CN108750769A - A kind of chart driving mechanism and its trash-cleaning machine - Google Patents

Abstract

The invention discloses a kind of chart driving mechanism and its trash-cleaning machines.The chart driving mechanism, including transfer component, the transfer component includes paper platform, suction nozzle is distributed with to the front cross of the paper platform, the mouth of the suction nozzle upward, is provided with Composite Transmission component below the paper platform, the Composite Transmission component has horizontal reciprocating movement portion and plane motion portion, using the horizontal reciprocating movement portion as centre swinging, the plane motion portion and the horizontal reciprocating movement portion are sequentially connected with compound motion driving mechanism in the plane motion portion.The trash-cleaning machine, including chart driving mechanism, the chart driving mechanism are foregoing chart driving mechanisms.Suction nozzle and paper platform in the present invention can realize accurate splicing action and the action of accurate transfer, paper during transmission between suction nozzle and paper platform without relative motion, so, paper is not easy to be scratched, greatly improve the quality of production, meanwhile being conducive to conveying to multiple sheets, it can avoid falling apart for multiple sheets.

Description

A kind of chart driving mechanism and its trash-cleaning machine

Technical field

The present invention relates to the mechanisms and its equipment more particularly to a kind of chart driving mechanism and its stripping in a kind of printing machinery Machine.

Background technology

In the prior art, the paper after traditional flat-press flat-die cutting machine cross cutting impression, generated side crops need artificial clear It removes, occupies prodigious cost of labor.To solve this problem, there is the die-cutting machine with stripping function.This die-cutting machine is Trash-cleaning Mechanism is increased between the host and paper collection part of traditional die-cutting machine, Trash-cleaning Mechanism is removed using upper and lower waste clearing needle mode Waste material.All paper is conveyed by paper-transferring gripper mechanism to collection whole process again from cross cutting to stripping.When collection, pass through It opens crest bar and tooth is carried out out to paper-transferring gripper, then paper is taken off by taking off paper rake and fall on collection plate.

Due to all being conveyed again to collection whole process to paper by paper-transferring gripper mechanism from cross cutting to stripping, gripper Tooth row only holds one side of paper in the month and is walked in tow in plate face, it is easy to the surface tear of paper be largely effected on the quality of production, together When, it is unfavorable for the conveying to multiple sheets and causes falling apart for multiple sheets.

Since Trash-cleaning Mechanism removes waste material using upper and lower waste clearing needle mode, upper and lower waste clearing needle can only be in root under shutdown status It is debugged respectively over the ground according to the stripping position of paper is directly one-to-one, so, debug time is long, takes height, largely effects on life Produce efficiency, and realize all clear give up function when, need reduce speed of production.

Due to carrying out out tooth to paper-transferring gripper by opening crest bar, then paper is taken off by taking off paper rake and falls on collection plate, Take off paper rake positioned at paper-transferring gripper and collection plate between, so, on collection plate paper land position and paper-transferring gripper under paper open Beginning, the distance between position fallen is very big, and paper is easy to fall causes collection irregular partially.

Invention content

The invention solves first technical problem be to provide a kind of chart driving mechanism, which can will be after cross cutting Paper, which is taken over and is transported to from the outlet of die-cutting machine, clears mechanism progress stripping, it is not easy to by the surface tear of paper, carry significantly The high quality of production, meanwhile, be conducive to the conveying to multiple sheets and avoid falling apart for multiple sheets.

The invention solves second technical problem be to provide a kind of trash-cleaning machine, the chart driving mechanism of the trash-cleaning machine can be by mould Paper after cutting is taken over and is transported to from the outlet of die-cutting machine and clears mechanism and carry out stripping, it is not easy to by the surface tear of paper, The quality of production is greatly improved, meanwhile, be conducive to the conveying to multiple sheets and avoid falling apart for multiple sheets.

For mechanism, in order to solve above-mentioned first technical problem, the present invention provides a kind of chart driving mechanisms, including pass Paper component, the transfer component includes paper platform, and suction nozzle, the mouth court of the suction nozzle is distributed with to the front cross of the paper platform On, Composite Transmission component is provided with below the paper platform, the Composite Transmission component has horizontal reciprocating movement portion and plane Movement portion, the plane motion portion is using the horizontal reciprocating movement portion as centre swinging, the plane motion portion and the level Reciprocating section is sequentially connected with compound motion driving mechanism.

The paper platform includes beam batten and multiple purlin plates.

The beam batten is laterally arranged.

Multiple purlin plates are distributed in the top surface of the beam batten.

It is spaced between two adjacent purlin plates.

Length direction of the length direction of the purlin plate perpendicular to the beam batten.

The beam batten is offset to the front of the purlin plate.

The suction nozzle is arranged in the front of the purlin plate and positioned at the front of the beam batten.

Such structure is conducive to transfer action.

The purlin plate includes purlin prelaminar part and purlin postlaminar part.

The purlin prelaminar part is solid board.

The purlin postlaminar part is flute profile batten or hollow lath.

The groove of the flute profile batten is downward.

The rear end of the purlin prelaminar part is fixedly connected with the front end of the purlin postlaminar part.

The top surface of the purlin prelaminar part and the top surface of the purlin postlaminar part are located in approximately the same plane.

Such structure is conducive to design, makes, installation, save material, mitigate weight, is energy saving.

The Composite Transmission component includes the first transmission arm, the second transmission arm, third transmission arm.

The upper end of first transmission arm is fixedly connected with the plane perpendicular of the beam batten.

The front end of second transmission arm is vertical with the lower end of first transmission arm to be fixedly connected.

The upper end of the third transmission arm is vertical with the front end of second transmission arm to be fixedly connected, and is located at described first After the lower end of transmission arm.

The rear end of second transmission arm corresponds to the horizontal reciprocating movement portion.

The lower end of the third transmission arm corresponds to the plane motion portion.

Such structure is conducive to design, makes.

The compound motion driving mechanism includes horizontal movement driving mechanism and vertical and straight movement driving mechanism.

The horizontal movement driving mechanism includes wobble drive cam.

It is rotatablely connected between the wobble drive cam and wallboard.

The lower end of the wobble drive cam and swing rod is sequentially connected.

The lower part of the swing rod swings with wallboard and connects.

The lower part of the swing rod is in bending part.

The upper end of the swing rod and one end of connecting rod are hinged.

The other end of the connecting rod is hinged with the lower end of right angle push rod.

The front end of the right angle push rod and the rear end of second transmission arm are hinged.

The right angle push rod is fixedly connected with a slide block.

The sliding block is slidably connected with horizontal guide rail.

The horizontal guide rail is fixedly connected with wallboard.

Pass through the first screw bolt-type track bearing-transmission connection between the wobble drive cam and the lower end of the swing rod.

Connection is swung by first bearing and axle bed between the lower part and wallboard of the swing rod.

The axle bed is fixedly connected with the wallboard.

The axle bed is fixedly connected with the inner ring of the first bearing.

The outer shroud of the first bearing is fixedly connected with the lower part of the swing rod.

Abrasionproof spacer is provided between the upper end of the swing rod and one end of the connecting rod.

The upper end of the swing rod is fixedly connected with the outer shroud of second bearing.

The inner ring of the second bearing is fixedly connected with the root that axis is followed closely.

The end of the axis nail is fixedly connected across the abrasionproof spacer with one end of the connecting rod.

It is hinged by stock axis between the other end and the lower end of right angle push rod of the connecting rod.

The other end of the connecting rod is fixedly connected with the outer shroud of 3rd bearing.

The outer end of the stock axis is fixedly connected with the inner ring of the 3rd bearing.

The inner end of the stock axis is fixedly connected with the lower end of the right angle push rod.

The inner end of the stock axis passes through the horizontal strip shape open-work of the wallboard from outside to inside.

The inner end of the stock axis is located at the inside of the wallboard.

The Composite Transmission component, the sliding block, the horizontal guide rail are located at the inside of the wallboard.

The outer end of the stock axis is located at the outside of the wallboard.

The wobble drive cam, the swing rod, the connecting rod are located at the outside of the wallboard.

In this way, being conducive to the reasonable layout of parts and the repair of equipment.

The front end of the right angle push rod is provided with stepped hole.

The inside of the stepped hole is circumferentially arranged annular slot.

The side wall of the stepped hole is fixedly connected with the outer shroud of fourth bearing.

Hole snap ring is provided in the annular slot.

The inner ring of the fourth bearing is fixedly connected with one end of ladder rotation axis.

The end sides of ladder rotation axis one end are circumferentially arranged annular slot.

The annular slot is provided with axis snap ring.

The other end of the ladder rotation axis is connect by Nonlubricated bearing with the rear end thereof of second transmission arm.

The vertical and straight movement driving mechanism includes lifting driving cam.

The lower end of the lifting driving cam and elevating lever is sequentially connected.

The elevating lever is fixedly connected with a slide block.

The sliding block is slidably connected with upright guide rail.

The upright guide rail is fixedly connected with the wallboard.

The upper end of the elevating lever is connect by lifting horizontal guide rail with the lower end of the third transmission arm.

The upper end of the elevating lever is vertical with the middle part of the lifting horizontal guide rail to be fixedly connected.

The lifting horizontal guide rail is provided with horizontal guide slot.

The horizontal guide slot is necking guide groove.

The lower end of the third transmission arm is rolled by pivot and double-row angular contact bal bearing with the lifting horizontal guide rail Connection.

The root of the pivot is fixedly connected with the lower end of the third transmission arm.

The end of the pivot is fixedly connected with the double-row angular contact bal bearing.

The double-row angular contact bal bearing is located in the necking guide groove.

It is respectively arranged with link block on the downside of the lifting horizontal guide rail both ends.

The elevating lever, the lifting horizontal guide rail, two link blocks form head-down " mountain " font.

There are two the sliding blocks.

There are two the upright guide rails.

Two sliding blocks are slidably connected with two upright guide rails respectively.

Two sliding blocks are fixedly connected with two link blocks respectively.

The lower end of elevating lever is sequentially connected by the second screw bolt-type track bearing and the lifting driving cam.

There are two the Composite Transmission components.

Two Composite Transmission components are located at the lower section of two ends of the beam batten.

The vertical and straight movement driving mechanism is located at the inside of the wallboard.

The horizontal movement driving mechanism has two sets.

The vertical and straight movement driving mechanism has two sets.

A set of horizontal movement driving mechanism and a set of vertical and straight movement driving mechanism are described compound with one respectively Transmission parts are sequentially connected.

The another set of horizontal movement driving mechanism and the another set of vertical and straight movement driving mechanism respectively with another institute State the drive connection of Composite Transmission component.

Wobble drive cam in a set of horizontal movement driving mechanism and the another set of horizontal movement driving mechanism In wobble drive cam be separately fixed at the both ends of the first synchronization drive shaft.

Described first synchronizes drive shaft is rotatablely connected with the wallboard.

Lifting driving cam in a set of vertical and straight movement driving mechanism and the another set of vertical and straight movement driving mechanism In lifting driving cam be separately fixed at the both ends of the second synchronization drive shaft.

Described second synchronizes drive shaft is rotatablely connected with the wallboard.

The chart driving mechanism of the present invention has the advantages that compared with prior art.

The technical program includes transfer component as a result of chart driving mechanism, and the transfer component includes paper platform, described Suction nozzle is distributed with to the front cross of paper platform, the mouth of the suction nozzle upward, Composite Transmission is provided with below the paper platform Component, the Composite Transmission component have horizontal reciprocating movement portion and plane motion portion, the plane motion portion past with the level Movement portion is that centre swinging, the plane motion portion and the horizontal reciprocating movement portion connect with the transmission of compound motion driving mechanism again The technological means connect, suction nozzle and paper platform are under the action of horizontal reciprocating movement portion moves backward and plane motion portion moves upwards Accurate splicing action can be achieved.Suction nozzle and paper platform move downward in plane motion portion to travel forward with horizontal reciprocating movement portion Under the action of the action of accurate transfer can be achieved.Paper during transmission between suction nozzle and paper platform without relative motion, So paper is not easy to be scratched, the quality of production is greatly improved, meanwhile, be conducive to the conveying to multiple sheets, can avoid multi-joint paper That opens falls apart.

For equipment, in order to solve above-mentioned second technical problem, the present invention provides a kind of trash-cleaning machines, including transfer Mechanism, the chart driving mechanism are foregoing chart driving mechanisms.

