CN201846780U - Cut tobacco turning box feeding pneumatic conveying device - Google Patents

Abstract

The utility model discloses a cut tobacco turning box feeding pneumatic conveying device, which comprises a turning box unit, a pneumatic feeding conveying device and a cover. The pneumatic feeding conveying device is positioned bellow the turning box unit and includes a conveying belt, a pneumatic cut tobacco conveyor and a loosening mechanism. The pneumatic cut tobacco conveyor is provided with a distribution plate and a shell, the distribution plate is disposed below the conveying belt, the shell is disposed outside the distribution plate, the shell is provided with a plurality of pneumatic conveying ports positioned on the outer side of the bottom of the distribution plate, and the loosening mechanism is disposed between the pneumatic cut tobacco conveyor and the front end of the conveying belt. The cover covers the conveying belt outside, and is provided with a plurality of level detection units electrically connected to the turning box unit and the pneumatic feeding conveying device. Therefore, when insufficient cut tobacco in the pneumatic feeding conveying device is detected, the turning box unit can be controlled to feed cut tobacco and the cut tobacco is uniformly distributed qualitatively by the pneumatic cut tobacco conveyor.

Description

Pipe tobacco mould turnover feeding wind send device

Technical field

The utility model relates to a kind of pipe tobacco mould turnover feeding wind and send device, a kind of pipe tobacco that provides is provided send device by smoke box to the pipe tobacco mould turnover feeding wind of the handling process between the cigarette unit.

Background technology

Global now smoking number is about 1,100,000,000 people, so under present environment, cigarette still belongs to a kind of running stores of a large amount of consumption, therefore, with commercial angle, how making the more automation of production of cigarette, and then make that output is higher, cost is lower and keep certain quality, is the direction that is worth research and development.

Known the most frequently used Tobacco-feeding device has two kinds: a kind of is the Pneumatic silk feeding device, and another kind is the dolly wire feeder, adopts Tobacco-feeding device can improve the quality of cigarette, reduces pipe tobacco consumption, improves working environment.

In above-mentioned two kinds of devices, the Pneumatic silk feeding device is a kind of automation wire feeder that generally uses, this device is cased the back to the cigarette of producing a rule by pipe tobacco, must take out from smoke box through pipe tobacco during this time, pipe tobacco is placed feeding mechanism and stirs in bulk putting, after pipe tobacco is stirred diffusing and is mixed, resupply to the wire feed pipeline, then enter the cigarette that the cigarette unit produces a rule, yet, the required equipment of whole tobacco curing flow process is too much and production procedure is long, and making is needing more manpower aspect the supply of pipe tobacco and the keyholed back plate.

As announce the patent of numbering No. 440434 " the tobacco feedway of cigarette-making machine " in the TaiWan, China patent announcement in June 16 calendar year 2001 in Christian era, this patent belongs to a kind of of Pneumatic silk feeding device, and its pipe tobacco feedway is for the pipe tobacco management and control, enter the conveyer belt of this pipe tobacco feedway from pipe tobacco after, so can come according to the pipe tobacco amount number of pipe tobacco feedway rear end the pipe tobacco of pipe tobacco feedway front end is made an effective keyholed back plate.

Yet, when the pipe tobacco quantity not sufficient in this pipe tobacco feedway, also need to take out pipe tobacco from smoke box by manpower, then the pipe tobacco feedway is carried out the pipe tobacco supply, therefore, be subjected to the pipe tobacco amount of management and control also few, so need the more manpower of cost carry out the supply of pipe tobacco.

Moreover pipe tobacco regular meeting gathering in small, broken bits is deposited on the bottom, makes pipe tobacco after being sent to the cigarette unit, the product quality inequality that the cigarette unit is finished.

Edge is, the improving of the above-mentioned defective of inventor's thoughts of the present utility model is that the spy concentrates on studies and cooperates the utilization of scientific principle, proposes a kind of reasonable in design and effectively improve the utility model of above-mentioned defective finally.

