CN205684181U - The all-in-one that anti-radiation mortar classification produces - Google Patents

Abstract

This utility model relates to the all-in-one that a kind of anti-radiation mortar classification produces, it includes the sieving and grading device being connected with disintegrating machine, quantitative conveyer, mixing device and material box, sieving and grading device includes screen cylinder, screen cylinder internal upper part is provided with screen cloth, bottom centre is provided with installation pipe, the both sides of screen cloth are provided with the trip shaft passing screen cylinder, and the trip shaft of both sides is separately mounted on bearing block and upset motor, install and be provided with demarcation strip uniformly between pipe and screen cylinder, and between adjacent demarcation strip, form the chamber that gathers materials, that installs pipe is provided above swivelling cover, swivelling cover offers the breach coordinated with the chamber that gathers materials, and swivelling cover is connected with rotary shaft, rotary shaft is connected to electric rotating machine.This utility model sieving and grading device is screened by simple screen cloth, screening boundary is obvious, and simple in construction simultaneously facilitates categorised collection, produce different grades of anti-radiation mortar by quantitative conveyer and simple mixing device the most again, and then improve economic benefits.

Description

The all-in-one that anti-radiation mortar classification produces

Technical field

The present invention relates to dry powder mortar production facility field, particularly relate to the one that a kind of anti-radiation mortar classification produces Machine.

Background technology

Dry powder and mortar refers to that sandstone, inorganic coagulation material (such as cement) and additive that drying screening processes are (such as polymerization Thing) etc. carry out a kind of graininess or the powdery of physical mixed by a certain percentage, be transported to building site with form packed or in bulk, Add water the material that i.e. can be used directly after mixing and stirring；Dry powder and mortar plays bonding, liner with thin layer, protects and decorate in building industry Effect, building and fitting-out work application are extremely wide；Dry powder and mortar solves traditional handicraft preparation cement mortar ratio to be difficult to assurance and leads Causing to affect the problem of quality, metering is very accurate, reliable in quality.

Anti-radiation mortar is the one of dry powder and mortar, and the granular size of the quality of anti-radiation mortar and sandstone has directly Connect relation, it is therefore desirable to sandstone is carried out sieving and grading, and then processes the anti-radiation mortar of different quality, in order to be applicable to not Same building requirements, and existing sieving and grading device is the most all to be screened by rotating centrifugal, screening effect is less desirable, Boundary is indefinite, is not easy to collect simultaneously.

Summary of the invention

It is an object of the invention to provide the all-in-one that a kind of anti-radiation mortar classification produces, sieving and grading device is by simple Screen cloth screen, screening boundary is obvious, and simple in construction simultaneously facilitates categorised collection, passes through quantitative conveyer the most again Produce different grades of anti-radiation mortar with simple mixing device, and then improve economic benefits.

In order to realize object above, the technical solution used in the present invention is: the one that a kind of anti-radiation mortar classification produces Machine, it includes the sieving and grading device (17) being connected with disintegrating machine, and described sieving and grading device (17) passes through surge drum (21) Being connected to quantitative conveyer (18), described quantitative conveyer (18) is connected to mixing device by transporting cylinder (23) (19), and mixing device (19) is connected with material box (20) also by transporting cylinder (23), and described sieving and grading device includes propping up Frame (1), described support (1) is provided with screen cylinder (2), and described screen cylinder (2) internal upper part is provided with screen cloth (3), bottom Being provided centrally with installing pipe (10), described screen cloth (3) mesh from top to bottom is sequentially reduced, and the both sides of screen cloth (3) are provided with Pass the trip shaft (5) of screen cylinder (2), and the trip shaft (5) of both sides be separately mounted in bearing block (6) and upset motor (4), It is provided with uniformly between described installation pipe (10) and screen cylinder (2) between demarcation strip (11), and adjacent demarcation strip (11) Form a chamber that gathers materials (15), more than the quantity of screen cloth (3) 1 of the quantity in the described chamber that gathers materials (15)；Described installation pipe (10) be provided above swivelling cover (12), described swivelling cover (12) offers the breach coordinated with a chamber that gathers materials (15), And the bottom of swivelling cover (12) is connected with installing the interior rotary shaft (13) arranged of pipe (10), described rotary shaft (13) is connected to rotation Rotating motor (14).