The trash-cleaning machine further includes clearing mechanism, paper collecting mechanism, the first paper transport, the second paper transport.

The paper delivery end of the chart driving mechanism is opposite with the paper feed end of the first paper transport, the paper delivery of first paper transport Hold, the paper feed end phase at the paper delivery end of clearing mechanism and second paper transport opposite with the paper feed end for clearing mechanism Right, the paper delivery end of second paper transport is opposite with the paper feed end of the paper collecting mechanism.

The trash-cleaning machine of the present invention has the advantages that compared with prior art.

The technical program as a result of the technological means that the chart driving mechanism is foregoing chart driving mechanism, suction nozzle and It is dynamic that accurate splicing can be achieved in paper platform under the action of horizontal reciprocating movement portion moves backward and plane motion portion moves upwards Make.Suction nozzle and paper platform can be achieved accurate under the action of plane motion portion moves downward and travels forward with horizontal reciprocating movement portion Transfer action.Paper during transmission between suction nozzle and paper platform without relative motion, so, paper is not easy to be drawn Wound, greatly improves the quality of production, meanwhile, be conducive to the conveying to multiple sheets, can avoid falling apart for multiple sheets.

Description of the drawings

With reference to the accompanying drawings and detailed description to the present invention trash-cleaning machine, chart driving mechanism, clear mechanism, belt transmit Body, paper collecting mechanism are described in further detail.

Fig. 1 is the overall structure diagram of trash-cleaning machine of the present invention.

Fig. 2 is the dimensional decomposition structure diagram of chart driving mechanism in Fig. 1.

Fig. 3 is the three-dimensional schematic diagram of chart driving mechanism in Fig. 1.

Fig. 4 is the enlarged structure schematic diagram of chart driving mechanism in Fig. 1.

Fig. 5 is the dimensional structure diagram (having formpiston plate positioning device) that mechanism is cleared in Fig. 1.

Fig. 6 is the dimensional structure diagram (no formpiston plate positioning device) that mechanism is cleared in Fig. 1.

Fig. 7 is the stereo decomposing enlarged structure schematic diagram of belt transfer body in Fig. 5.

Fig. 8 is the three-dimensional combined amplifier structural schematic diagram of belt transfer body in Fig. 5.

Fig. 9 is the three-dimensional enlarged structure schematic diagram of air draught box in Fig. 7.

Figure 10 is the main view enlarged structure schematic diagram of air draught box in Fig. 7.

Figure 11 is the dimensional structure diagram that detent mechanism is adjusted in Fig. 5.

Figure 12 is the structural schematic diagram that driving mechanism is transported in Fig. 5.

Figure 13 is the air draft system structural schematic diagram that mechanism is cleared in trash-cleaning machine of the present invention.

Figure 14 is the main structure diagram of negative template in Fig. 6.

Figure 15 is the main structure diagram of force plate in Fig. 6.

Figure 16 is the dimensional structure diagram (seen from above) of Fig. 5 middle-jiao yang, function of the spleen and stomach position apparatus for form.

Figure 17 is the dimensional structure diagram (seeing from below) of Fig. 5 middle-jiao yang, function of the spleen and stomach position apparatus for form.

Figure 18 is the structural schematic diagram of transverse positioning mechanism in Figure 16.

Figure 19 is the partial enlargement structural representation in the portions I in Figure 17.

Figure 20 is the dimensional structure diagram of stripping driving mechanism in Fig. 5.

Figure 21 is the side structure schematic view of paper collecting mechanism in Fig. 1.

Figure 22 is the overlooking structure diagram of paper collecting mechanism in Fig. 1.

Figure 23 is dimensional decomposition structure diagram after air draught carton upside down in Figure 21.

Figure 24 is the structural schematic diagram of inside after air draught carton upside down in Figure 21.

Figure 25 is the structural schematic diagram of air draught component in Figure 24.

Figure 26 is the structural schematic diagram of Figure 24 middle mediastinum plates.

The reference numerals are as follows.

0~wallboard；

1~chart driving mechanism；1-1~transfer component；1-1-1~paper platform；1-1-1-1~beam batten；1-1-1-2~purlin Plate；1-1-1-2-1~purlin prelaminar part；1-1-1-2-2~purlin postlaminar part；1-1-2~suction nozzle；1-1-3~Composite Transmission portion Part；The transmission arms of 1-1-3-1~first；The transmission arms of 1-1-3-2~second；1-1-3-3~third transmission arm；1-2~horizontal movement Driving mechanism；1-2-1~wobble drive cam；1-2-2~swing rod；1-2-2-1~first bearing；1-2-2-2~axle bed；1-2- 2-3~axis nail；1-2-2-4~second bearing；1-2-2-5~abrasionproof spacer；1-2-3~connecting rod；1-2-4~stock axis；1-2- 4-1~3rd bearing；1-2-5~right angle push rod；1-2-5-1~axis snap ring；1-2-5-2~fourth bearing；1-2-5-3~hole card Ring；1-2-5-4~ladder rotation axis；1-2-5-5~Nonlubricated bearing；1-2-6~horizontal guide rail；1-2-7~sliding block；1-2- 8~the first screw bolt-type track bearings；1-2-9~first synchronizes drive shaft；1-3~vertical and straight movement driving mechanism；1-3-1~lifting Driving cam；1-3-2~elevating lever；1-3-3~sliding block；1-3-4~upright guide rail；The screw bolt-types of 1-3-5~second track bearing； 1-3-6~lifting horizontal guide rail；1-3-6-1~pivot；1-3-6-2~double-row angular contact bal bearing；1-3-7~link block；1- 3-8~second synchronizes drive shaft；

2~clear mechanism；2-1~conveyer；2-1-1~belt transfer body；2-1-1-1~air draught box；2-1-1-1-1 ~bottom plate；2-1-1-1-2~end plate；2-1-1-1-3~side plate；2-1-1-1-4~scapulet；2-1-1-1-5~jugularia；2-1-1- 1-6~positioning plate；2-1-1-1-7~notch；2-1-1-1-8~valve axis hole；2-1-1-1-9~air inlet；2-1-1-1-10 ~air outlet；2-1-1-2~deflector roll；2-1-1-3~axle bed；2-1-1-3-1~air outlet；2-1-1-3-2~valve axis hole；2- 1-1-3-3~mounting hole；2-1-1-3-4~deflector roll axis hole；2-1-1-3-5~guide roller axis fixing screwed hole；2-1-1-3-6~recessed Mouthful；2-1-1-4~air draught belt；2-1-1-4-1~wind inlet；2-1-1-5~rotating roller；2-1-1-5-1~rotation axis；2-1- 1-5-2~prismatic drive hole；2-1-1-6~bearing；2-1-1-7~idler roller；2-1-1-8~tension-adjusting gear；2-1- 1-8-1~axle bed；2-1-1-8-2~adjusting screw rod；2-1-1-8-3~guiding fixed seat；2-1-1-8-4~spring；2-1-1- 8-5~washer；2-1-1-8-6~adjusting nut；2-1-1-9~valving；2-1-1-9-1~valve；2-1-1-9-2~valve Door-hinge；2-1-1-9-3~handler；2-1-1-9-4~positioning screw；2-1-1-9-5~annular slot；2-1-1-10~gear Plate；2-1-1-10-1~rotational axis hole；2-1-1-10-2~air outlet；2-1-1-10-3~valve axis hole；2-1-1-10-4~ Pilot hole；2-1-1-10-5~threaded securing bores；2-1-1-10-6~flange sleeve；2-1-1-10-7~location hole；2-1-1- 10-8~notch；2-1-1-11~connecting plate；2-1-1-11-1~bending part；2-1-1-11-2~notch；2-1-2~adjusting is fixed Position mechanism；The guide rail slide blocks of 2-1-2-1~first mechanism；2-1-2-1-1~longeron bar；2-1-2-1-2~guide rail；2-1-2-1-3 ~slide block assembly；The guide rail slide blocks of 2-1-2-2~second mechanism；2-1-2-2-1~beam rail；2-1-2-2-2~guide rail；2-1-2- 2-3~slide block assembly；2-1-2-3~rack-and-pinion regulating mechanism；2-1-2-3-1~rack；2-1-2-3-2~gear；2-1- 2-3-3~synchronous adjustment axis；2-1-2-4~prism axis；2-1-2-5~bearing；2-1-3~transport driving mechanism；2-1-3-1~ Driving motor；The transmission mechanisms of 2-1-3-2~first；2-1-3-2-1~driving wheel；2-1-3-2-2~driven wheel；2-1-3-2-3 ~transmission band；The transmission mechanisms of 2-1-3-3~second；2-1-3-3-1~driving wheel；The driven wheels of 2-1-3-3-2~first；2-1- 3-3-3~transmission band；The driven wheels of 2-1-3-3-4~second；2-1-3-3-5~tensioning guide wheel；2-1-4~air draft system； 2-1-4-1~centrifugal blower；2-1-4-2~short air draught sebific duct；2-1-4-3~gas manifold；2-1-4-4~long air draught glue Pipe；2-1-4-5~valve；2-1-4-6~flexible wired hose；2-1-4-7~interface tube component；2-2~Trash-cleaning Mechanism；2-2- 1~negative template；2-2-1-1~stripping hole；2-2-1-2~positioning mounting hole；2-2-2~force plate；2-2-2-1~stripping head； 2-2-2-2~positioning gap；2-2-3~formpiston plate positioning device；2-2-3-1~posting frame body；2-2-3-1-1~taeniae Plate；2-2-3-1-2~taeniae bar；2-2-3-1-3~horizontal stripe plate；2-2-3-1-4~horizontal stripe bar；2-2-3-1-5~connector；2- 2-3-1-6~fixed plate；2-2-3-1-7~loss of weight mounting hole；2-2-3-1-8~determine guide rail；2-2-3-1-9~dynamic guide rail；2- 2-3-1-10~support guide item；2-2-3-1-11~guide pad；2-2-3-2~vertical location device；2-2-3-2-1~rotation Adjusting rod；2-2-3-2-2~transmission gear；2-2-3-2-3~rotation connection bar；2-2-3-2-4~adjustment gear；2-2-3-2- 5~adjusting gear rack；2-2-3-2-6~gear-box；2-2-3-2-7~support base；2-2-3-2-8~connection closing piece；2-2-3-3~ Transverse positioning mechanism；2-2-3-3-1~push rod；2-2-3-3-2~rotational positioning component；2-2-3-3-3~fixation hinged shaft；2-2- 3-3-4~torsional spring；2-2-4~stripping driving mechanism；2-2-4-1~driving cam；2-2-4-2~swing rod；2-2-4-3~fixation Hinged shaft；2-2-4-4~screw bolt-type track bearing；2-2-4-5~short connecting rod；2-2-4-6~short swing arm；2-2-4-7~long arm swing； 2-2-4-8~long connecting rod；2-2-4-9~push-pull rod；2-2-4-10~swinging axle；

3~paper collecting mechanism；3-1~upper air draught paper feeder；3-1-1~air-suction trunk；3-1-1-1~box-frame；3-1-1-1-1 ~right-angle connector；3-1-1-1-2~mounting hole；3-1-1-1-3~combined connection component；3-1-1-1-4~anti-attrition item；3-1-1- 1-5~anti-attrition block；3-1-1-2~air draught component；3-1-1-2-1~air draught head；3-1-1-2-2~air draught neck；3-1-1-2-3~ First flange；3-1-1-2-4~elbow；3-1-1-2-5~second flange；3-1-1-2-6~screw thread；3-1-1-3~support turns Dynamic roller；3-1-1-3-1~rotation roller bearing；3-1-1-4~air draught zone control；3-1-1-4-1~midfeather；3-1-1- 4-2~ventilation opening；3-1-1-4-3~rectangular notch；3-1-1-4-4~semicircular notch；3-1-1-4-5~push-and-pull valve；3- 1-1-4-6~push-pull rod；3-1-1-4-7~rack；3-1-1-4-8~rack guiding parts；3-1-1-4-9~gear；3-1- 1-4-10~rotating bar；3-1-1-4-11~rotation rod bearing；3-1-1-4-12~guide pad；3-1-1-4-13~link block； 3-1-1-5~case lid；3-1-1-5-1~diaphragm plate；3-1-1-5-2~pilot hole；3-1-1-5-3~side joint part；3- 1-1-5-4~top surface connecting component；3-1-1-5-5~exempt to interfere gap；3-1-2~suction paper feeding mechanism；3-1-2-1~active Roller；3-1-2-2~driven voller；3-1-2-3~air draught conveyer belt；3-1-2-3-1~wind inlet；3-1-3~air draft system；3-1- 3-1~suction ventilator；3-1-3-2~main air hose；3-1-3-3~gas manifold；3-1-3-4~branch wind pipe；3-2~collection lifting Mechanism；3-2-1~collection platform；3-2-2~elevating chain；3-2-3~lifting sprocket；3-2-4~lifting motor；

4~the first paper transports；

5~the second paper transports.