Summary of the invention

Main purpose of the present utility model is to provide a kind of pipe tobacco mould turnover feeding wind to send device, and with so that improved by the pipe tobacco amount of automation equipment management and control, and the pipe tobacco handling process is more efficient, and makes pipe tobacco distribute uniform quality.

For reaching above-mentioned purpose, the utility model provides a kind of pipe tobacco mould turnover feeding wind to send device, comprising: a turnover machine, and it comprises a switching mechanism and a fixing structure, and this fixing structure is connected in this switching mechanism; One feeding wind send equipment, it is positioned at the downstream of this turnover machine, this feeding wind send equipment to comprise a conveyer belt, a pipe tobacco blower and a loose mechanism, this pipe tobacco blower has a material separating disc and a housing, this material separating disc is arranged at the downstream of this conveyer belt, and this housing is arranged at this material separating disc outside, and this housing is provided with a plurality of wind and send mouth, described a plurality of wind send mouth to be positioned at the outside of this material separating disc bottom, and this loose mechanism is arranged between this pipe tobacco blower and this conveyer belt front end; And a cover body, it is covered in the periphery of this conveyer belt, and this cover body is provided with a plurality of material level detecting units, and described a plurality of material level detecting units are electrically connected at this turnover machine and this feeding wind send equipment.

Pipe tobacco mould turnover feeding wind of the present utility model send device, and preferred, this switching mechanism comprises a framework, a movable part and a turning motors, and this movable part is connected in this framework, and this turning motors is articulated in this movable part.

Pipe tobacco mould turnover feeding wind of the present utility model send device, and is preferred, and this fixing structure comprises a folder punch-out equipment structure and a fixed mechanism, and this folder punch-out equipment structure and this fixed mechanism are arranged at this framework.

Pipe tobacco mould turnover feeding wind of the present utility model send device, preferably, this pipe tobacco mould turnover feeding wind send device further to have a block mechanism, and this block mechanism has a block door and a block cylinder group, this block door is connected in framework one end, and this block cylinder group is connected in this block door.

Pipe tobacco mould turnover feeding wind of the present utility model send device, preferably, this pipe tobacco mould turnover feeding wind send device further to have an elevating mechanism, this elevating mechanism has a linear slide rail, a linear slide block and a transmission component, this transmission component is connected in this switching mechanism, this linear slide block is fixed in this movable part, and this linear slide block is mounted slidably in this linear slide rail.

Pipe tobacco mould turnover feeding wind of the present utility model send device, preferably, this elevating mechanism has two stops and two urgent stops, this two stop and this two urgent stop all are arranged on the mobile route of this movable part, and this two urgent stop is arranged at the top and the below of this two stop respectively.

Pipe tobacco mould turnover feeding wind of the present utility model send device, and preferred, this pipe tobacco blower has a plurality of material level photoelectric cells, and described a plurality of material level photoelectric cells are arranged at this material separating disc outer rim.

Pipe tobacco mould turnover feeding wind of the present utility model send device, and preferred, this material separating disc is a truncated cone.

Pipe tobacco mould turnover feeding wind of the present utility model send device, and is preferred, but this material separating disc for rotation be arranged in this housing.

Pipe tobacco mould turnover feeding wind of the present utility model send device, and preferred, this pipe tobacco blower has a driving lever, and this driving lever is arranged on this material separating disc rotationally, but the rotating direction of this driving lever in the direction opposite this material separating disc rotation.

The utlity model has following useful effect:

Pipe tobacco mould turnover feeding wind of the present utility model send device provide pipe tobacco by smoke box to the processing that enters during the cigarette unit, when feeding wind send pipe tobacco in the equipment to reach minimum flow, can control turnover machine and send equipment supply pipe tobacco feeding wind, the pipe tobacco amount that is subjected to the automation equipment management and control is improved, and the pipe tobacco handling process is more efficient.

