear (3-3-6) is 2, and driving gear (3-3-6) inside center is equipped with gearing shaft (3-3-7),

Gearing shaft (3-3-7) is rotated coaxially with driving gear (3-3-6) and is connect,

Screw thread limit shaft (3-3-3) is horizontally disposed between two sides driving gear (3-3-6),

Screw thread limit shaft (3-3-3) engages connection with two sides driving gear (3-3-6),

The side limit shaft briquetting (3-3-5) is fixedly connected on to pressing spring (3-3-4),

Quantity to pressing spring (3-3-4) is 2,

Gearing shaft (3-3-7) and external motor are sequentially connected.

8. device according to claim 7, which is characterized in that the A cylinder (3-4) includes A cylinder air inlet (3-4- 1), homogeneous device (3-4-2), gas-filtering device (3-4-3), blender (3-4-4), A cylinder shell (3-4-5), rotator (3-4-6), gas outlet control valve (3-4-7), A cylinder gas outlet (3-4-8), safety air vavle (3-4-9)；The A cylinder intake Mouth (3-4-1) and A cylinder gas outlet (3-4-8) are respectively provided at the two sides A cylinder shell (3-4-5), wherein A cylinder air inlet (3- 4-1) with A cylinder shell (3-4-5) internal run-through；The gas-filtering device (3-4-3) is located in A cylinder shell (3-4-5) At portion center, gas-filtering device one end (3-4-3) and A cylinder gas outlet (3-4-8) perforation are connected, gas-filtering device (3- 4-3) other end and A cylinder shell (3-4-5) internal run-through；The gas outlet control valve (3-4-7) is located at A cylinder gas outlet The top (3-4-8), gas outlet control valve (3-4-7) are connected by conducting wire with control panel (4) control；Rotator (the 3-4- 6) it is connected to A cylinder shell (3-4-5) interior side, rotator (3-4-6) and external motor are sequentially connected, rotator (3-4- 6) it is rotatablely connected with homogeneous device (3-4-2), wherein homogeneous device (3-4-2) is located at the side gas-filtering device (3-4-3)；Institute It states blender (3-4-4) and is located at A cylinder shell (3-4-5) inner upper end, one end of blender (3-4-4) and external motor are driven Connection；The safety air vavle (3-4-9) is fixedly connected on the outside of A cylinder shell (3-4-5)；

The plate of threading a needle (6) include thrustor (6-1), thread a needle place groove (6-2), thread a needle (6-3), thread a needle limiter (6- 4)；It is described thread a needle place groove (6-2) quantity be 2, it is adjacent thread a needle place between groove (6-2) be equipped with thread a needle (6-3), In the thread a needle both ends of (6-3) be located to thread a needle and place that groove (6-2) is internal, the quantity of (6-3) of threading a needle is no less than 12；The pushing tow Device (6-1), which is located to thread a needle, places the top groove (6-2), and thrustor (6-1) is to promote to thread a needle the pressurization dress of the whereabouts (6-3) It sets；The limiter of threading a needle (6-4), which is fixedly connected on to thread a needle, places the lower part side groove (6-2), limiter of threading a needle (6-4) and outer The connection of portion's motor drive；

The threading mechanism (7) includes platform (7-1), B cylinder (7-2), needle slide unit (7-3), needle tray (7-4), mold is sent to fix Slot (7-5), article storage tank (7-6), B sliding rail (7-7)；It is provided with square groove at the top of the platform (7-1), square groove two sides set that there are four needles Hole, bottom are equipped with B sliding rail (7-7), and top is equipped with and send needle slide unit (7-3), send needle slide unit (7-3) at the top of platform (7-1) Sliding in square groove；Described B sliding rail one end (7-7) is equipped with B cylinder (7-2), B cylinder (7-2) cylinder body and B sliding rail (7-7) fixed company It connects, B cylinder (7-2) telescopic shaft and needle slide unit (7-3) are drivingly connected；The mold fixing groove (7-5) is located at platform (7-1) one Side is wherein set in mold fixing groove (7-5) there are two article storage tank (7-6)；The needle tray (7-4), which is located at, send needle slide unit (7-3) On, needle tray (7-4) quantity is 2, and needle tray (7-4) moves to pin hole at the top of extreme position and platform (7-1) and penetrates through；

The pneumatic triple piece (8) includes right side accumulator (8-1), air inlet (8-2), air pressure coarse adjustment knob (8-3), air pressure essence Knob (8-4), gas outlet (8-5), atmospheric pressure value is adjusted to show table (8-6), left side accumulator (8-7), relief valve (8-8)；It is described go out Port (8-5) and air inlet (8-2) are located at the left and right sides of entire pneumatic triple piece (8) device, gas outlet (8-5) and into Left side accumulator (8-7) and right side accumulator (8-1) are equipped between port (8-2), gas outlet (8-5) passes through left side accumulator (8-7) and right side accumulator (8-1) and air inlet (8-2) perforation connect；The left side accumulator top (8-7) is equipped with air pressure essence It adjusts knob (8-4), the accumulator lower part (8-7) in left side is equipped with relief valve (8-8), and accumulator (8-7) waist side in left side is equipped with gas Pressure value shows table (8-6)；The air pressure coarse adjustment knob (8-3) is located at right side top accumulator (8-1)；