Specific implementation mode

As shown in Figure 1, present embodiments provide for a kind of trash-cleaning machine, including chart driving mechanism 1, clear mechanism 2, paper collecting mechanism 3, the first paper transport 4, the second paper transport 5, the paper delivery end of the chart driving mechanism 1 is opposite with the paper feed end of first paper transport 4, The paper delivery end of first paper transport 4 is opposite with the paper feed end for clearing mechanism 2, the paper delivery end for clearing mechanism 2 and institute The paper feed end for stating the second paper transport 5 is opposite, and the paper delivery end of second paper transport 5 is opposite with the paper feed end of the paper collecting mechanism 3.

First paper transport and the second paper transport are all the prior arts, are not easy to scratch paper during conveying paper ?.

As shown in Figures 2 to 4, the chart driving mechanism 1 includes transfer component 1-1, and the transfer component 1-1 includes paper platform 1-1-1, is distributed with to the front cross of the paper platform 1-1-1 suction nozzle 1-1-2, the mouth of the suction nozzle 1-1-2 upward, the support Composite Transmission component 1-1-3, the Composite Transmission component 1-1-3 are provided with below cardboard 1-1-1 horizontal reciprocating movement portion With plane motion portion, the plane motion portion is using the horizontal reciprocating movement portion as centre swinging, the plane motion portion and institute Horizontal reciprocating movement portion is stated to be sequentially connected with compound motion driving mechanism.

In present embodiment, due to suction nozzle and paper platform is moved backward in horizontal reciprocating movement portion and plane motion portion is upward Accurate splicing action can be achieved under the action of movement, suction nozzle and paper platform are moved downward in plane motion portion and transported back and forth horizontally Dynamic portion can be achieved the action of accurate transfer under the action of travelling forward, paper during transmission between suction nozzle and paper platform Without relative motion, so, paper is not easy to be scratched, and greatly improves the quality of production, meanwhile, be conducive to the conveying to multiple sheets, It can avoid falling apart for multiple sheets.

As shown in Figures 2 to 4, the paper platform 1-1-1 includes beam batten 1-1-1-1 and multiple purlin plate 1-1-1-2.

The beam batten 1-1-1-1 is laterally arranged.

Multiple purlin plate 1-1-1-2 are distributed in the top surface of the beam batten 1-1-1-1.

It is spaced between two adjacent purlin plate 1-1-1-2.

Length direction of the length direction of the purlin plate 1-1-1-2 perpendicular to the beam batten 1-1-1-1.

The beam batten 1-1-1-1 is offset to the front of the purlin plate 1-1-1-2.

The suction nozzle 1-1-2 is arranged in the front of the purlin plate 1-1-1-2 and before the beam batten 1-1-1-1 Side.

In present embodiment, such structure is conducive to transfer action.

As shown in Figures 2 to 4, the purlin plate 1-1-1-2 includes purlin prelaminar part 1-1-1-2-1 and purlin postlaminar part 1- 1-1-2-2。

The purlin prelaminar part 1-1-1-2-1 is solid board.

The purlin postlaminar part 1-1-1-2-2 is flute profile batten or hollow lath.

The groove of the flute profile batten is downward.

The rear end of the purlin prelaminar part 1-1-1-2-1 is fixedly connected with the front end of the purlin postlaminar part 1-1-1-2-2.

The top surface of the purlin prelaminar part 1-1-1-2-1 and the top surface of the purlin postlaminar part 1-1-1-2-2 are located at same In a plane.

In present embodiment, such structure is conducive to design, makes, installation, save material, mitigate weight, save energy Source.

As shown in Figures 2 to 4, the Composite Transmission component 1-1-3 includes the first transmission arm 1-1-3-1, the second transmission arm 1-1-3-2, third transmission arm 1-1-3-3.

The upper end of the first transmission arm 1-1-3-1 is fixedly connected with the plane perpendicular of the beam batten 1-1-1-1.

The front end of the second transmission arm 1-1-3-2 is vertical with the lower end of the first transmission arm 1-1-3-1 to be fixedly connected.

The upper end of the third transmission arm 1-1-3-3 is vertical with the front end of the second transmission arm 1-1-3-2 to be fixedly connected, And after the lower end of the first transmission arm 1-1-3-1.

The rear end of the second transmission arm 1-1-3-2 corresponds to the horizontal reciprocating movement portion.

The lower end of the third transmission arm 1-1-3-3 corresponds to the plane motion portion.

In present embodiment, such structure is conducive to design, makes.

As shown in Figures 2 to 4, the compound motion driving mechanism includes horizontal movement driving mechanism 1-2 and vertical and straight movement Driving mechanism 1-3.

The horizontal movement driving mechanism 1-2 includes wobble drive cam 1-2-1.

It is rotatablely connected between the wobble drive cam 1-2-1 and wallboard 0.

The lower end of the wobble drive cam 1-2-1 and swing rod 1-2-2 is sequentially connected.

The lower part of the swing rod 1-2-2 swings with wallboard 0 and connects.

The lower part of the swing rod 1-2-2 is in bending part.

The upper end of the swing rod 1-2-2 is hinged with one end of connecting rod 1-2-3.

The other end of the connecting rod 1-2-3 is hinged with the lower end of right angle push rod 1-2-5.

The front end of the right angle push rod 1-2-5 and the rear end of the second transmission arm 1-1-3-2 are hinged.

In present embodiment, such structure can make the rear end of the second transmission arm of Composite Transmission component make fortune back and forth horizontally It is dynamic.

As shown in Figures 2 to 4, the right angle push rod 1-2-5 is fixedly connected with sliding block 1-2-7.

The sliding block 1-2-7 and horizontal guide rail 1-2-6 is slidably connected.

The horizontal guide rail 1-2-6 is fixedly connected with wallboard 0.

Pass through the first screw bolt-type track bearing between the wobble drive cam 1-2-1 and the lower end of the swing rod 1-2-2 1-2-8 is sequentially connected.

It is swung and is connected by first bearing 1-2-2-1 and axle bed 1-2-2-2 between the lower part and wallboard 0 of the swing rod 1-2-2 It connects.

The axle bed 1-2-2-2 is fixedly connected with the wallboard 0.

The axle bed 1-2-2-2 is fixedly connected with the inner ring of the first bearing 1-2-2-1.

The outer shroud of the first bearing 1-2-2-1 is fixedly connected with the lower part of the swing rod 1-2-2.

Abrasionproof spacer 1-2-2-5 is provided between the upper end of the swing rod 1-2-2 and one end of the connecting rod 1-2-3.

The upper end of the swing rod 1-2-2 is fixedly connected with the outer shroud of second bearing 1-2-2-4.

The root that the inner ring of the second bearing 1-2-2-4 follows closely 1-2-2-3 with axis is fixedly connected.

The end of the axis nail 1-2-2-3 is fixed across one end of the abrasionproof spacer 1-2-2-5 and the connecting rod 1-2-3 Connection.

It is hinged by stock axis 1-2-4 between the other end and the lower end of right angle push rod 1-2-5 of the connecting rod 1-2-3.

The other end of the connecting rod 1-2-3 is fixedly connected with the outer shroud of 3rd bearing 1-2-4-1.

The outer end of the stock axis 1-2-4 is fixedly connected with the inner ring of the 3rd bearing 1-2-4-1.

The inner end of the stock axis 1-2-4 is fixedly connected with the lower end of the right angle push rod 1-2-5.

The inner end of the stock axis 1-2-4 passes through the horizontal strip shape open-work of the wallboard 0 from outside to inside.

The inner end of the stock axis 1-2-4 is located at the inside of the wallboard 0.

The Composite Transmission component 1-1-3, the sliding block 1-2-7, the horizontal guide rail 1-2-6 are located at the wallboard 0 Inside.

The outer end of the stock axis 1-2-4 is located at the outside of the wallboard 0.

The wobble drive cam 1-2-1, the swing rod 1-2-2, the connecting rod 1-2-3 are located at the outside of the wallboard 0.

The front end of the right angle push rod 1-2-5 is provided with stepped hole.

The inside of the stepped hole is circumferentially arranged annular slot.

The side wall of the stepped hole is fixedly connected with the outer shroud of fourth bearing 1-2-5-2.

Hole snap ring 1-2-5-3 is provided in the annular slot.

The inner ring of the fourth bearing 1-2-5-2 is fixedly connected with one end of ladder rotation axis 1-2-5-4.

The end sides of described one end ladder rotation axis 1-2-5-4 are circumferentially arranged annular slot.

The annular slot is provided with axis snap ring 1-2-5-1.

The other end of the ladder rotation axis 1-2-5-4 passes through Nonlubricated bearing 1-2-5-5 and second transmission arm The rear end thereof of 1-1-3-2 connects.

In present embodiment, such structure is not only advantageous to reduce the mill of each parts in horizontal movement driving mechanism Damage, moreover, being conducive to the reasonable layout of parts and the repair of equipment.

As shown in Figures 2 to 4, the vertical and straight movement driving mechanism 1-3 includes lifting driving cam 1-3-1.

The lower end of the lifting driving cam 1-3-1 and elevating lever 1-3-2 is sequentially connected.

The elevating lever 1-3-2 is fixedly connected with sliding block 1-3-3.

The sliding block 1-3-3 and upright guide rail 1-3-4 is slidably connected.

The upright guide rail 1-3-4 is fixedly connected with the wallboard 0.

The upper end of the elevating lever 1-3-2 is by lifting under the horizontal guide rail 1-3-6 and third transmission arm 1-1-3-3 End connection.

In present embodiment, such structure can make the lower end of Composite Transmission component third transmission arm make the reciprocal fortune of lifting It is dynamic, meanwhile, so that Composite Transmission component is swung with the lower sustainer of the second transmission arm, finally, Composite Transmission component is made to make periodically Compound motion, realize the transmission of paper.

As shown in Figures 2 to 4, the upper end of the elevating lever 1-3-2 is vertical with the middle part of lifting horizontal guide rail 1-3-6 It is fixedly connected.

The lifting horizontal guide rail 1-3-6 is provided with horizontal guide slot.

The horizontal guide slot is necking guide groove.

The lower end of the third transmission arm 1-1-3-3 by pivot 1-3-6-1 and double-row angular contact bal bearing 1-3-6-2 with The lifting horizontal guide rail 1-3-6 rolls connection.

The root of the pivot 1-3-6-1 is fixedly connected with the lower end of the third transmission arm 1-1-3-3.

The end of the pivot 1-3-6-1 is fixedly connected with the double-row angular contact bal bearing 1-3-6-2.

The double-row angular contact bal bearing 1-3-6-2 is located in the necking guide groove.

The lifting horizontal guide rail 1-3-6 is respectively arranged with link block 1-3-7 on the downside of both ends.

The elevating lever 1-3-2, the lifting horizontal guide rail 1-3-6, two link block 1-3-7 form head-down " mountain " font.

There are two the sliding block 1-3-3.

There are two the upright guide rail 1-3-4.

Two sliding block 1-3-3 are slidably connected with two upright guide rail 1-3-4 respectively.

Two sliding block 1-3-3 are fixedly connected with two link block 1-3-7 respectively.

The lower end of elevating lever 1-3-2 is passed by the second screw bolt-type track bearing 1-3-5 and lifting driving cam 1-3-1 Dynamic connection.

There are two the Composite Transmission component 1-1-3.

Two Composite Transmission component 1-1-3 are located at the lower section of two ends of the beam batten 1-1-1-1.

The vertical and straight movement driving mechanism 1-3 is located at the inside of the wallboard 0.

In present embodiment, such structure is conducive to reduce the abrasion of each parts in vertical and straight movement driving mechanism.

As shown in Figures 2 to 4, the horizontal movement driving mechanism 1-2 has two sets.