Moreover pipe tobacco blower of the present utility model is allocated in each wind with material separating disc uniformly with pipe tobacco and send mouth, makes pipe tobacco distribute uniform quality, is deposited on the bottom so as to avoiding producing pipe tobacco gathering in small, broken bits.

For enabling further to understand feature of the present utility model and technology contents, see also following about detailed description of the present utility model and accompanying drawing, but these explanations only are used for illustrating the utility model with appended accompanying drawing, but not interest field of the present utility model is done any restriction.

Description of drawings

Fig. 1 is a floor map of the present utility model.

Fig. 2 is the schematic perspective view of the utility model turnover machine.

Fig. 3 is the schematic top plan view of the utility model turnover machine.

Fig. 4 is the schematic side view of the utility model turnover machine.

Fig. 5 is first partial schematic diagram of the utility model elevating mechanism.

Fig. 6 is second partial schematic diagram of the utility model elevating mechanism.

Fig. 7 is the 3rd partial schematic diagram of the utility model elevating mechanism.

Fig. 8 is the schematic top plan view of the utility model pipe tobacco blower.

Fig. 9 is the schematic side view of the utility model pipe tobacco blower.

Figure 10 is the floor map of the utility model second embodiment.

Wherein, description of reference numerals is as follows:

1 turnover machine

11 switching mechanisms

111 frameworks

1111 body side frames

1112 back of the body frameworks

1113 bases

112 movable parts

113 turning motors

114 Pneumatic rams

12 block mechanisms

121 block doors

122 block cylinder group

123 smoke box accommodation spaces

13 elevating mechanisms

131 supports

132 linear slide rails

133 linear slide blocks

134 transmission components

1341 lift motors

1342 chains

135 upper limit devices

136 lower retainer

Urgent stop on 137

138 times urgent stops

14 fixing structures

141 folder punch-out equipment structures

1411 nails

1412 folder case cylinder group

142 fixed mechanisms

1421 fixed legs

2 feeding wind send equipment

21 carry motor

22 conveyer belts

23 pipe tobacco blowers

231 material separating discs

232 housings

2321 wind send mouth

233 material separating disc motors

234 material level photoelectric cells

235 driving levers

236 driving lever motors

24 loose mechanisms

The 241 spiral rakes of breaing up

3 cover bodies

31 forms

32 material level detecting units

321 pan feeding photoelectric cells

322 material photoelectric cells

323 location photoelectric cells

4 safe fences

41 safety doors

5 alarm bells

6 smoke boxes

61 pipe tobaccos

The specific embodiment

See also Fig. 1, it is preferred embodiment of the present utility model, and the utility model is that a kind of pipe tobacco mould turnover feeding wind send device, and comprising: a turnover machine 1, a feeding wind send an equipment 2 and a cover body 3.This turnover machine 1 periphery is provided with a safe fences 4 and a safety door 41 or a light barrier (figure is slightly), the downstream that this feeding wind send equipment 2 to be arranged at turnover machine 1, and this cover body 3 is covered in the periphery that turnover machine 1 and feeding wind send equipment 2.

See also Fig. 1 and Fig. 2, this turnover machine 1 comprises a switching mechanism 11, a block mechanism 12, an elevating mechanism 13 and a fixing structure 14, and this block mechanism 12, elevating mechanism 13 and fixing structure 14 are connected to switching mechanism 11.

See also Fig. 3 and Fig. 4, this switching mechanism 11 comprises a framework 111, a movable part 112 and a turning motors 113.This framework 111 has two body side frames 1111, a back of the body framework 1112 and a base 1113.This back of the body framework 1112 is connected in a lateral margin of two body side frames 1111, and this base 1113 is connected in body side frame 1111 and the root edge of carrying on the back framework 1112.This movable part 112 is connected in back of the body framework 1112, and this turning motors 113 is articulated in an end of movable part 112.