Further, described screen cylinder (2) is installed the position of trip shaft (5) and is offered square vibration hole (201), described Bearing block (6) and upset motor (4) be installed on the first electronic tie rod (7).

Further, the upper and lower surface of square vibration hole (201) is respectively connected with spring (8), another of described spring (8) End connection has half ring set (9), and described half ring set (9) coordinates with trip shaft (5) socket.

Further, described swivelling cover (12) is the swash plate that outer rim height breach is low；The described chamber that gathers materials (15) bottom sets It is equipped with blow tank (16), and the outlet of blow tank (16) connects with the discharging opening (202) offered on screen cylinder (2).

Further, described quantitative conveyer (18) includes the surge drum (21) being connected with discharging opening (202), described Surge drum (21) be connected to quantitation tube (22), described quantitation tube (22) be connected to transport cylinder (23), described surge drum (21) being all obliquely installed with transport cylinder (23), quantitation tube (22) is vertically arranged, and described quantitation tube (22) is internal to be depended on from top to bottom Secondary returning face plate (24) and the gravity sensing plate (25) of being provided with, the both sides of described returning face plate (24) and gravity sensing plate (25) are arranged There is the trip shaft (5) passing quantitation tube (22), and the trip shaft (5) of both sides is separately mounted to bearing block (6) and upset motor (4) On.

Further, the position being positioned at returning face plate (24) top in described quantitation tube (22) is provided with screening box (30), The bottom surface of screening box (30) offers mesh, inwall before and after quantitation tube (22) is close to by plate before and after described screening box (30), The outside of left and right plate is concordant with the outside of quantitation tube (22), is provided with handle outside the left plate of described screening box (30) (3001).

Further, the outside of described quantitation tube (22) is provided with the second electronic tie rod (31), and described second is electronic The drawhead of pull bar (31) connects connecting plate (32), and described connecting plate (32) connects connecting rod (33), described connection Bar (33) is connected outside the left plate of screening box (30).

Further, between described connecting rod (33) and screening box (30) left plate, it is provided with coordinating block (34), described Coordinating block (34) is fixing with connecting rod (33) to be connected, and coordinating block (34) is electromagnet block, and by magnetic and screening box (30) Coordinate；Described connecting rod (33) is expansion link.

Further, described mixing device (19) includes batch mixing support (41), and described batch mixing support (41) is upper to be arranged Having the first fagging (42), the top that described the second fagging (42) is provided with the mixing machine (43) described in mixing machine (43) connects There are some transport cylinders (23), are provided above upper cover plate (44), described upper cover plate (44) is provided with stirring motor (45), institute The stirring motor (45) stated connects the shaft (46) penetrating mixing machine (43), and described shaft (46) is provided with spiral Blade (47), described the first fagging (42) offers the discharging opening coordinated with mixing machine (43), and the lower section of discharging opening sets It is equipped with collecting bag (48).

Further, scraping ring (56), being connected above of described scraping ring (56) it are provided with in described mixing machine (43) Passing the stay cord (55) of upper cover plate, described stay cord (55) is connected to winding box (53) through pulley (54).

Further, the collecting bag limit (4801) of described collecting bag (48) is pressed in the first fagging (42) by briquetting (51) Lower section, and briquetting (51) is fixed on the lower section of the first fagging (42) by clamping screw (52)；Under described collecting bag (48) Side is provided with the second fagging (49), and collecting bag (48) is in relaxed state, and described the second fagging (49) supports collecting bag (48) position is gravity sensor (50).

Further, suction blower fan (29), described suction blower fan it are provided with at described transport cylinder (23) inner outlet (29) it is the blower fan outwards dried.

The invention have the benefit that

1, the sieving and grading device of the present invention is screened by simple screen cloth, and screening boundary is obvious, simple in construction, with Time be easy to categorised collection, produce different grades of radioprotective sand by quantitative conveyer and simple mixing device the most again Slurry, and then improve economic benefits.

2, vibration hole and the cooperation of the first electronic tie rod, can make screen cloth vibrate, and then preferably improves the screening of screen cloth Function, improves the quality of ore screening.

3, spring and half ring set with the use of, can prevent screen cloth from occurring vibration when the most dynamic, it is ensured that screening Effect.

4, the inclined design of swivelling cover, can make the every first-class ore filtered out can enter into the collection of correspondence completely In material chamber, improve the effect of screening further；The design of blow tank, can make the material that gathers from discharging opening out, and then Do not interfere with the work of electric rotating machine.