The vertical and straight movement driving mechanism 1-3 has two sets.

A set of horizontal movement driving mechanism 1-2 and a set of vertical and straight movement driving mechanism 1-3 respectively with an institute Composite Transmission component 1-1-3 is stated to be sequentially connected.

The another set of horizontal movement driving mechanism 1-2 and another set of vertical and straight movement driving mechanism 1-3 respectively with separately One Composite Transmission component 1-1-3 is sequentially connected.

Wobble drive cam 1-2-1 in a set of horizontal movement driving mechanism 1-2 and the another set of horizontal movement Wobble drive cam 1-2-1 in driving mechanism 1-2 is separately fixed at the both ends of the first synchronization drive shaft 1-2-9.

Described first synchronizes drive shaft 1-2-9 is rotatablely connected with the wallboard 0.

Lifting driving cam 1-3-1 in a set of vertical and straight movement driving mechanism 1-3 and the another set of vertical and straight movement Lifting driving cam 1-3-1 in driving mechanism 1-3 is separately fixed at the both ends of the second synchronization drive shaft 1-3-8.

Described second synchronizes drive shaft 1-3-8 is rotatablely connected with the wallboard 0.

In present embodiment, such structure is conducive to further increase transfer precision.

As shown in figure 5, described clear mechanism 2, including conveyer 2-1 and the stripping above conveyer 2-1 Mechanism 2-2, the conveyer 2-1 include multiple belt transfer body 2-1-1, the top surface of multiple belt transfer body 2-1-1 In the same horizontal plane, the direction of transfer of multiple belt transfer body 2-1-1 is identical as the carriage direction of paper.

In present embodiment, this structure provides advantageous condition for further improve below.

As shown in Fig. 7 to Fig. 8, the belt transfer body 2-1-1 include air draught box 2-1-1-1, air draught belt 2-1-1-4, Rotating roller 2-1-1-5, the air draught belt 2-1-1-4 are closed loop air draught belts, are divided on the zone face of the air draught belt 2-1-1-4 Wind inlet 2-1-1-4-1, the air draught box 2-1-1-1 and the rotating roller 2-1-1-5 are furnished in the air draught belt 2-1-1-4 Interior, the air draught box 2-1-1-1 is fixed, the company of transmission between the air draught belt 2-1-1-4 and the rotating roller 2-1-1-5 It connects.

In present embodiment, mechanism is cleared made of the belt transfer body and the paper after cross cutting can be transported, clearly It is useless, it during conveying paper, is not produced relative sliding between paper and belt transfer body, it is not easy to draw the surface of paper Wound greatly improves the quality of production, meanwhile, be conducive to the conveying and stripping to multiple sheets and avoid falling apart for multiple sheets.

As shown in Fig. 9 to Figure 10, the air draught box 2-1-1-1 is by bottom plate 2-1-1-1-1, two end plate 2-1-1-1-2, two A side plate 2-1-1-1-3, two scapulet 2-1-1-1-4, two jugularia 2-1-1-1-5 are enclosed.

The shape of the bottom plate 2-1-1-1-1 is rectangular.

The bottom plate 2-1-1-1-1 is horizontal.

The lower shape of two end plate 2-1-1-1-2 is in inverted isosceles trapezoid, and shaped upper part is in rectangle placed in the middle.

Two end plate 2-1-1-1-2 are perpendicular to the bottom plate 2-1-1-1-1.

The short bottom edge of two end plate 2-1-1-1-2 is overlapped with two broadsides of the bottom plate 2-1-1-1-1 respectively.

The plate face of two end plate 2-1-1-1-2 is mutually parallel.

The shape of two side plate 2-1-1-1-3 is rectangular.

Two side plate 2-1-1-1-3 are perpendicular to two end plate 2-1-1-1-2.

The lower broadside of two side plate 2-1-1-1-3 is overlapped with the long side of the bottom plate 2-1-1-1-1 respectively.

Two long sides of one side plate 2-1-1-1-3 waist edge with two sides the end plate 2-1-1-1-2 respectively It overlaps.

Two long sides of another side plate 2-1-1-1-3 respectively with two other sides the end plate 2-1-1-1-2 Waist edge overlaps.

The shape of two scapulet 2-1-1-1-4 is rectangular.

Two scapulet 2-1-1-1-4 are perpendicular to two end plate 2-1-1-1-2.

Two broadsides of one scapulet 2-1-1-1-4 respectively with two bottom edges the end plate 2-1-1-1-2 long one End overlaps.

Two broadsides of another scapulet 2-1-1-1-4 respectively with two bottom edges the end plate 2-1-1-1-2 long The other end overlaps.

A long side of one scapulet 2-1-1-1-4 is overlapped with the upper broadside of a side plate 2-1-1-1-3.

A long side of another scapulet 2-1-1-1-4 and the upper broadside weight of another side plate 2-1-1-1-3 It closes.

The shape of two jugularia 2-1-1-1-5 is rectangular.

Two jugularia 2-1-1-1-5 are perpendicular to two end plate 2-1-1-1-2.

Two broadsides of one jugularia 2-1-1-1-5 broadside with two sides the end plate 2-1-1-1-2 respectively It overlaps.

Two broadsides of another jugularia 2-1-1-1-5 respectively with two other sides the end plate 2-1-1-1-2 Broadside overlaps.

The lower long side of one jugularia 2-1-1-1-5 is overlapped with another long side of a scapulet 2-1-1-1-4.

Another long side of the lower long side of another jugularia 2-1-1-1-5 and another scapulet 2-1-1-1-4 It overlaps.

The top of two jugularia 2-1-1-1-5 and two end plate 2-1-1-1-2 surrounds air inlet 2-1-1-1- 9。

The top of two jugularia 2-1-1-1-5 is bent outwardly.

Correspondingly, the upper long side of two end plate 2-1-1-1-2 extends outwardly, and the top of two broadsides is bent outwardly.

The upper long side of two end plate 2-1-1-1-2 is respectively arranged with positioning plate 2-1-1-1-6.

The positioning plate 2-1-1-1-6 is perpendicular to the end plate 2-1-1-1-2.

The interior long side of the positioning plate 2-1-1-1-6 is overlapped with the upper long side of the end plate 2-1-1-1-2.

The scapulet 2-1-1-1-4 and jugularia 2-1-1-1-5 forms notch 2-1-1-1-7.

The lower part of two end plate 2-1-1-1-2 has been coaxially disposed air outlet 2-1-1-1-10.

The lower part of two end plate 2-1-1-1-2 has been coaxially disposed valve axis hole 2-1-1- in the middle part of long bottom edge 1-8。

In present embodiment, this structure is not only advantageous to reduce the volume of belt transfer body, moreover, also helping ensures The volume of air draught box, meanwhile, be conducive to the tension for adjusting air draught belt, air draught box can be controlled according to the shapes and sizes of negative template Working condition.

As shown in Figure 7 to 10, the rotating roller 2-1-1-5 is configured with rotation axis 2-1-1-5-1.

The rotation axis 2-1-1-5-1 is fixedly and coaxially connected with the rotating roller 2-1-1-5.

The rotation axis 2-1-1-5-1, which is located at axis, offers prismatic drive hole 2-1-1-5-2.

The prismatic drive hole 2-1-1-5-2 is hexagon drive hole or square column type drive hole.

The prismatic drive hole 2-1-1-5-2 penetrates through the rotation axis 2-1-1-5-1.

In present embodiment, this structure is conducive to multiple belt transfer body Synchronous Transmissions；

As shown in Figure 7 to 10, the air draught belt 2-1-1-4 is made of nylon base band.

There are two deflector roll 2-1-1-2 for the air draught belt 2-1-1-4 configurations.

Two deflector roll 2-1-1-2 are located in the notch 2-1-1-1-7.

The air draught belt 2-1-1-4 is supportted by the two deflector roll 2-1-1-2 and rotating roller 2-1-1-5 Firmly.It is of course also possible to be, the air draught belt 2-1-1-4 passes through the air draught box 2-1-1-1 and the rotating roller 2-1- 1-5 is propped up.

There are two axle bed 2-1-1-3 for two deflector roll 2-1-1-2 configurations.

The shape of two axle bed 2-1-1-3 is in inverted equicrural ladder plate.

The upper base angle of two of the equicrural ladder plate is fillet.

It is provided with recess 2-1-1-3-6 in the middle part of two upper bottom edges of the equicrural ladder plate.

The depth of the recess 2-1-1-3-6 is corresponding to the thickness of positioning plate 2-1-1-1-6.

The lower part of two equicrural ladder plates is medially provided with air outlet 2-1-1-3-1 respectively.

Valve axis hole 2-1-1-3-2 is provided with above the air outlet 2-1-1-3-1.

The upper bottom comer of two of the isosceles trapezoid is respectively arranged with deflector roll axis hole 2-1-1-3-4.

The side wall of the deflector roll axis hole 2-1-1-3-4 is provided with guide roller axis fixing screwed hole 2-1-1-3-5.

The guide roller axis fixing screwed hole 2-1-1-3-5 is configured with non-cap fixing screws.

The pivot of the deflector roll 2-1-1-2 is fixedly connected with the axle bed 2-1-1-3.

Mounting hole 2-1-1-3-3 is distributed in the equicrural ladder plate.

The mounting hole 2-1-1-3-3 is countersunk head mounting hole.

There are two the mounting hole 2-1-1-3-3.

The valve axis hole 2-1-1-3-2, two mounting hole 2-1-1-3-3, two deflector roll axis hole 2-1-1- 3-4 forms " V " font.

The air draught belt 2-1-1-4 is configured with idler roller 2-1-1-7.

The rotation axis both ends of the idler roller 2-1-1-7 are each passed through two baffle 2-1-1-10.

The lower part of two baffle 2-1-1-10 has been coaxially disposed rotational axis hole 2-1-1-10-1 respectively.

The both ends of the rotating roller 2-1-1-5 rotation axis 2-1-1-5-1 pass through bearing 2-1-1-6 and two gears respectively Plate 2-1-1-10 rotation connections.

It is arranged in correspondence with and is useful for across the idler roller 2-1-1-7 pivots two in the middle part of two baffle 2-1-1-10 The pilot hole 2-1-1-10-4 at end.

There are one the middle parts of each baffle 2-1-1-10 or two pilot hole 2-1-1-10-4.

Two pilot hole 2-1-1-10-4 horizontal symmetricals it is distributed.

The both ends of the rotating roller 2-1-1-5 rotation axis 2-1-1-5-1 are each configured with tension-adjusting gear 2-1-1-8.

The tension-adjusting gear 2-1-1-8 includes axle bed 2-1-1-8-1.

The axle bed 2-1-1-8-1 is fixedly connected with one end of the idler roller 2-1-1-7 pivots.

The axle bed 2-1-1-8-1 is fixedly connected with one end of adjusting screw rod 2-1-1-8-2.

The pivot of the idler roller 2-1-1-7 and the adjusting screw rod 2-1-1-8-2 are perpendicular.

The other end of the adjusting screw rod 2-1-1-8-2, which is slidably disposed through, is oriented to fixed seat 2-1-1-8-3.

The guiding fixed seat 2-1-1-8-3 is fixedly connected with the outer plate surface of the baffle 2-1-1-10.

The other end of the adjusting screw rod 2-1-1-8-2 is equipped with spring 2-1-1-8-4.

The other end of the adjusting screw rod 2-1-1-8-2 is configured with washer 2-1-1-8-5 and adjusting nut 2-1-1-8-6.

The top of two baffle 2-1-1-10 has been coaxially disposed air outlet 2-1-1-10-2 respectively.

It is each configured with flange sleeve 2-1-1-10- on the outside of the air outlet 2-1-1-10-2 of two baffle 2-1-1-10 6。

The ring flange top setting of the flange sleeve 2-1-1-10-6 is jagged.

It is respectively arranged with valve axis hole 2-1-1-10- above the air outlet 2-1-1-10-2 of two baffle 2-1-1-10 3。

The top and both sides of the valve axis hole 2-1-1-10-3 is respectively arranged with location hole 2-1-1-10-7.

The both sides of the top location hole 2-1-1-10-7 of the valve axis hole 2-1-1-10-3, which are respectively arranged with, to be screwed Hole 2-1-1-10-5.

Two axle bed 2-1-1-3 are screwed with two baffle 2-1-1-10 connect respectively.