This block mechanism 12 has two block doors 121 and a block cylinder group 122.One end of this two blocks door 121 is articulated in the apical margin of these two body side frames 1111 respectively; This block cylinder group 122 is connected in block door 121, and block cylinder group 122 is arranged on the back of the body framework 1112.Whereby, when this two blocks door 121 covered, block door 121 centered on framework 111 and forms a smoke box accommodation space 123.In addition, block door 121 of the present utility model is an example with two, but that the quantity of block door 121 also can be is one or more, does not exceed with two.

See also Fig. 5 and Fig. 6, the transmission component 134 that this elevating mechanism 13 has two stands 131, two linear slide rails 132, four linear slide blocks 133 and connects switching mechanism 11.Two stands 131 is arranged at the both sides of movable part 112 respectively, and this two linear slide rail 132 is individually fixed on the two stands 131.These four linear slide blocks 133 are individually fixed in the two ends, the left and right sides of movable part 112, and are embedded at linear slide rail 132 slidably.

This transmission component 134 has a lift motor 1341 and two chains 1342.This lift motor 1341 is arranged at a side of support 131.Two chains 1342 are arranged at two stands 131 inboards respectively movably, two chains 1342 are connected to movable part 112 two ends, and the two ends of each chain 1342 are individually fixed in the end face and the bottom surface of movable part 112, and two chains 1342 are connected to the two ends (as Fig. 4) of lift motor 1341.In addition, support 131, linear slide rail 132, linear slide block 133 and transmission component 134 also can be other quantity, do not exceed with above-mentioned quantity.

See also Fig. 7 Fig. 7, this elevating mechanism 13 can have a upper limit device 135 and a lower retainer 136, and this upper limit device 135 is arranged at respectively on the mobile route of this movable part 112 with this lower retainer 136.When upper limit device 135 detected movable part 112, elevating mechanism 13 made movable part 112 stop to rise with out of service.When lower retainer 136 detected movable part 112, elevating mechanism 13 made movable part 112 stop to descend with out of service.

Moreover, elevating mechanism 13 can further have urgent stop 137 and urgent stop 138 on one once, upward urgent stop 137 and following urgent stop 138 all are arranged on the mobile route of this movable part 112, and go up the top that urgent stop 137 is arranged at upper limit device 135, following urgent stop 138 is arranged at the below of lower retainer 136.When last urgent stop 137 and when down urgent stop 138 detects movable part 112, pipe tobacco mould turnover feeding wind send device will cut off the power supply and force and shuts down, so as to avoiding the unusual collision in the generation device.

See also Fig. 3 and Fig. 4, this fixing structure 14 comprises a folder punch-out equipment structure 141 and a fixed mechanism 142, and this folder punch-out equipment structure 141 and fixed mechanism 142 are arranged in the framework 111.

Folder punch-out equipment structure 141 have four nails 1411 and with a folder case cylinder group 1412, four nails 1411 are arranged at two body side frame 1111 bottoms respectively, this folder case cylinder group 1412 is arranged on the body side frame 1111, and folder case cylinder group 1412 connects nail 1411, can move in axially going up so as to making nail 1411.

This fixed mechanism 142 has four fixed legs 1421, and fixed leg 1421 and block door 121 are articulated in the apical margin of body side frame 1111.In addition, nail of the present utility model 1411 is an example with four all with fixed leg 1421, but that its quantity also can be is two or more, does not exceed with four.

See also Fig. 1, this feeding wind send equipment 2 to comprise one and carries motor 21, a conveyer belt 22, a pipe tobacco blower 23 and a loose mechanism 24.Conveyer belt 22 rear ends are connected in carries motor 21.

See also Fig. 8 and Fig. 9, this pipe tobacco blower 23 has a material separating disc 231 and a housing 232.Material separating disc 231 is a truncated cone, and the area of material separating disc 231 end faces is less than the area of bottom surface, and material separating disc 231 is arranged at the downstream of conveyer belt 22, and material separating disc 231 end faces are positioned at the below of conveyer belt 22 terminal edge.Housing 232 is arranged at the outside of material separating disc 231, and housing 232 has a plurality of wind and send mouthfuls 2321, and wind send mouthfuls 2321 outsides that are positioned at material separating disc 231 bottoms, and each wind send mouthfuls 2321 can respectively connect a cigarette unit (figure slightly).In addition, it is six that wind send quantity the best of mouth 2321, but not as limit.