The right side accumulator (8-1) includes sealed briquette (8-1-1), right side accumulator escape pipe (8-1-2), tank body stabilizer (8-1-3), spray liquid enter pipe regulating valve (8-1-4), spray liquid enters pipe (8-1-5), vertical gas-distributing pipe (8-1-6), right side Accumulator tank body (8-1-7), spray liquid effuser (8-1-8), spray liquid effuser regulating valve (8-1-9), buffer board (8- with holes 1-10), gas filtration layer (8-1-11), spray equipment (8-1-12), right side accumulator air inlet pipe (8-1-13)；The tank body is steady Fixed set (8-1-3) is fixedly connected on right side accumulator tank body (8-1-7) upper outside, is equipped with above tank body stabilizer (8-1-3) Sealed briquette (8-1-1), sealed briquette (8-1-1) are fixedly connected with tank body stabilizer (8-1-3)；The right side accumulator air inlet Pipe (8-1-13) and right side accumulator escape pipe (8-1-2) are located at the internal two sides of sealed briquette (8-1-1), wherein right side storage The one end and right side accumulator tank body (8-1-7) for pressing tank escape pipe (8-1-2) directly penetrate through, right side accumulator air inlet pipe (8-1- 13) one end is penetrated through by vertical gas-distributing pipe (8-1-6) and right side accumulator tank body (8-1-7) bottom of to；The right side accumulator Be equipped with inside tank body (8-1-7) vertical gas-distributing pipe (8-1-6), gas filtration layer (8-1-11), buffer board with holes (8-1-10) and Spray equipment (8-1-12), wherein the quantity of vertical gas-distributing pipe (8-1-6) is 8, between adjacent upright gas-distributing pipe (8-1-6) etc. Angular distribution and angle are 45 °, distance of the vertical gas-distributing pipe (8-1-6) away from the bottom right side accumulator tank body (8-1-7) be 8cm~ 10cm；The quantity of the gas filtration layer (8-1-11) is 2, it is adjacent between be equipped with buffer board with holes (8-1-10), it is with holes slow Punching (8-1-10) between upper and lower two gas filtration layers (8-1-11) away from being equidistant；The spray equipment (8-1-12) is located at Above gas filtration layer (8-1-11), spray equipment (8-1-12) and spray liquid enter pipe (8-1-5) perforation and connect, wherein spraying Liquid enters pipe (8-1-5) connection right side accumulator tank body (8-1-7) external upper, and spray liquid enters pipe (8-1-5) and is equipped with spray Leaching liquid enters pipe regulating valve (8-1-4)；The spray liquid effuser (8-1-8) is connected to right side accumulator tank body (8-1-7) outside Subordinate side, spray liquid effuser (8-1-8) are equipped with spray liquid effuser regulating valve (8-1-9).

9. one kind is used for air filtration Alveolate activated carbon preprocess method, which comprises the following steps:

Step 1, operator wear string according to article and require, and select suitable article storage tank (7-6), and by article storage tank (7-6) It is fixed on mold fixing groove (7-5), secondly ready thread a needle is placed in the internal groove of plate of threading a needle (6) by operator Interior, last operation personnel power on；

Running parameter is arranged by control panel (4) in step 2, operator, including A cylinder (3-4) and B cylinder (7-2) stretch The working time difference of frequency, A cylinder (3-4) and B cylinder (7-2) and the collapsing length of A cylinder (3-4), wherein A cylinder (3- 4) collapsing length is controlled by A cylinder limiter (3-3)；When the projecting shaft of A cylinder (3-4) moves to A cylinder limiter (3- 3) when detecting position, A cylinder limiter (3-3) generation electric signal, which is worn, to be transported to control panel (4), and control panel (4) controls A cylinder (3-4) stopping continues to extend；During the work time, operator is adjusted according to the hardness of different articles by pneumatic triple piece (8) Save the atmospheric pressure value of A cylinder (3-4)；When article rigidity is lower, operator passes through pneumatic triple piece (8) for A cylinder (3-4) Atmospheric pressure value is adjusted between 0.15MPa~0.35MPa；When article rigidity is larger, operator passes through pneumatic triple piece (8) for A The atmospheric pressure value of cylinder (3-4) is adjusted between 0.35MPa~0.55MPa；

Step 3, during the work time, when being in an emergency, control panel (4) generates electric signal, and control alarm (5) is opened It is dynamic, alarm (5) flash red light；It is threaded a needle when blocking at threading mechanism (7), control panel (4) generates electric signal, control Alarm (5) starting processed, alarm (5) flashes yellow light, and then remind operator；

Step 4, in adjusting support (1) course of work, control panel (4) control support elevator (1-8) is operated, in turn It drives support cam (1-7), cam rocker arm (1-6) and support to crank arm the rotation of (1-3), promotes lifter (1-4) up and down motion, And then realize the flexible of support column (1-2)；