The air draught box 2-1-1-1 is configured with valving 2-1-1-9.

The valving 2-1-1-9 includes valve 2-1-1-9-1.

It is fixedly connected in the middle part of the valve 2-1-1-9-1 and valve shaft 2-1-1-9-2.

The both ends of the valve shaft 2-1-1-9-2 sequentially pass through two of the air draught box 2-1-1-1 respectively from inside to outside Valve axis hole 2-1-1-3-2, the two baffle 2-1-1-10 of valve axis hole 2-1-1-1-8, two axle bed 2-1-1-3 Valve axis hole 2-1-1-10-3.

The both ends of the valve shaft 2-1-1-9-2 valve axis hole 2-1-1-3-2 with two axle bed 2-1-1-3 respectively Rotation connection.

The one end side of the valve shaft 2-1-1-9-2 is circumferentially arranged annular slot 2-1-1-9-5.

The annular slot 2-1-1-9-5 is configured with slotted collar.

The other end of the valve shaft 2-1-1-9-2 is fixedly connected with one end of handler 2-1-1-9-3.

The side of the other end of the handler 2-1-1-9-3 offers threaded hole and is configured with positioning screw 2-1-1-9- 4。

The positioning screw 2-1-1-9-4 is parallel to the valve shaft 2-1-1-9-2.

The positioning screw 2-1-1-9-4 is located by connecting with the location hole 2-1-1-10-7.

The both sides of the top margin of two baffle 2-1-1-10 are respectively arranged with semi-circular indentation.

Jagged 2-1-1-10-8 is respectively set in the top of the both sides of two baffle 2-1-1-10.

Both sides adjacent two baffle 2-1-1-10 are fixedly connected by two connecting plate 2-1-1-11 respectively.

The top of two connecting plate 2-1-1-11 is provided with bending part 2-1-1-11-1.

Jagged 2-1-1-11-2 is respectively set in the top both sides of two connecting plate 2-1-1-11.

It is fixedly connected by screw between two baffle 2-1-1-10 and two connecting plate 2-1-1-11.

In present embodiment, the belt transfer body of this structure occupies little space, and is conducive to distribution setting, is conducive to air draught Control.

As shown in figure 11, the belt transfer body 2-1-1 is connect with detent mechanism 2-1-2 is adjusted.

The adjusting detent mechanism 2-1-2 includes the first guide rail slide block mechanism 2-1-2-1.

First guide rail slide block mechanism 2-1-2-1 includes two guide rail 2-1-2-1-2.

Two guide rail 2-1-2-1-2 are fixedly connected with the top surface of two longeron bar 2-1-2-1-1 respectively.

Two longeron bar 2-1-2-1-1 are located in the same horizontal plane.

Two longeron bar 2-1-2-1-1 are mutually parallel.

Two guide rail 2-1-2-1-2 are located in the same horizontal plane.

Two guide rail 2-1-2-1-2 are mutually parallel.

Each described guide rail 2-1-2-1-2 is slidably connected with one group of slide block assembly 2-1-2-1-3.

The number of slide block assembly 2-1-2-1-3 described in each group is equal.

The number of slide block assembly 2-1-2-1-3 described in each group is four.

The lower part of the slide block assembly 2-1-2-1-3 passes through the 2-1-2-3 connections of rack-and-pinion regulating mechanism between two groups.

The rack-and-pinion regulating mechanism 2-1-2-3 includes two rack 2-1-2-3-1.

Two rack 2-1-2-3-1 are fixedly connected with the bottom surface of two longeron bar 2-1-2-1-1 respectively.

Two rack 2-1-2-3-1 are located in the same horizontal plane.

Two rack 2-1-2-3-1 are mutually parallel.

Each described guide rail 2-1-2-1-2 is meshed with one group of gear 2-1-2-3-2.

The number of gear 2-1-2-3-2 described in each group is equal and equal to slide block assembly 2-1-2-1-3 described in each group Number.

The number of gear 2-1-2-3-2 described in each group is four.

The gear 2-1-2-3-2 is fixedly connected by multiple synchronous adjustment axis 2-1-2-3-3 between two groups.

Multiple Same Name of Ends for being adjusted in synchronism axis 2-1-2-3-3 are pierced by from gear 2-1-2-3-2 described in same group.

The tip shapes of the Same Name of Ends are in four prisms cylinder.

The number for being adjusted in synchronism axis 2-1-2-3-3 is equal to the number of gear 2-1-2-3-2 described in each group.

The number for being adjusted in synchronism axis 2-1-2-3-3 is four.

Multiple ends for being adjusted in synchronism axis 2-1-2-3-3 slide block assembly 2-1-2-1- between two groups respectively 3 lower rotational connection.

Multiple synchronous adjustment axis 2-1-2-3-3 are located in the same horizontal plane.

Multiple synchronous adjustment axis 2-1-2-3-3 are mutually parallel and perpendicular to two longeron bar 2-1-2-1-1.

The middle part of the slide block assembly 2-1-2-1-3 passes through the 2-1-2-2 connections of the second guide rail slide block mechanism between two groups.

Second guide rail slide block mechanism 2-1-2-2 includes multiple guide rail 2-1-2-2-2.

Multiple guide rail 2-1-2-2-2 are fixedly connected with the top surface of multiple beam rail 2-1-2-2-1 respectively.

The both ends of the multiple beam rail 2-1-2-2-1 slide block assembly 2-1-2-1-3 between two groups respectively Middle part is fixedly connected.

Multiple beam rail 2-1-2-2-1 are located in the same horizontal plane.

Multiple beam rail 2-1-2-2-1 are mutually parallel and perpendicular to two longeron bar 2-1-2-1-1.

Multiple guide rail 2-1-2-2-2 are located in the same horizontal plane.

Multiple guide rail 2-1-2-2-2 are mutually parallel and perpendicular to two longeron bar 2-1-2-1-1.

Each described guide rail 2-1-2-2-2 is slidably connected with one group of slide block assembly 2-1-2-2-3.

The number all same of slide block assembly 2-1-2-2-3 described in each group.

The number of slide block assembly 2-1-2-2-3 described in each group is four.

The shape of the slide block assembly 2-1-2-2-3 is in " four " font.

The slide block assembly 2-1-2-2-3 is nested on the guide rail 2-1-2-2-2 and the beam rail 2-1-2-2-1.

The bottom surface center of the slide block assembly 2-1-2-2-3 of each in each group is provided with threaded securing bores：

The threaded securing bores are configured with fixing screws.

The top surface of the slide block assembly 2-1-2-2-3 of each in each group is respectively and fixedly provided with the belt transfer body 2-1-1.

The rotation axis 2-1-1-5-1 of belt transfer body 2-1-1 described in each group is located along the same line.

The rotation axis 2-1-1-5-1 of belt transfer body 2-1-1 described in each group is by prism axis 2-1-2-4 and by institute Prismatic drive hole 2-1-1-5-2 is stated slideably to be drivingly connected.

The number of the prism axis 2-1-2-4 is equal to sliding described in each group in first guide rail slide block mechanism 2-1-2-1 The number of block assembly 2-1-2-1-3.

The both ends of the prism axis 2-1-2-4 are respectively between in first guide rail slide block mechanism 2-1-2-1 two groups The top of the slide block assembly 2-1-2-1-3 is rotatablely connected.

The top of the prism axis 2-1-2-4 and slide block assembly 2-1-2-1-3 is connected by bearing 2-1-2-5 rotations It connects.

Multiple prism axis 2-1-2-4 are located in the same horizontal plane.

Multiple prism axis 2-1-2-4 are mutually parallel and vertical with the longeron bar 2-1-2-1-1.

In present embodiment, such structure is conducive to that belt transfer body is adjusted in the horizontal plane.

As shown in figure 12, the Same Name of Ends of multiple prism axis 2-1-2-4 extend outwardly and with transport driving mechanism 2-1-3 It is sequentially connected.

The transport driving mechanism 2-1-3 includes driving motor 2-1-3-1.

The driving motor 2-1-3-1 and the first transmission mechanism 2-1-3-2 are sequentially connected.

The first transmission mechanism 2-1-3-2 includes driving wheel 2-1-3-2-1, driven wheel 2-1-3-2-2, transmission band 2- 1-3-2-3。

The driving wheel 2-1-3-2-1 is gear or sprocket wheel.

The driven wheel 2-1-3-2-2 is gear or sprocket wheel.

The diameter of the driving wheel 2-1-3-2-1 is less than the diameter of the driven wheel 2-1-3-2-2.

The transmission band 2-1-3-2-3 is synchronous toothed belt or chain.

The driving wheel 2-1-3-2-1 is fixedly connected with the main shaft of the driving motor 2-1-3-1.

Pass through the transmission band 2-1-3-2-3 between the driving wheel 2-1-3-2-1 and the driven wheel 2-1-3-2-2 It is sequentially connected.

The first transmission mechanism 2-1-3-2 and the second transmission mechanism 2-1-3-3 are sequentially connected.

The second transmission mechanism 2-1-3-3 includes driving wheel 2-1-3-3-1, the first driven wheel 2-1-3-3-2, transmission item Band 2-1-3-3-3, multiple second driven wheel 2-1-3-3-4, multiple tensioning guide wheel 2-1-3-3-5.

The number of the second driven wheel 2-1-3-3-4 is equal to the number of the prism axis 2-1-2-4.

The second driven wheel 2-1-3-3-4 is fixedly connected with the elongated end of the prism axis 2-1-2-4.

The number of the tensioning guide wheel 2-1-3-3-5 is equal to two times of described 2-1-3-3-4 number of second driven wheel.

The driving wheel 2-1-3-3-1 is gear or sprocket wheel.

The first driven wheel 2-1-3-3-2 is gear or sprocket wheel.

The transmission band 2-1-3-3-3 is synchronous toothed belt or chain.

The second driven wheel 2-1-3-3-4 is gear or sprocket wheel.

The tensioning guide wheel 2-1-3-3-5 is gearless or sprocket wheel.

The driven wheel 2-1-3-2-2 in the driving wheel 2-1-3-3-1 and the first transmission mechanism 2-1-3-2 is coaxially solid Fixed connection.

The driving wheel 2-1-3-3-1, the first driven wheel 2-1-3-3-2, multiple second driven wheel 2-1-3- 3-4 is sequentially connected by the transmission band 2-1-3-3-3.

Each both sides the second driven wheel 2-1-3-3-4 has been respectively arranged below tensioning guide wheel 2-1-3-3-5.

The outside of the tensioning guide wheel 2-1-3-3-5 and transmission band 2-1-3-3-3, which is oriented to, to be connected.

The epimere distribution shape of the transmission band 2-1-3-3-3 is in distribution of pulses figure or waved pattern.

The second transmission mechanism 2-1-3-3 is distributed in the horizontal direction.

The first transmission mechanism 2-1-3-2 is vertically distributed.

The driving wheel 2-1-3-2-1 in first transmission mechanism 2-1-3-2 is located under the driven wheel 2-1-3-2-2 Side.

In present embodiment, such structure is conducive to synchronize transmission to all belt transfer bodies.

As shown in figure 13, multiple belt transfer body 2-1-1 are connected to air draft system 2-1-4.

The air draft system 2-1-4 includes centrifugal blower 2-1-4-1, short air draught sebific duct 2-1-4-2, gas manifold 2-1- 4-3, long air draught sebific duct 2-1-4-4, valve 2-1-4-5, flexible wired hose 2-1-4-6, interface tube component 2-1-4-7.

The flexible wired hose 2-1-4-6 has multiple.

Pass through institute between flange sleeve 2-1-1-10-6 opposite on two adjacent belt transfer body 2-1-1 in each group State flexible wired hose 2-1-4-6 connections.

The interface tube component 2-1-4-7 has multiple.

The number of the interface tube component 2-1-4-7 is equal in the first guide rail slide block mechanism 2-1-2-1 sliding block described in two groups The sum of the number of component 2-1-2-1-3.

The interface tube component 2-1-4-7 is fixed on the top of the slide block assembly 2-1-2-1-3.

Method on the outside of the air inlet of the interface tube component 2-1-4-7 and the belt transfer body 2-1-1 adjacent thereto It is connected to by the flexible wired hose 2-1-4-6 between blue sleeve 2-1-1-10-6.

The air outlet of the interface tube component 2-1-4-7 is connected to the air inlet of the gas manifold 2-1-4-3.