Moreover pipe tobacco blower 23 can further have a material separating disc motor 233, a plurality of material level photoelectric cell 234, a driving lever 235 and a driving lever motor 236.This material separating disc motor 233 is connected in material separating disc 231, but is arranged in the housing 232 with making material separating disc 231 rotations.Described a plurality of material level photoelectric cell 234 is arranged on the outer rim of material separating disc 231 bottoms.This driving lever 235 is arranged at the end face of material separating disc 231, and this driving lever motor 236 is connected in driving lever 235, and make driving lever 235 be connected to material separating disc 231 end faces and rotate, and driving lever 235 direction in the direction opposite material separating disc 231 rotations of rotating.In addition, the quantity of driving lever 235 is example with one, but not as limit.

This loose mechanism 24 is arranged between pipe tobacco blower 23 and conveyer belt 22 front ends, and loose mechanism 24 has a spiral rake 241 of breaing up, and this spiral rake 241 of breaing up is arranged between conveyer belt 22 rear ends and the pipe tobacco blower 23.

This cover body 3 is covered in the periphery that this turnover machine 1 and feeding wind send equipment 2, have a plurality of forms 31 on the cover body 3, and cover body 3 send between pipe 23 and conveyer belt 22 front ends in wind and is provided with a plurality of material level detecting units 32, described a plurality of form 31 is sealed or movable, wherein, movable form 31 can carry out easy situation eliminating.Described a plurality of material level detecting unit 32 is electrically connected at turnover machine 1, feeding wind send an equipment 2 and an alarm bell 5, and this alarm bell 5 is arranged on cover body 3 or the safe fences 4.

Wherein, material level detecting unit 32 has a pan feeding photoelectric cell 321, a material photoelectric cell 322 and a location photoelectric cell 323.Pan feeding photoelectric cell 321 is arranged at the top of cover body 3 corresponding to conveyer belt 22 leading portions with material photoelectric cell 322, and location photoelectric cell 323 is arranged at the top of cover body 3 corresponding to conveyer belt 22 back segments.

See also Fig. 1, pipe tobacco mould turnover feeding wind of the present utility model send the device workflow as follows:

Aspect conveying, use automated machine (figure slightly) or operating personnel to transport a smoke box 6 with oil pressure Pallet Truck (figure slightly), in this smoke box 6 pipe tobacco 61 is housed, and smoke box 6 can be carton or one cubic metre of smoke box of model C 48, when smoke box 6 is the C48 carton, the pipe tobacco 61 in the smoke box 6 will be coated in the plastic bag (figure slightly).Wherein, folder punch-out equipment structure 141 is the specification that is applicable to model C 48 smoke boxes, and fixed mechanism 142 is for being applicable to the specification of one cubic metre of smoke box.

These smoke box 6 fortune are positioned on the base 1113 of turnover machine 1 behind safety door 41, block door 121 are covered again, smoke box 6 is arranged in the smoke box accommodation space 123, at this moment, safety door 41 must be closed and just can start pipe tobacco mould turnover feeding wind and send device, the possibility that takes place with this reduction accident.

After the operating personnel starts pipe tobacco mould turnover feeding wind and send device, when smoke box 6 is the C48 carton, folder case cylinder group 1412 on the folder punch-out equipment structure 141 can drive connected nail 1411 and clamp smoke box 6, and penetrates the interior plastic bag of fixing smoke box 6 simultaneously, makes it to be unlikely and drops.When smoke box 6 was one cubic metre of smoke box, smoke box 6 was positioned at the below of fixed leg 1421, whereby, and with moving of fixed leg 1421 restriction smoke boxes 6.

Thereafter, lift motor 1341 starts, driving movable part 112 with chain 1342 rises, when upper limit device 135 detects movable part 112, elevating mechanism 13 makes movable part 112 stop to rise, at this moment with out of service, turning motors 113 will start and drive movable part 112 rotations, and then switching mechanism 11 is overturn.