5, quantitative conveyer is by surge drum, quantitation tube and the cooperation of transport cylinder, it is possible to achieve collects and quantitatively transports one Body, greatly reduces labor intensity, improves efficiency, can also effectively prevent sandstone to be lost simultaneously, and it is fixed to improve further The precision of amount.

6, the design of screening box, can keep off sandstone big for some granules in screening box, it is ensured that process Dry powder and mortar quality is more excellent.

7, the second electronic tie rod, connecting plate and connecting rod with the use of, can play certain vibrating effect, will screening Little granule in box vibrates from mesh, and then improves the effect of screening.

8, the design of coordinating block, can facilitate the taking-up of screening box, and then can be so that oarse-grained cleaning；Connect Bar uses expansion link, can be easy to the release of screening box further.

9, mixing device uses vertical mixing machine, arranges helical blade on vertical shaft simultaneously, it is possible to achieve Stirring mixing and discharging run simultaneously, and greatly improve the efficiency of stirring, are greatly saved relative to horizontal shaft and stir Mix energy, it is simple to rapid mixer stirs.

10, the design of scraping ring, the raw material that can will be attached to mix barrel is scraped into collecting bag, further increases batch mixing Efficiency.

11, by briquetting and clamping screw, collecting bag limit is pressed on the lower section of the first fagging, forms airtight receipts Collection space, is so possible to prevent the dry powder and mortar four mixed to dissipate, it is ensured that sanitary conditions, also saves manpower simultaneously；Gravity The design of sensor can be so that reminding operator to change collecting bag, it is achieved quantitative package.

12, the design of suction blower fan, is possible to prevent raw material transporting the barrel deposition of cylinder, former after reducing quantitatively further Expect to be lost during transporting, improve the precision of dispensing.

Accompanying drawing explanation

Fig. 1 is the annexation figure of the all-in-one that a kind of anti-radiation mortar classification produces.

Fig. 2 is the structural representation of sieving and grading device.

Fig. 3 is the sectional view of A-A in Fig. 2.

Fig. 4 is the sectional view of B-B in Fig. 2.

Fig. 5 is the partial enlarged drawing of C in Fig. 2.

Fig. 6 is the partial enlarged drawing of D in Fig. 2.

Fig. 7 is the structural representation of quantitative conveyer.

Fig. 8 is the partial enlarged drawing of E in Fig. 7.

Fig. 9 is the structural representation of mixing device.

Figure 10 is the partial enlarged drawing of F in Fig. 9.

Figure 11 is the partial enlarged drawing of G in Fig. 9.

Figure 12 is the sectional view of H-H in Figure 11.

Label character shown in figure is: 1, support；2, screen cylinder；3, screen cloth；4, upset motor；5, trip shaft；6, bearing Seat；7, the first electronic tie rod；8, spring；9, half ring set；10, pipe is installed；11, demarcation strip；12, swivelling cover；13, rotary shaft；14、 Electric rotating machine；15, gather materials chamber；16, blow tank；17, sieving and grading device；18, quantitative conveyer；19, mixing device；20、 Material box；21, surge drum；22, quantitation tube；23, cylinder is transported；24, returning face plate；25, gravity sensing plate；29, suction blower fan；30、 Screening box；31, the second electronic tie rod；32, connecting plate；33, connecting rod；34, coordinating block；41, batch mixing support；42, the first fagging； 43, mixing machine；44, upper cover plate；45, stirring motor；46, shaft；47, helical blade；48, collecting bag；49, the second fagging； 50, gravity sensor；51, pressing plate；52, clamping screw；53, winding box；54, pulley；55, stay cord；56, scraping ring；201, vibration Hole；202, discharging opening；3001, handle；4801, bag limit.

Detailed description of the invention

In order to make those skilled in the art be more fully understood that technical scheme, below in conjunction with the accompanying drawings the present invention is entered Row describes in detail, and the description of this part is only exemplary and explanatory, should not have any restriction to protection scope of the present invention Effect.