The air outlet of the interface tube component 2-1-4-7 passes through described with the air inlet of the gas manifold 2-1-4-3 Long air draught sebific duct 2-1-4-4 connections.

The interface tube component 2-1- on component 2-1-2-1-3 described in same group in first guide rail slide block mechanism 2-1-2-1 The air outlet of 4-7 is first in parallel to be connected to the air inlet of the gas manifold 2-1-4-3 again.

The air outlet of the long air draught sebific duct 2-1-4-4 passes through the valve 2-1-4-5's and gas manifold 2-1-4-3 Air inlet is connected to.

The centrifugal blower 2-1-4-1 is connected to the air outlet of the gas manifold 2-1-4-3.

The air outlet of the centrifugal blower 2-1-4-1 and gas manifold 2-1-4-3 passes through the short air draught sebific duct 2-1-4-2 is connected to.

In present embodiment, such structure can make to be in negative pressure shape in the air draught box of all belt transfer bodies by air draught State.

As shown in Fig. 6, Figure 14 to Figure 15, the Trash-cleaning Mechanism 2-2 includes negative template 2-2-1 and force plate 2-2-2.

The shape of the negative template 2-2-1 is corresponding to the shape of finished product after stripping.

Multiple stripping hole 2-2-1-1 and multiple positioning mounting hole 2-2-1- are distributed in the plate face of the negative template 2-2-1 2。

The shape of the positioning mounting hole 2-2-1-2 is rectangular.

The size of the positioning mounting hole 2-2-1-2 is adapted with size at the top of the belt transfer body 2-1-1.

The negative template 2-2-1 is made of wood materials or plastics.

The negative template 2-2-1 is nested at the top of multiple belt transfer body 2-1-1.

The shape of the force plate 2-2-2 is rectangular.

Stripping head 2-2-2-1 is distributed in the plate face of the force plate 2-2-2.

The head shape of the stripping head 2-2-2-1 is rounded, triangle, rectangle, one kind in line strip or they Combination.

Being placed in beyond front side for the force plate 2-2-2 is provided with positioning gap 2-2-2-2.

The force plate 2-2-2 is made of wood materials or plastics.

In present embodiment, such structure can be in the case that non-stop-machine first according to the position of the shape of paper and stripping Mold processing is carried out, is conducive to contracting and knows debug time, downtime is short, greatly improves production efficiency, meanwhile, realize the useless work(of all clear When energy, speed of production need not be reduced.

As shown in Figure 16 to Figure 19, the force plate 2-2-2 is located by connecting with formpiston plate positioning device 2-2-3.

The formpiston plate positioning device 2-2-3 includes posting frame body 2-2-3-1 and is arranged in posting frame body 2-2- Vertical location device 2-2-3-2 in 3-1 and transverse positioning mechanism 2-2-3-3.

The posting frame body 2-2-3-1 is by multiple taeniae plate 2-2-3-1-1, multiple taeniae bar 2-2-3-1-2, multiple cross Batten 2-2-3-1-3, multiple horizontal stripe bar 2-2-3-1-4 are connected and composed by connector 2-2-3-1-5.

The shape of the posting frame body 2-2-3-1 is rectangular.

Multiple taeniae plate 2-2-3-1-1 are mutually parallel.

Multiple taeniae bar 2-2-3-1-2 are mutually parallel.

It is mutually parallel between multiple taeniae plate 2-2-3-1-1 and multiple taeniae bar 2-2-3-1-2.

The number of the taeniae plate 2-2-3-1-1 is two.

The number of the taeniae bar 2-2-3-1-2 is six.

Six taeniae bar 2-2-3-1-2 are equally divided into three groups.

Two taeniae bar 2-2-3-1-2 are close to each other in each group.

The adjacent two taeniae bar 2-2-3-1-2 are located remotely from each other between two adjacent groups.

Multiple horizontal stripe plate 2-2-3-1-3 are mutually parallel.

Multiple horizontal stripe bar 2-2-3-1-4 are mutually parallel.

It is mutually parallel between multiple horizontal stripe plate 2-2-3-1-3 and multiple horizontal stripe bar 2-2-3-1-4.

The number of the horizontal stripe plate 2-2-3-1-3 is two.

The number of the horizontal stripe bar 2-2-3-1-4 is two.

It is positioned apart from fixed plate 2-2-3-1-6 below the posting frame body 2-2-3-1.

The connector 2-2-3-1-5 includes side connector, angle connector.

The connector 2-2-3-1-5 includes interconnecting piece, outer connector.

The vertical location device 2-2-3-2 include rotation adjusting rod 2-2-3-2-1, two transmission gear 2-2-3-2-2, Two rotation connection bar 2-2-3-2-3, two adjustment gear 2-2-3-2-4, two adjusting gear rack 2-2-3-2-5.

The rotation adjusting rod 2-2-3-2-1 is parallel to the horizontal stripe plate 2-2-3-1-3.

One end of the rotation adjusting rod 2-2-3-2-1 is fixedly connected with a transmission gear 2-2-3-2-2.

One transmission gear 2-2-3-2-2 is sequentially connected with another described transmission gear 2-2-3-2-2.

One end of another transmission gear 2-2-3-2-2 passes through a rotation connection bar 2-2-3-2-3 and one A adjustment gear 2-2-3-2-4 is sequentially connected.

The other end of another transmission gear 2-2-3-2-2 is by being rotatablely connected bar 2-2-3-2-3 described in another It is sequentially connected with adjustment gear 2-2-3-2-4 described in another.

Two rotation connection bar 2-2-3-2-3 are located on the same line.

Two rotation connection bar 2-2-3-2-3 are respectively parallel to the rotation adjusting rod 2-2-3-2-1.

One adjustment gear 2-2-3-2-4 and an adjusting gear rack 2-2-3-2-5 are sequentially connected.

Another described adjustment gear 2-2-3-2-4 is sequentially connected with another described adjusting gear rack 2-2-3-2-5.

Two adjusting gear rack 2-2-3-2-5 are mutually parallel and are parallel to the taeniae plate 2-2-3-1-1.

Each described adjusting gear rack 2-2-3-2-5 is between two adjacent taeniae bar 2-2-3-1-2.

Two faces lower part opposite two adjacent taeniae bar 2-2-3-1-2 is respectively fixed with support guide 2-2- 3-1-10。

The both sides of the adjusting gear rack 2-2-3-2-5 are respectively fixed with guide pad 2-2-3-1-11.

There are two the guide pad 2-2-3-1-11 for each fixation in both sides of the adjusting gear rack 2-2-3-2-5.

The adjusting gear rack 2-2-3-2-5 is spaced apart between two guide pad 2-2-3-1-11 per side.

Described in one guide pad 2-2-3-1-11 of the sides the adjusting gear rack 2-2-3-2-5 and one of the other side Guide pad 2-2-3-1-11 is faced.

Another of another described guide pad 2-2-3-1-11 of the sides the adjusting gear rack 2-2-3-2-5 and the other side The guide pad 2-2-3-1-11 is faced.

The company of sliding between the bottom surface of the guide pad 2-2-3-1-11 and the top surface of the support guide 2-2-3-1-10 It connects.

Two adjusting gear rack 2-2-3-2-5 are solid by connecting closing piece 2-2-3-2-8 and dynamic guide rail 2-2-3-1-9 respectively Fixed connection.

The dynamic guide rail 2-2-3-1-9 is located at the lower section of the posting frame body 2-2-3-1.

The dynamic guide rail 2-2-3-1-9, which is configured with, determines guide rail 2-2-3-1-8.

The front side determined guide rail 2-2-3-1-8 and be fixed below the posting frame body 2-2-3-1.

It is described to determine guide rail 2-2-3-1-8 and the dynamic guide rail 2-2-3-1-9 and be mutually parallel and be parallel to the taeniae plate 2- 2-3-1-1。

It is described to determine guide rail 2-2-3-1-8 and be provided with notch.

The dynamic guide rail 2-2-3-1-9 is provided with notch.

The notch for determining guide rail 2-2-3-1-8 is opposite with the dynamic notch of guide rail 2-2-3-1-9.

The force plate 2-2-2 is placed in the slot of the notch for determining guide rail 2-2-3-1-8 and the dynamic guide rail 2-2-3-1-9 In mouthful.

The transverse positioning mechanism 2-2-3-3 is arranged on front side of the posting frame body 2-2-3-1.

The transverse positioning mechanism 2-2-3-3 includes push rod 2-2-3-3-1, rotational positioning component 2-2-3-3-2, fixed hinge Axis 2-2-3-3-3.

Rectangular " Z " font of the shape of the rotational positioning component 2-2-3-3-2.

It is provided with angle on the outside of the lower ends rotational positioning component 2-2-3-3-2.

The middle part of the rotational positioning component 2-2-3-3-2 passes through the fixed hinged shaft 2-2-3-3-3 and the posting The middle part of front side is hinged in frame body 2-2-3-1.

The rotational positioning component 2-2-3-3-2 is connected by torsional spring 2-2-3-3-4.

One end of the torsional spring 2-2-3-3-4 is fixedly connected with the rotational positioning component 2-2-3-3-2.

The other end of the torsional spring 2-2-3-3-4 is fixedly connected with the fixed hinged shaft 2-2-3-3-3.

The rotational positioning component 2-2-3-3-2 counterclockwise movements under the action of torsional spring 2-2-3-3-4.

The lower end of the rotational positioning component 2-2-3-3-2 is stuck in the positioning gap 2-2-2-2 of the force plate 2-2-2 It is interior.

One end of the push rod 2-2-3-3-1 and the upper end of the rotational positioning component 2-2-3-3-2 are hinged.

The push rod 2-2-3-3-1 is parallel to the horizontal stripe plate 2-2-3-1-3.

Two transmission gear 2-2-3-2-2 are located in gear-box 2-2-3-2-6.

The gear-box 2-2-3-2-6 is fixedly connected with the posting frame body 2-2-3-1.

Two adjustment gear 2-2-3-2-4 are connected by the support base 2-2-3-2-7 and posting frame body 2-2-3-1 It connects.

In present embodiment, this structure can be realized carries out quick location and installation to different size of force plate, significantly Shorten downtime, further increases production efficiency.

As shown in figure 20, the formpiston plate positioning device 2-2-3 and stripping driving mechanism 2-2-4 is sequentially connected.

The stripping driving mechanism 2-2-4 include driving cam 2-2-4-1, swing rod 2-2-4-2, fixed hinged shaft 2-2-4-3, Screw bolt-type track bearing 2-2-4-4, short connecting rod 2-2-4-5, swing arm 2-2-4-6 three short, four long arm swing 2-2-4-7, long company Bar 2-2-4-8, four push-pull rod 2-2-4-9, two swinging axle 2-2-4-10.

The lower end of four push-pull rod 2-2-4-9 is hinged with four angles of the posting frame body 2-2-3-1 respectively.

The upper end of four push-pull rod 2-2-4-9 is hinged with the front end of four long arm swing 2-2-4-7 respectively.

The rear end of two long arm swing 2-2-4-7 of front side is fixedly connected by a swinging axle 2-2-4-10.

The rear end of two long arm swing 2-2-4-7 of rear side is fixed by swinging axle 2-2-4-10 described in another to be connected It connects.

Two swinging axle 2-2-4-10 are mutually parallel.

One end of one swinging axle 2-2-4-10 is fixedly connected with the lower end of first short swing arm 2-2-4-6.

One end of another swinging axle 2-2-4-10 and the lower end of second short swing arm 2-2-4-6 are fixed and are connected It connects.

The upper end of first short swing arm 2-2-4-6 and the upper end of second short swing arm 2-2-4-6 pass through described Long connecting rod 2-2-4-8 is sequentially connected.

One end of the long connecting rod 2-2-4-8 and the upper end of first short swing arm 2-2-4-6 are hinged.

The upper end of the other end of the long connecting rod 2-2-4-8 and second short swing arm 2-2-4-6 are hinged.

The lower end of the other end of another swinging axle 2-2-4-10 and the third short swing arm 2-2-4-6, which are fixed, to be connected It connects.

The upper end of the third short swing arm 2-2-4-6 and one end of the short connecting rod 2-2-4-5 are hinged.

The other end of the short connecting rod 2-2-4-5 and the upper end of the swing rod 2-2-4-2 are hinged.

The lower end of the swing rod 2-2-4-2 is sequentially connected with the driving cam 2-2-4-1.