When smoke box 6 after turning to the location, block door 121 is opened and fixed leg 1421 outwards rotates simultaneously, clamping the nail 1141 of smoke box 6 will recess, pipe tobacco 61 in the smoke box 6 will place conveyer belt 22 leading portions, carry with conveyer belt 22 again, when pipe tobacco 61 is transported to conveyer belt 22 rear ends, to will entangle caked pipe tobacco 61 and grab diffusing via this spiral rake 241 of breaing up, then enter in the pipe tobacco blower 23, the pipe tobacco 61 of grabbing after loosing will fall within material separating disc 231 end faces earlier, again with driving lever 235 equably with 61 groups of lateral margins of pipe tobacco to material separating disc 231, fall within each wind thereafter and send mouthfuls 2321 to use for the cigarette unit.Because the direction that driving lever 235 rotates in the direction opposite material separating disc 231 rotations, therefore, pipe tobacco 61 can be allocated in uniformly each wind and send mouthfuls 2321, assemble and be deposited on the bottom, make the quality inequality of the product that the cigarette unit finishes so as to avoiding producing pipe tobacco in small, broken bits 61.

Aspect management and control, the leading portion that this pan feeding photoelectric cell 321 can detect conveyer belt 22 is empty material or material is arranged, and material photoelectric cell 322 and location photoelectric cell 323 can detect the material position and the situation of place section separately, when the pipe tobacco amount in feeding wind send equipment 2 reaches minimum flow, to control turnover machine 1 supply pipe tobacco 61 and send equipment 2 for feeding wind, improve the pipe tobacco amount that is subjected to the automation equipment management and control with this.And whether material level photoelectric cell 234 can detect pipe tobacco blower 23 and have buildup to stop up, and can according to each cigarette unit be material quantity, control conveyer belt 22 comes the interior pipe tobacco amount of management and control pipe tobacco blower 23, avoids pipe tobacco 61 chargings excessive and stop up; If pipe tobacco 61 can provide the alarm bell sound that is enough to remind the operating personnel by alarm bell 5 when stopping up, and alarm bell sound is eliminated by manual pushbutton.

Moreover the form 31 on the cover body 3 can conveniently be observed the situation of pipe tobacco 6 and equipment, and can carry out easy situation by movable form 31 and get rid of.

See also Figure 10, it is second embodiment of the present utility model, and the present embodiment and the first embodiment difference are turnover machine 1, and the turnover machine 1 of present embodiment comprises a switching mechanism 11 and a fixing structure 14, and this fixing structure 14 is connected in switching mechanism 11.This switching mechanism 11 further has a Pneumatic rams 114, and this Pneumatic rams is arranged on the back of the body framework 1112.Whereby, when smoke box 6 after upset, the Pneumatic rams 114 of the back of the body on the framework 1112 can produce vibrating effect, makes the pipe tobaccos 61 loosening landings of caking in the smoke box 6, pipe tobaccos 61 can't drop in the smoke box 6 to avoid.

(characteristics of the present utility model)

Treatment effeciency improves: the utility model provide pipe tobacco 61 by smoke box 6 to the processing that enters during the cigarette unit, with automation equipment management and control pipe tobacco amount, and make the handling process of pipe tobacco 61 more efficient.

The destruction of minimizing pipe tobacco: when fixing structure 14 of the present utility model and block mechanism 12 make pipe tobacco 61 deliver to conveyer belt 22, can avoid, make pipe tobacco 61 generation fragmentations and cause quality decline because of making pipe tobacco 61 directly impact on conveyer belt 22 after turnover machine 1 rotation.

Pipe tobacco distributes uniform quality: driving lever 235 direction of rotation of the present utility model are in material separating disc 231 senses of rotation, therefore, pipe tobacco can be allocated in uniformly each wind and send mouth 2321, be deposited on bottom, the product quality inequality that the cigarette unit is finished so as to avoiding producing pipe tobacco in small, broken bits 61 gatherings.