As shown in Fig. 1-Figure 12, the concrete structure of the present invention is: the all-in-one that a kind of anti-radiation mortar classification produces, its bag Including the sieving and grading device 17 being connected with disintegrating machine, described sieving and grading device 17 is connected to quantitatively carry by surge drum 21 Device 18, described quantitative conveyer 18 is connected to mixing device 19 by transporting cylinder 23, and mixing device 19 is also by fortune Sending cylinder 23 to be connected with material box 20, described sieving and grading device includes support 1, and described support 1 is provided with screen cylinder 2, Described screen cylinder 2 internal upper part is provided with screen cloth 3, bottom centre is provided with installation pipe 10, described screen cloth 3 mesh from top to bottom It is sequentially reduced, and the both sides of screen cloth 3 are provided with the trip shaft 5 passing screen cylinder 2, and the trip shaft 5 of both sides is separately mounted to axle In bearing 6 and upset motor 4, between described installation pipe 10 and screen cylinder 2, it is provided with demarcation strip 11, and adjacent dividing uniformly The chamber 15 that gathers materials, more than the quantity of screen cloth 31 of the quantity in the described chamber 15 that gathers materials is formed between dividing plate 11；Described installation Pipe 10 be provided above swivelling cover 12, described swivelling cover 12 offers the breach that the chamber 15 that gathers materials with coordinates, and rotates The bottom of lid 12 is connected with installing the interior rotary shaft 13 arranged of pipe 10, and described rotary shaft 13 is connected to electric rotating machine 14.

Preferably, described screen cylinder 2 is installed the position of trip shaft 5 and is offered square vibration hole 201, described bearing block 6 are installed on the first electronic tie rod 7 with upset motor 4.

Preferably, the upper and lower surface in square vibration hole 201 is respectively connected with spring 8, and the other end of described spring 8 connects to be had Half ring set 9, and the socket of half described ring set 9 and trip shaft 5 coordinates.

Preferably, described swivelling cover 12 is the swash plate that outer rim height breach is low；The described bottom, chamber 15 that gathers materials is provided with out Hopper 16, and the outlet of blow tank 16 connects with the discharging opening 202 offered on screen cylinder 2.

Preferably, described quantitative conveyer 18 includes the surge drum 21 being connected with discharging opening 202, described surge drum 21 are connected to quantitation tube 22, and described quantitation tube 22 is connected to transport cylinder 23, described surge drum 21 and transport cylinder 23 and all tilts Arranging, quantitation tube 22 is vertically arranged, and described quantitation tube 22 is internal is disposed with returning face plate 24 and gravity sensing from top to bottom Plate 25, described returning face plate 24 and the both sides of gravity sensing plate 25 are provided with the trip shaft 5 passing quantitation tube 22, and the turning over of both sides Rotating shaft 5 is separately mounted on bearing block 6 and upset motor 4.

Preferably, it is positioned at the position above returning face plate 24 in described quantitation tube 22 and is provided with screening box 30, screening box 30 Bottom surface offer mesh, inwall before and after quantitation tube 22 is close to by plate before and after described screening box 30, left and right plate outside with The outside of quantitation tube 22 is concordant, is provided with handle 3001 outside the left plate of described screening box 30.

Preferably, the outside of described quantitation tube 22 is provided with the second electronic tie rod 31, the second described electronic tie rod 31 Drawhead connect and have a connecting plate 32, described connecting plate 32 connects connecting rod 33, described connecting rod 33 and screening box 30 Left plate outside connect.

Preferably, coordinating block 34, described coordinating block 34 it are provided with between described connecting rod 33 and screening box 30 left plate Fix with connecting rod 33 and be connected, and coordinating block 34 is electromagnet block, and coordinated with screening box 30 by magnetic；Described connecting rod 33 is expansion link.

Preferably, described mixing device 19 includes batch mixing support 41, and described batch mixing support 41 is provided with the first support Plate 42, the second described fagging 42 is provided with the mixing machine 43 described in mixing machine 43 top connect have some transport cylinders 23, Being provided above upper cover plate 44, described upper cover plate 44 is provided with stirring motor 45, described stirring motor 45 connects to be worn Enter the shaft 46 of mixing machine 43, described shaft 46 is provided with helical blade 47, the first described fagging 42 is offered There is the discharging opening coordinated with mixing machine 43, and the lower section of discharging opening is provided with collecting bag 48.

Preferably, being provided with scraping ring 56 in described mixing machine 43, being connected above of described scraping ring 56 passes upper cover The stay cord 55 of plate, described stay cord 55 is connected to winding box 53 through pulley 54.