The lower end of the swing rod 2-2-4-2 is passed by the screw bolt-type track bearing 2-2-4-4 and driving cam 2-2-4-1 Dynamic connection.

" V " font is bent to form in the middle part of the swing rod 2-2-4-2.

The middle part of the swing rod 2-2-4-2 is hinged by the fixed hinged shaft 2-2-4-3.

In present embodiment, this structure design, manufacture, installation, debugging are easy, and advantageously reduce manufacturing cost.

As shown in Figure 21 to Figure 22, the paper collecting mechanism 3 includes collection elevating mechanism 3-2, the collection elevating mechanism 3-2 Top be provided with air draught paper feeder 3-1.

In present embodiment, this arrangement eliminates paper rake is taken off, the position and upper suction that paper lands on collection platform can be made Wind paper feeder apart from very little, paper is not easy to fall partially, so, whole dose of collection can be carried out to the paper after stripping.

As shown in Figure 21 to Figure 26, the upper air draught paper feeder 3-1 includes air-suction trunk 3-1-1.

The air-suction trunk 3-1-1, which is surrounded by, inhales paper feeding mechanism 3-1-2.

The air-suction trunk 3-1-1 is connected to air draft system 3-1-3.

The suction paper feeding mechanism 3-1-2 includes drive roll 3-1-2-1, driven voller 3-1-2-2, air draught conveyer belt 3-1-2- 3。

Multiple wind inlet 3-1-2-3-1 are distributed in the surface of the air draught conveyer belt 3-1-2-3.

The drive roll 3-1-2-1 and driven voller 3-1-2-2 is driven by the air draught conveyer belt 3-1-2-3 to be connected It connects.

The air-suction trunk 3-1-1 is between the drive roll 3-1-2-1 and the driven voller 3-1-2-2.

The air-suction trunk 3-1-1 is located at the epimere of the air draught conveyer belt 3-1-2-3 and the air draught conveyer belt 3-1-2-3 Hypomere between.

The epimere of the air draught conveyer belt 3-1-2-3 is bonded with the top surface of the air-suction trunk 3-1-1 to be slidably connected.

The hypomere of the air draught conveyer belt 3-1-2-3 is bonded with the bottom edge of the air-suction trunk 3-1-1 to be slidably connected.

The diameter of the drive roll 3-1-2-1 is equal to the driven voller 3-1-2-2 and is less than or equal to the air-suction trunk 3- The thickness of 1-1.

The air-suction trunk 3-1-1 is no bottom surface air-suction trunk.

The air-suction trunk 3-1-1 includes box-frame 3-1-1-1, multiple air draught component 3-1-1-2, multiple support rotating roller 3-1- 1-3, case lid 3-1-1-5.

The edge of the case lid 3-1-1-5 is sealedly and fixedly connected with the tops the box-frame 3-1-1-1.

In present embodiment, this structure is not easy, by the surface tear of paper, to greatly improve the quality of production, meanwhile, have Conducive to the conveying to multiple sheets and avoid falling apart for multiple sheets.

As shown in figure 23, the edge of the case lid 3-1-1-5 is distributed with side joint part 3-1-1-5-3 and is connected with top surface Component 3-1-1-5-4.

There are mounting hole 3-1-1-1-2 and combined connection component 3-1-1-1-3 in the side branch of the box-frame 3-1-1-1.

The case lid 3-1-1-5 is by the side joint part 3-1-1-5-3 and by means of the mounting hole 3-1-1- 1-2 is fixedly connected with the box-frame 3-1-1-1.

The case lid 3-1-1-5 is by the top surface connecting component 3-1-1-5-4 and by means of the combined connection component 3- 1-1-1-3 is fixedly connected with box-frame 3-1-1-1.

In present embodiment, this structure is conducive to the dismounting of case lid.

As shown in Figure 24 to Figure 25, positioning hole is distributed in the side of the box-frame 3-1-1-1.

Multiple air draught component 3-1-1-2 are fixedly connected by the positioning hole with the box-frame 3-1-1-1.

The positioning hole is distributed in the opposite both sides the box-frame 3-1-1-1.

The number of positioning hole described in opposite both sides is identical.

Positioning hole is symmetrically distributed described in opposite both sides.

Both sides opposite the box-frame 3-1-1-1 are of laterally opposite both sides.

Of laterally opposite two side directions of box-frame 3-1-1-1 are identical as the direction of paper feed.

The number of the air draught component 3-1-1-2 is even number.

The number of the air draught component 3-1-1-2 is eight.

In present embodiment, it is uniform that this structure is conducive to negative pressure in air-suction trunk, while improving wound to be further below Advantageous condition is made.

As shown in Figure 24 to Figure 25, the air draught component 3-1-1-2 includes air draught head 3-1-1-2-1 and elbow 3-1-1-2- 4。

The air draught head 3-1-1-2-1 and elbow 3-1-1-2-4 phase separations.

The shape of the air draught head 3-1-1-2-1 is in " L " font.

The rectangular frame of shape of the cross sections air draught head 3-1-1-2-1.

The head of the air draught head 3-1-1-2-1 is provided with air inlet.

The tail portion of the air draught head 3-1-1-2-1 is provided with air outlet and is configured with first flange 3-1-1-2-3.

The air inlet of the elbow 3-1-1-2-4 is configured with second flange 3-1-1-2-5.

The air outlet side wall of the elbow 3-1-1-2-4 is provided with screw thread 3-1-1-2-6.

The air draught head 3-1-1-2-1 is located in the box-frame 3-1-1-1.

The elbow 3-1-1-2-4 is located at outside the box-frame 3-1-1-1.

The air draught head 3-1-1-2-1 and elbow 3-1-1-2-4 is fixed by bolt and the box-frame 3-1-1-1 to be connected It connects.

The broad side surface of the air draught head 3-1-1-2-1 and the inner face of the case lid 3-1-1-5 fit or mutually close.

In present embodiment, such structure is conducive to install, simultaneously, it can be ensured that has enough spaces in air-suction trunk, has Conducive to the thickness of reduction air-suction trunk.

As shown in figure 24, the bottom in the box-frame 3-1-1-1 is arranged in multiple support rotating roller 3-1-1-3.

Multiple semicircle installation notch respectively symmetrically are distributed in of laterally opposite two side bottoms of box-frame 3-1-1-1.

Multiple support rotating roller 3-1-1-3 are by rotating roller bearing 3-1-1-3-1 and by the semicircle installation Notch is rotatablely connected with the box-frame 3-1-1-1.

The both ends of the support rotating roller 3-1-1-3 are rotatablely connected with the rotation roller bearing 3-1-1-3-1 respectively.

Two rotation roller bearing 3-1-1-3-1 are separately fixed at the of laterally opposite both sides bottoms the box-frame 3-1-1-1 At corresponding two of the portion semicircle installation notch.

The number of the support rotating roller 3-1-1-3 is four.

In present embodiment, this structure can make the hypomere of air draught conveyer belt keep smooth, be conducive to that paper is sucked.

As shown in Figure 23 to Figure 26, the air-suction trunk 3-1-1 is configured with air draught zone control 3-1-1-4.

The air draught zone control 3-1-1-4 includes multiple midfeather 3-1-1-4-1.

Multiple ventilation openings are accordingly distributed in the middle part of multiple midfeather 3-1-1-4-1 width directions along its length 3-1-1-4-2。

Multiple rectangular notch 3-1-1- are accordingly distributed in the top of multiple midfeather 3-1-1-4-1 along its length 4-3。

Multiple semicircular notch 3-1- are accordingly distributed in the following of multiple midfeather 3-1-1-4-1 along its length 1-4-4。

Multiple midfeather 3-1-1-4-1 are fixed in the box-frame 3-1-1-1.

Multiple midfeather 3-1-1-4-1 are mutually parallel and are parallel to the of laterally opposite both sides box-frame 3-1-1-1.

The air draught head 3-1-1-2-1 of the air draught component 3-1-1-2 is embedded in the rectangular notch of the midfeather 3-1-1-4-1 In 3-1-1-4-3.

The side of the support rotating roller 3-1-1-3 is embedded in the semicircular notch 3-1-1- of the midfeather 3-1-1-4-1 In 4-4.

The ventilation opening 3-1-1-4-2 of the midfeather 3-1-1-4-1 is configured with push-and-pull valve 3-1-1-4-5.

It is respectively fixed with guiding above and below each ventilation opening 3-1-1-4-2 of the midfeather 3-1-1-4-1 Block 3-1-1-4-12.

The push-and-pull valve 3-1-1-4-5 of the same midfeather 3-1-1-4-1 ventilation openings 3-1-1-4-2 is fixed on one On push-pull rod 3-1-1-4-6.

One end of the push-pull rod 3-1-1-4-6 passes through front side or the rear side of the box-frame 3-1-1-1 from inside to outside.

One end of the push-pull rod 3-1-1-4-6 is fixedly connected with one end of rack 3-1-1-4-7.

The rack 3-1-1-4-7 is oriented to rack guiding parts 3-1-1-4-8 to be coordinated.

The rack guiding parts 3-1-1-4-8 is fixed on the preceding outside of the box-frame 3-1-1-1 or rear outside.

The rack 3-1-1-4-7 is configured with gear 3-1-1-4-9.

The gear 3-1-1-4-9 is meshed with the rack 3-1-1-4-7.

The multiple gear 3-1-1-4-9 and rotating bar 3-1-1-4-10 are fixedly and coaxially connected.

The rotating bar 3-1-1-4-10 is connected by two rotation rod bearing 3-1-1-4-11 and box-frame 3-1-1-1 It connects.

The two rotation rod bearing 3-1-1-4-11 and rotating bar 3-1-1-4-10 is rotatablely connected.

The fixed company in two preceding outsides for rotating the rod bearing 3-1-1-4-11 and box-frame 3-1-1-1 or rear outside It connects.

The number of the midfeather 3-1-1-4-1 is two.

There are four ventilation opening 3-1-1-4-2 by each described midfeather 3-1-1-4-1.

There are four push-and-pull valve 3-1-1-4-5 for each described midfeather 3-1-1-4-1 configuration.

The number of the push-pull rod 3-1-1-4-6 is two.

The number of the rack 3-1-1-4-7 is two.

The number of the gear 3-1-1-4-9 is two.

The number of the rack guiding parts 3-1-1-4-8 is two.

The inner face of the case lid 3-1-1-5 is provided with multiple diaphragm plate 3-1-1-5-1.

Multiple diaphragm plate 3-1-1-5-1 are mutually parallel.

The difference of the half of described 3-1-1-2 number of air draught component and the number of the diaphragm plate 3-1-1-5-1 is equal to one.

Each described diaphragm plate 3-1-1-5-1 points are multistage.

The difference of the number of the hop count of each diaphragm plate 3-1-1-5-1 and the midfeather 3-1-1-4-1 is equal to one.

There are exempt to interfere gap 3-1-1-5-5 by adjacent two sections of diaphragm plate 3-1-1-5-1.

Multiple midfeather 3-1-1-4-1 and multiple diaphragm plate 3-1-1-5-1 will be in the box-frame 3-1-1-1 Space is divided into multiple subspaces.

Multiple subspaces are in matrix distribution.

The diaphragm plate 3-1-1-5-1 is corresponded to and is provided with pilot hole 3-1-1-5-2 at the push-pull rod 3-1-1-4-6.

In present embodiment, this structure can be realized and save according to the size in the big minor adjustment air draught region of different paper The purpose of electric energy.

As shown in figure 23, lateral bending is converted into right angle forward on the bottom edge of the diaphragm plate 3-1-1-5-1.

The inside bottom of the box-frame 3-1-1-1 is circumferentially distributed right-angle connector 3-1-1-1-1.

The right-angle connector 3-1-1-1-1 is fixedly connected with the box-frame 3-1-1-1.

The inside bottom of the box-frame 3-1-1-1 is circumferentially distributed anti-attrition 3-1-1-1-4.

The right-angle connector 3-1-1-1-1 is fixedly connected with the anti-attrition 3-1-1-1-4.

Multiple anti-attrition block 3-1-1-1-5 are distributed in the bottom of the midfeather 3-1-1-4-1.

Multiple anti-attrition block 3-1-1-1-5 pass through the link block 3-1-1-4-13 and/or guide pad 3-1-1-4-12 It is fixedly connected with the midfeather 3-1-1-4-1.