The cigarette unit quantity that can supply increases: pipe tobacco blower 23 of the present utility model has a plurality of wind and send mouth 2321, and the cigarette unit quantity that pipe tobacco blower 23 can be supplied is sent mouthful 2321 quantity according to wind and is decided, be preferably six, this only can supply one to two compared to known, can significantly promote on usefulness.

Only above those disclosed herein only are the utility model preferred embodiment, and from not limiting interest field of the present utility model with this, therefore the equalization of being done according to the utility model claim changes or modifies, and still belongs to the scope that the utility model is contained.

Claims (10)

1. a pipe tobacco mould turnover feeding wind send device, it is characterized in that, comprising:

One turnover machine, it comprises a switching mechanism and a fixing structure, and this fixing structure is connected in this switching mechanism;

One feeding wind send equipment, it is positioned at the downstream of this turnover machine, this feeding wind send equipment to comprise a conveyer belt, a pipe tobacco blower and a loose mechanism, this pipe tobacco blower has a material separating disc and a housing, this material separating disc is arranged at the downstream of this conveyer belt, and this housing is arranged at this material separating disc outside, and this housing is provided with a plurality of wind and send mouth, described a plurality of wind send mouth to be positioned at the outside of this material separating disc bottom, and this loose mechanism is arranged between this pipe tobacco blower and this conveyer belt front end; And

One cover body, it is covered in the periphery of this conveyer belt, and this cover body is provided with a plurality of material level detecting units, and described a plurality of material level detecting units are electrically connected at this turnover machine and this feeding wind send equipment.

2. pipe tobacco mould turnover feeding wind as claimed in claim 1 send device, it is characterized in that this switching mechanism comprises a framework, a movable part and a turning motors, and this movable part is connected in this framework, and this turning motors is articulated in this movable part.

3. pipe tobacco mould turnover feeding wind as claimed in claim 2 send device, it is characterized in that, this fixing structure comprises a folder punch-out equipment structure and a fixed mechanism, and this folder punch-out equipment structure and this fixed mechanism are arranged at this framework.

4. pipe tobacco mould turnover feeding wind as claimed in claim 2 send device, it is characterized in that, this pipe tobacco mould turnover feeding wind send device further to have a block mechanism, this block mechanism has a block door and a block cylinder group, this block door is connected in framework one end, and this block cylinder group is connected in this block door.

5. pipe tobacco mould turnover feeding wind as claimed in claim 2 send device, it is characterized in that, this pipe tobacco mould turnover feeding wind send device further to have an elevating mechanism, this elevating mechanism has a linear slide rail, a linear slide block and a transmission component, this transmission component is connected in this switching mechanism, this linear slide block is fixed in this movable part, and this linear slide block is mounted slidably in this linear slide rail.

6. pipe tobacco mould turnover feeding wind as claimed in claim 5 send device, it is characterized in that, this elevating mechanism has two stops and two urgent stops, this two stop and this two urgent stop all are arranged on the mobile route of this movable part, and this two urgent stop is arranged at the top and the below of this two stop respectively.

7. pipe tobacco mould turnover feeding wind as claimed in claim 1 send device, it is characterized in that this pipe tobacco blower has a plurality of material level photoelectric cells, and described a plurality of material level photoelectric cells are arranged at this material separating disc outer rim.

8. pipe tobacco mould turnover feeding wind as claimed in claim 7 send device, it is characterized in that this material separating disc is a truncated cone.

9. pipe tobacco mould turnover feeding wind as claimed in claim 7 send device, it is characterized in that, but this material separating disc for rotation be arranged in this housing.

10. pipe tobacco mould turnover feeding wind as claimed in claim 9 send device, it is characterized in that this pipe tobacco blower has a driving lever, and this driving lever is arranged on this material separating disc rotationally, but the rotating direction of this driving lever in the direction opposite this material separating disc rotation.

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