Step 5, in lifter (1-4) operation, the rotation of rotary gear axis (1-4-3) drives lifting gear (1-4-4) Rotation, and lifting gear (1-4-4) is promoted to engage with elevating screw thread (1-4-1), and then realize the rising of support column (1-2) And decline；

Step 6, in A sliding rail (3-2) operational process, sewing platform base of pushing pin (3-2-4) internal gear is under the drive of external motor It is operated, and then realizes and slide engaging for cylinder rack gear (3-2-6), it is ensured that sewing platform base of pushing pin (3-2-4) is in the sliding cylinder of A sliding rail Smooth sliding on (3-2-2) and A sliding rail slide bar (3-2-5)；

Step 7, in atomizer (3-2-1) operation, hydraulic oil enters hydraulic cylinder from multistage oil inlet (3-2-1-1) In (3-2-1-3), and atomization is realized under the action of hydraulic pressure oil overhold rushes atomising device (3-2-1-6)；At the same time, hydraulic beam hanger (3-2-1-5) under the control of control panel (4) carry out front and back rotation, and then promote oil cylinder closed plate (3-2-1-4) open with Closure；

Step 8, in atomizer spooler (3-2-3) operation, take-up connects the atomizer take-up in ring (3-2-3-1) (3-2-3-7) is penetrated from take-up guidance bottom cylinder (3-2-3-2) and is around on take-up capstan winch (3-2-3-3)；Driving motor (3-2- It 3-5) is operated under the control of control panel (4), and drives the rotation of spooler arrangement of clutch (3-2-3-6), and then band Take-up capstan winch (3-2-3-3) closely twining to atomizer take-up (3-2-3-7) is realized in the rotation of dynamic take-up capstan winch (3-2-3-3) Around；

Step 9, in A cylinder limiter (3-3) operation, gearing shaft (3-3-7) under the drive of external motor into Row operating, and then the rotation of driving gear (3-3-6) is driven, and promote to drive gear (3-3-6) and screw thread limit shaft (3-3-3) It is engaged, and then realizes the flexible of screw thread limit shaft (3-3-3)；

Step 10, in A cylinder (3-4) operation, air enters A cylinder shell (3-4- from A cylinder air inlet (3-4-1) 5) internal；At the same time, rotator (3-4-6) and blender (3-4-4) are operated under the drive of external motor, and are rotated The rotation of device (3-4-6) drives the rotation of homogeneous device (3-4-2) again, and then realizes to A cylinder shell (3-4-5) internal gas Stirring and homogeneous effect；Then, gas enters A cylinder gas outlet (3-4-8) by gas-filtering device (3-4-3), and from A Cylinder gas outlet (3-4-8) discharge；In the process, when A cylinder shell (3-4-5) interior air pressure is excessive, system is automatically opened Safety air vavle (3-4-9) pressure release；

Step 11, in plate of threading a needle (6) operation, limiter of threading a needle (6-4) is operated under the drive of external motor, and Under the mating reaction of thrustor (6-1), it is ensured that threading a needle, (6-3) is single every time to fall in needle tray (7-4) inside；

Step 12, in limiter of threading a needle (6-4) course of work, under the drive of external motor, B gear (6-4-8) is containing tooth Moved on the one end slide plate (6-4-4) rack gear, so promote C gear (6-4-9) and A gear (6-4-7), A gear (6-4-7) with The engagement rotation of gag lever post screw thread (6-4-5) realizes the elastic of gag lever post (6-4-6)；Meanwhile passing through control panel (4) The lift lever for controlling the lower part limiter lifting device (6-4-2) moves up and down, and then drives on entire slide plate containing rack gear (6-4-4) It rises and the variation of tightness degree is engaged in decline, realization A gear (6-4-7) with gag lever post screw thread (6-4-5)；

Step 13, in pneumatic triple piece (8) operation, under the action of external air pump, gas from air inlet (8-2) successively It is discharged into right side accumulator (8-1) and left side accumulator (8-7), and then from gas outlet (8-5)；At the same time, pass through air pressure Coarse adjustment knob (8-3) carries out the adjustment between 0.1MPa~1MPa range to atmospheric pressure value, by air pressure accurate adjustment knob (8-4) to gas Pressure value carries out the adjustment between 0.01MPa~0.1MPa range；In the process, atmospheric pressure value shows that table (8-6) stores up left side and presses Atmospheric pressure value in tank (8-7) is detected, and when atmospheric pressure value is above standard pressure value, system automatically opens relief valve (8-8) and subtracts Pressure；

Step 14, in right side accumulator (8-1) course of work, gas enters from right side accumulator air inlet pipe (8-1-13), and Enter right side bottom accumulator tank body (8-1-7) by vertical gas-distributing pipe (8-1-6)；Then, right side accumulator tank body (8-1-7) The gas of bottom moves upwards, during which pass through gas filtration layer (8-1-11) and buffer board with holes (8-1-10), final gas from Right side accumulator escape pipe (8-1-2) discharge；In the process, spray liquid enters pipe (8-1-5) from spray liquid and enters right side storage It presses tank (8-1-7) internal, gas in tank is cleaned, spray liquid is from spray liquid effuser (8-1-8) after cleaning Discharge.