The air draft system 3-1-3 includes suction ventilator 3-1-3-1.

The suction ventilator 3-1-3-1 is centrifugal blower.

The suction ventilator 3-1-3-1 is connected to by main air hose 3-1-3-2 with gas manifold 3-1-3-3.

The gas manifold 3-1-3-3 by multiple branch wind pipe 3-1-3-4 respectively with multiple air draught component 3-1- 1-2 is connected to.

The number of the branch wind pipe 3-1-3-4 is eight.

The collection elevating mechanism 3-2 includes collection platform 3-2-1, multiple elevating chain 3-2-2, multiple lifting sprocket 3- 2-3, lifting motor 3-2-4.

The collection platform 3-2-1 passes through multiple elevating chain 3-2-2, multiple lifting sprockets, lifting motor 3-2-4 lifting and drivings connect.

In present embodiment, this structure can greatly reduce the abrasion of air draught conveyer belt, extend the use of air draught conveyer belt Service life.

Claims (4)

1. a kind of chart driving mechanism (1), it is characterised in that：Including transfer component (1-1), the transfer component (1-1) includes tray paper Suction nozzle (1-1-2), the mouth of the suction nozzle (1-1-2) is distributed with to the front cross of the paper platform (1-1-1) in plate (1-1-1) Upward, Composite Transmission component (1-1-3), the Composite Transmission component (1-1-3) are provided with below the paper platform (1-1-1) There are horizontal reciprocating movement portion and plane motion portion, the plane motion portion is using the horizontal reciprocating movement portion as centre swinging, institute Plane motion portion and the horizontal reciprocating movement portion is stated to be sequentially connected with compound motion driving mechanism.

2. chart driving mechanism (1) according to claim 1, it is characterised in that：

The paper platform (1-1-1) includes beam batten (1-1-1-1) and multiple purlin plates (1-1-1-2)；

The beam batten (1-1-1-1) is laterally arranged；

Multiple purlin plates (1-1-1-2) are distributed in the top surface of the beam batten (1-1-1-1)；

It is spaced between two adjacent purlin plates (1-1-1-2)；

Length direction of the length direction of the purlin plate (1-1-1-2) perpendicular to the beam batten (1-1-1-1)；

The beam batten (1-1-1-1) is offset to the front of the purlin plate (1-1-1-2)；

Suction nozzle (1-1-2) setting is in the front of the purlin plate (1-1-1-2) and positioned at the beam batten (1-1-1-1) Front；

The purlin plate (1-1-1-2) includes purlin prelaminar part (1-1-1-2-1) and purlin postlaminar part (1-1-1-2-2)；

The purlin prelaminar part (1-1-1-2-1) is solid board；

The purlin postlaminar part (1-1-1-2-2) is flute profile batten or hollow lath；

The groove of the flute profile batten is downward；

The rear end of the purlin prelaminar part (1-1-1-2-1) is fixedly connected with the front end of the purlin postlaminar part (1-1-1-2-2)；

The top surface of the purlin prelaminar part (1-1-1-2-1) and the top surface of the purlin postlaminar part (1-1-1-2-2) are located at same In a plane.

The Composite Transmission component (1-1-3) includes the first transmission arm (1-1-3-1), the second transmission arm (1-1-3-2), third biography Swing arm (1-1-3-3)；

The upper end of first transmission arm (1-1-3-1) is fixedly connected with the plane perpendicular of the beam batten (1-1-1-1)；

The front end of second transmission arm (1-1-3-2) is vertical with the lower end of first transmission arm (1-1-3-1) to be fixedly connected；

The upper end of the third transmission arm (1-1-3-3) is vertical with the front end of second transmission arm (1-1-3-2) to be fixedly connected, And after the lower end of first transmission arm (1-1-3-1)；

The rear end of second transmission arm (1-1-3-2) corresponds to the horizontal reciprocating movement portion；

The lower end of the third transmission arm (1-1-3-3) corresponds to the plane motion portion；

The compound motion driving mechanism includes horizontal movement driving mechanism (1-2) and vertical and straight movement driving mechanism (1-3)；

The horizontal movement driving mechanism (1-2) includes wobble drive cam (1-2-1)；

It is rotatablely connected between the wobble drive cam (1-2-1) and wallboard (0)；

The wobble drive cam (1-2-1) and the lower end of swing rod (1-2-2) are sequentially connected；

The lower part of the swing rod (1-2-2) swings with wallboard (0) and connects；

The lower part of the swing rod (1-2-2) is in bending part；

The upper end of the swing rod (1-2-2) is hinged with one end of connecting rod (1-2-3)；

The other end of the connecting rod (1-2-3) is hinged with the lower end of right angle push rod (1-2-5)；

The front end of the right angle push rod (1-2-5) and the rear end of second transmission arm (1-1-3-2) are hinged；

The right angle push rod (1-2-5) is fixedly connected with sliding block (1-2-7)；

The sliding block (1-2-7) is slidably connected with horizontal guide rail (1-2-6)；

The horizontal guide rail (1-2-6) is fixedly connected with wallboard (0)；

Pass through the first screw bolt-type track bearing between the wobble drive cam (1-2-1) and the lower end of the swing rod (1-2-2) (1-2-8) is sequentially connected；

It is put by first bearing (1-2-2-1) and axle bed (1-2-2-2) between the lower part and wallboard (0) of the swing rod (1-2-2) Dynamic connection；

The axle bed (1-2-2-2) is fixedly connected with the wallboard (0)；

The axle bed (1-2-2-2) is fixedly connected with the inner ring of the first bearing (1-2-2-1)；

The outer shroud of the first bearing (1-2-2-1) is fixedly connected with the lower part of the swing rod (1-2-2)；

It is provided with abrasionproof spacer (1-2-2-5) between the upper end and one end of the connecting rod (1-2-3) of the swing rod (1-2-2)；

The upper end of the swing rod (1-2-2) is fixedly connected with the outer shroud of second bearing (1-2-2-4)；

The root that the inner ring of the second bearing (1-2-2-4) follows closely (1-2-2-3) with axis is fixedly connected；

The end of the axis nail (1-2-2-3) passes through the abrasionproof spacer (1-2-2-5) and one end of the connecting rod (1-2-3) solid Fixed connection；

It is hinged by stock axis (1-2-4) between the other end and the lower end of right angle push rod (1-2-5) of the connecting rod (1-2-3)；

The other end of the connecting rod (1-2-3) is fixedly connected with the outer shroud of 3rd bearing (1-2-4-1)；

The outer end of the stock axis (1-2-4) is fixedly connected with the inner ring of the 3rd bearing (1-2-4-1)；

The inner end of the stock axis (1-2-4) is fixedly connected with the lower end of the right angle push rod (1-2-5)；

The inner end of the stock axis (1-2-4) passes through the horizontal strip shape open-work of the wallboard (0) from outside to inside；

The inner end of the stock axis (1-2-4) is located at the inside of the wallboard (0)；

The Composite Transmission component (1-1-3), the sliding block (1-2-7), the horizontal guide rail (1-2-6) are located at the wallboard (0) inside；

The outer end of the stock axis (1-2-4) is located at the outside of the wallboard (0)；

The wobble drive cam (1-2-1), the swing rod (1-2-2), the connecting rod (1-2-3) are located at the wallboard (0) Outside；

The front end of the right angle push rod (1-2-5) is provided with stepped hole；

The inside of the stepped hole is circumferentially arranged annular slot；

The side wall of the stepped hole is fixedly connected with the outer shroud of fourth bearing (1-2-5-2)；

Hole snap ring (1-2-5-3) is provided in the annular slot；

The inner ring of the fourth bearing (1-2-5-2) is fixedly connected with one end of ladder rotation axis (1-2-5-4)；

The end sides of described ladder rotation axis (1-2-5-4) one end are circumferentially arranged annular slot；

The annular slot is provided with axis snap ring (1-2-5-1)；

The other end of the ladder rotation axis (1-2-5-4) passes through Nonlubricated bearing (1-2-5-5) and second transmission arm The rear end thereof of (1-1-3-2) connects；

The vertical and straight movement driving mechanism (1-3) includes lifting driving cam (1-3-1)；

The lifting driving cam (1-3-1) and the lower end of elevating lever (1-3-2) are sequentially connected；

The elevating lever (1-3-2) is fixedly connected with sliding block (1-3-3)；

The sliding block (1-3-3) is slidably connected with upright guide rail (1-3-4)；

The upright guide rail (1-3-4) is fixedly connected with the wallboard (0)；

The upper end of the elevating lever (1-3-2) is by lifting horizontal guide rail (1-3-6) and the third transmission arm (1-1-3-3) Lower end connects；

The upper end of the elevating lever (1-3-2) is vertical with the middle part of the lifting horizontal guide rail (1-3-6) to be fixedly connected；

The lifting horizontal guide rail (1-3-6) is provided with horizontal guide slot；

The horizontal guide slot is necking guide groove；

The lower end of the third transmission arm (1-1-3-3) passes through pivot (1-3-6-1) and double-row angular contact bal bearing (1-3-6-2) It rolls and connects with the lifting horizontal guide rail (1-3-6)；

The root of the pivot (1-3-6-1) is fixedly connected with the lower end of the third transmission arm (1-1-3-3)；

The end of the pivot (1-3-6-1) is fixedly connected with the double-row angular contact bal bearing (1-3-6-2)；

The double-row angular contact bal bearing (1-3-6-2) is located in the necking guide groove；

It is respectively arranged with link block (1-3-7) on the downside of lifting horizontal guide rail (1-3-6) both ends；

The elevating lever (1-3-2), the lifting horizontal guide rail (1-3-6), two link blocks (1-3-7) are formed upside down " mountain " font；

There are two the sliding blocks (1-3-3)；

There are two the upright guide rails (1-3-4)；

Two sliding blocks (1-3-3) are slidably connected with two upright guide rails (1-3-4) respectively；

Two sliding blocks (1-3-3) are fixedly connected with two link blocks (1-3-7) respectively；

The lower end of elevating lever (1-3-2) passes through the second screw bolt-type track bearing (1-3-5) and the lifting driving cam (1-3-1) It is sequentially connected；

There are two the Composite Transmission components (1-1-3)；

Two Composite Transmission components (1-1-3) are located at the lower section of two ends of the beam batten (1-1-1-1)；

The vertical and straight movement driving mechanism (1-3) is located at the inside of the wallboard (0)；

The horizontal movement driving mechanism (1-2) has two sets；

The vertical and straight movement driving mechanism (1-3) has two sets；

A set of horizontal movement driving mechanism (1-2) and a set of vertical and straight movement driving mechanism (1-3) respectively with an institute State Composite Transmission component (1-1-3) drive connection；

The another set of horizontal movement driving mechanism (1-2) and the another set of vertical and straight movement driving mechanism (1-3) respectively with separately One Composite Transmission component (1-1-3) is sequentially connected；

Wobble drive cam (1-2-1) in a set of horizontal movement driving mechanism (1-2) and the another set of horizontal movement Wobble drive cam (1-2-1) in driving mechanism (1-2) is separately fixed at the both ends of the first synchronization drive shaft (1-2-9)；

Described first synchronizes drive shaft (1-2-9) is rotatablely connected with the wallboard (0)；

Lifting driving cam (1-3-1) in a set of vertical and straight movement driving mechanism (1-3) and the another set of vertical and straight movement Lifting driving cam (1-3-1) in driving mechanism (1-3) is separately fixed at the both ends of the second synchronization drive shaft (1-3-8)；

Described second synchronizes drive shaft (1-3-8) is rotatablely connected with the wallboard (0).

3. a kind of trash-cleaning machine, including chart driving mechanism (1), it is characterised in that：The chart driving mechanism (1) is such as claims 1 or 2 institute The chart driving mechanism (1) stated.

4. trash-cleaning machine according to claim 3, it is characterised in that：

The trash-cleaning machine further includes clearing mechanism (2), paper collecting mechanism (3), the first paper transport (4), the second paper transport (5)；

The paper delivery end of the chart driving mechanism (1) is opposite with the paper feed end of the first paper transport (4), first paper transport (4) Paper delivery end it is opposite with the paper feed end for clearing mechanism (2), the paper delivery end for clearing mechanism (2) and second paper transport (5) paper feed end is opposite, and the paper delivery end of second paper transport (5) is opposite with the paper feed end of the paper collecting mechanism (3).