Preferably, the collecting bag limit 4801 of described collecting bag 48 is pressed in the lower section of the first fagging 42, and pressure by briquetting 51 Block 51 is fixed on the lower section of the first fagging 42 by clamping screw 52；The lower section of described collecting bag 48 is provided with the second fagging 49, and collecting bag 48 is in relaxed state, it is gravity sensor 50 that the second described fagging 49 supports the position of collecting bag 48.

Preferably, being provided with suction blower fan 29 at described transport cylinder 23 inner outlet, described suction blower fan 29 is outside The blower fan of blowing.

Time specifically used, the sandstone after first pulverizing is poured into from the top of screen cylinder 2, starts electronic tie rod 7 simultaneously, makes sieve Net 3 vibrates, and sandstone is screened by screen cloth 3 according to granular size, and the granule of maximum one-level can be left on the screen cloth 3 of the superiors, The granule of little one-level can directly fall, and then enters into corresponding gathering materials in chamber 15, and goes out from discharging opening 202 through blow tank 16 Come, then restart electric rotating machine 14, make swivelling cover 12 turn an angle, make another chamber 15 that gathers materials open, start simultaneously The upset motor 4 of basecoat, makes orlop screen stencil turning 90 degree so that it is on Ore enter into and gather materials in chamber 15, and pass through All of Ore from discharging opening 202 out, is poured into the chamber 15 that gathers materials of correspondence, and is discharged from discharging opening 202 by blow tank 16 successively Entering in surge drum 21, first, returning face plate 24 is in vertical state, and gravity sensing plate 25 is in level, after crushing Sandstone enters into surge drum 21 from the top of surge drum 21, and then into quantitation tube 22, bulky grain can block by screened box, little Granule sandstone drops on gravity sensing plate 25, when the gravity that gravity sensing plate 25 senses is close to desirable value, and can be by upper The upset motor control 4 of side controls the angle that returning face plate 24 is with the horizontal 30 degree；When gravity sensing plate 25 senses desirable value, Control returning face plate 24 and be in level, control gravity sensing plate 25 and be in level, then start suction blower fan 9, will be fixed Measured sandstone transports from transport cylinder 23, enters in mixing device 19, starts stirring motor 45 and suction blower fan 29, then By transporting cylinder 23, raw material is transported into mixing machine 43, and the stirring through helical blade 47 mixes, the most again at helical blade 47 Conveying under enter into collecting bag 48 from the bottom of mixing machine 43, when gravity sensor 50 produces induced signal, stop dress Put running, change a collecting bag 48.

It should be noted that in this article, term " includes ", " comprising " or its any other variant are intended to non-row Comprising of his property, so that include that the process of a series of key element, method, article or equipment not only include those key elements, and And also include other key elements being not expressly set out, or also include intrinsic for this process, method, article or equipment Key element.

Principle of the present utility model and embodiment are set forth by specific case used herein, above example Illustrate to be only intended to help to understand method of the present utility model and core concept thereof.The above be only of the present utility model preferably Embodiment, it is noted that due to the finiteness of literal expression, and objectively there is unlimited concrete structure, for this technology For the those of ordinary skill in field, on the premise of without departing from this utility model principle, it is also possible to make some improvement, retouching Or change, it is also possible to above-mentioned technical characteristic is combined by rights；These improve retouching, change or combine, or not The improved design by utility model and technical scheme directly apply to other occasion, are regarded as protection of the present utility model Scope.

Claims (10)

1. the all-in-one that an anti-radiation mortar classification produces, it is characterised in that it includes the sieving and grading being connected with disintegrating machine Device (17), described sieving and grading device (17) is connected to quantitative conveyer (18) by surge drum (21), and described determines Amount conveyer device (18) is connected to mixing device (19) by transporting cylinder (23), and mixing device (19) is also by transporting cylinder (23) Being connected with material box (20), described sieving and grading device includes support (1), and described support (1) is provided with screen cylinder (2), described screen cylinder (2) internal upper part is provided with screen cloth (3), bottom centre is provided with installation pipe (10), described screen cloth (3) Mesh is sequentially reduced from top to bottom, and the both sides of screen cloth (3) are provided with the trip shaft (5) passing screen cylinder (2), and the turning over of both sides Rotating shaft (5) is separately mounted in bearing block (6) and upset motor (4), and described installation pipe (10) is uniform with in screen cylinder (2) It is provided with between demarcation strip (11), and adjacent demarcation strip (11) one chamber that gathers materials (15) of formation, the described chamber that gathers materials (15) More than the quantity of screen cloth (3) 1 of quantity；Described installation pipe (10) be provided above swivelling cover (12), described swivelling cover (12) offer the breach coordinated with a chamber that gathers materials (15), and (10) interior rotation arranged is managed with installing in the bottom of swivelling cover (12) Rotating shaft (13) connects, and described rotary shaft (13) is connected to electric rotating machine (14).

The all-in-one that a kind of anti-radiation mortar classification the most according to claim 1 produces, it is characterised in that described screening Cylinder (2) is installed the position of trip shaft (5) and is offered square vibration hole (201), described bearing block (6) and upset motor (4) all It is arranged on the first electronic tie rod (7).

The all-in-one that a kind of anti-radiation mortar classification the most according to claim 2 produces, it is characterised in that square vibration hole (201) upper and lower surface is respectively connected with spring (8), and the other end of described spring (8) connects half ring set (9), and described Half ring set (9) coordinates with trip shaft (5) socket.

The all-in-one that a kind of anti-radiation mortar classification the most according to claim 1 produces, it is characterised in that described rotation Lid (12) is the swash plate that outer rim height breach is low；The described chamber that gathers materials (15) bottom is provided with blow tank (16), and blow tank (16) Outlet connect with the discharging opening (202) offered on screen cylinder (2).

The all-in-one that a kind of anti-radiation mortar classification the most according to claim 1 produces, it is characterised in that described is quantitative Conveyer device (18) includes the surge drum (21) being connected with discharging opening (202), and described surge drum (21) is connected to quantitation tube (22), described quantitation tube (22) is connected to transport cylinder (23), described surge drum (21) and transport cylinder (23) and is all obliquely installed, Quantitation tube (22) is vertically arranged, and described quantitation tube (22) is internal is disposed with returning face plate (24) and gravity sensing from top to bottom Plate (25), described returning face plate (24) and the both sides of gravity sensing plate (25) are provided with the trip shaft (5) passing quantitation tube (22), And the trip shaft (5) of both sides is separately mounted in bearing block (6) and upset motor (4).

The all-in-one that a kind of anti-radiation mortar classification the most according to claim 5 produces, it is characterised in that described is quantitative The position being positioned at returning face plate (24) top in cylinder (22) is provided with screening box (30), and the bottom surface of screening box (30) offers mesh, Before and after before and after described screening box (30), quantitation tube (22) is close to by plate outside inwall, the outside of left and right plate and quantitation tube (22) Side is concordant, is provided with handle (3001) outside the left plate of described screening box (30).

The all-in-one that a kind of anti-radiation mortar classification the most according to claim 6 produces, it is characterised in that described is quantitative The outside of cylinder (22) is provided with the second electronic tie rod (31), and the drawhead of described the second electronic tie rod (31) connects connecting plate (32), described connecting plate (32) connects connecting rod (33), outside the left plate of described connecting rod (33) and screening box (30) Connect.

The all-in-one that a kind of anti-radiation mortar classification the most according to claim 7 produces, it is characterised in that described connection Being provided with coordinating block (34) between bar (33) and screening box (30) left plate, described coordinating block (34) is fixing with connecting rod (33) even Connect, and coordinating block (34) is electromagnet block, and coordinated with screening box (30) by magnetic；Described connecting rod (33) is flexible Bar.

The all-in-one that a kind of anti-radiation mortar classification the most according to claim 1 produces, it is characterised in that described batch mixing Device (19) includes batch mixing support (41), and described batch mixing support (41) is provided with the first fagging (42), the first described support The top connection being provided with the mixing machine (43) described in mixing machine (43) on plate (42) has some transport cylinders (23), is provided above Upper cover plate (44), described upper cover plate (44) is provided with stirring motor (45), and described stirring motor (45) connection penetrates The shaft (46) of mixing machine (43), described shaft (46) is provided with helical blade (47), the first described fagging (42) offer the discharging opening coordinated with mixing machine (43) on, and the lower section of discharging opening is provided with collecting bag (48).

The all-in-one that a kind of anti-radiation mortar classification the most according to claim 9 produces, it is characterised in that described is mixed Be provided with scraping ring (56) in barrel (43), described scraping ring (56) be connected above passing the stay cord (55) of upper cover plate, described Stay cord (55) be connected to winding box (53) through pulley (54).