CN106044812A - Production-recycling-integrated system device of fireproof door filling materials - Google Patents

Abstract

The invention relates to a production-recycling-integrated system device of fireproof door filling materials. According to the technical scheme, the production-recycling-integrated system device comprises a filling material production system, a filling material coarse crushing device, a filling material powder sieving device, a filing material powder aluminum oxide production system, a filling material aluminum oxide harm treatment system. The filling material production system comprises fireproof door production equipment and fireproof filling material production equipment which are existing equipment in the field and are arranged in a production room. The production room is provided with a conveying belt connected with a waste storage room. The waste storage room is provided with a second conveying belt connected with a waste circulation room. The filling material coarse crushing system is arranged in the waste circulation room.

Description

An integrated system device for the production and recycling of fire door filling materials

technical field

The invention relates to an integrated production and recycling system device for fire door fillers in the field of fire door filler production.

Background technique

Metal doors refer to aluminum doors, wooden doors, metal or semi-metal doors, etc., which are common building components in modern buildings. Its demand is very large, and fireproof materials need to be added in their production to meet fireproof standards. These fireproof materials are used as insulation Temperature and heat insulation structures are widely used. The fireproof materials we commonly use in fire doors are perlite, aluminum silicate wool and rock wool, which are made of perlite fireproof boards, aluminum silicate wool fireproof boards and rock wool fireproof boards. Board, silicon-calcium fireproof board, when making fire doors, a lot of scraps will be generated due to cutting, filling and other processes, and there will be a lot of waste in the process of making them, and recycling waste fire doors will also produce a lot of recycled materials, directly Disposal will cause a large amount of waste solid waste pollution, and some of these substances are toxic to the environment, and these materials can actually be collected and remanufactured, so our main purpose is to turn waste into treasure.

Contents of the invention

The purpose of the present invention is to provide an integrated system device for the production and recovery of fire door filling materials.

The present invention is realized through the following technical scheme: a fire door filling material production and recycling integrated system device, including a filling material production system, a filling material coarse crushing system, a filling material powder screening device, a filling material powder alumina production system, Filler alumina harmless system, the production system includes fire door production equipment and fireproof filler production equipment (these equipment are existing equipment in this field), set in the production room, the production room is equipped with a conveyor belt to connect waste accumulation The second conveyor belt is set in the waste accumulation room to connect the waste turnover room, and the filling material coarse crushing system is set in the waste turnover room;

The filler coarse crushing system includes a recovery system and a processing system, and the recovery system includes a coarse grinder, a screw feeding device, a lifting device for batching, a block powder separation device, a lifting feeding pipe, a collecting device, and a material distributing device , Dust removal pipe, bag dust removal device, air supply device, air chimney;

The coarse pulverizer includes a grinder and a lifting conveyor belt, the lifting conveyor belt includes a feeding belt and a feeding belt, a metal needle detector is arranged on the feeding belt, a feeding belt is set at the front end of the grinding machine, and high platform legs are set at the bottom of the grinding machine. A crushing device is installed on the foot of the high platform, and the discharge hole of the crushing device is provided with a collection screen drum;

The metal needle detector includes a blanking belt, a finisher guide shaft, a running water crawler, and a pressing roller. A slideway is arranged around the pressing roller in a tubular shape, and a running water crawler is arranged inside the slideway. The running water crawler is in a wave or spiral shape. The running water crawler wraps around the pressing roller, the slideway is provided with a detector, and a number of needle aspirators are arranged below the detector;

The above-mentioned device is set up in such a way that the coarse material is mainly divided into small pieces, and various solid blocks, metal wires, sheets, blocks, plates, etc. in the small pieces are processed, so that these solid objects will not damage the subsequent equipment. The various components in the screw feeding device, lump powder separating device, and distributing device also overcome that because the coarse material is elastic like a sponge, it must be compressed to a certain extent when filling, and because the needle detection Sometimes the coarse material is not flat like cloth but a three-dimensional block with several sides, so the coarse material must be continuously turned in a cylinder or wave mode to process the above-mentioned sundries.

The screw feeding device includes a frame A, a lifting bucket, a screw auger, a fixed knife, and a multi-hole spiral moving knife. Driven by the shaft, the head end of the Jiaolong shaft is equipped with a reducer, the reducer is equipped with a transmission shaft gear or a transmission belt, and the transmission shaft gear or a transmission belt is connected to the transmission machine;

A material distributing room is arranged at the end of the feeding table, a porous metal drum screen is arranged in the material distribution room, and a fixed knife and a porous spiral moving knife are arranged at the front end or end of the porous metal drum screen;

The lifting and batching device includes a lifting bucket, a bottom frame, and a top frame. An elliptical lifting batching hopper batching line is arranged in the lifting bucket. The shaft bearing seat is connected to the drive motor, a lifting bucket is set on one side of the bottom frame, and a discharge port is set on the top frame, and the direction of the lifting bucket is opposite to that of the discharge port;

The block powder separation device includes a B frame and a separator, and the separator includes a screw feeding pipe, a blowing screw barrel, and a discharge barrel. A crushing device and a power unit are arranged on the B frame, and the power unit includes a screw feeder. Tube driving motor and crushing screw barrel driving motor, the screw feeding tube driving motor includes a motor, chain, driving gear set, the crushing screw barrel driving motor includes a motor, a tension belt, and the screw feeding tube is arranged on the blowing screw The top of the barrel is connected to the feed port of the blowing screw barrel. The blowing screw barrel is equipped with a loose hammer. The blowing screw barrel includes a flow tube and a crushing tube. The flow tube and the crushing tube are arranged in a spiral, and the crushing tube is set above the flow. A thinning room is set at the end of the crushing tube, a screen is set in the thinning room, and a discharge cylinder is set at the bottom of the thinning room;

The lifting feeding pipe is arranged between the block powder separation device and the collecting device, and a feeding dragon or a feeding hopper is arranged in the lifting feeding pipe;

The collecting device includes a C frame and a collecting barrel, and the collecting barrel is arranged on the C frame. The side is equipped with a feed inlet, one side is equipped with a tuyere, and the tuyere is equipped with a negative pressure fan; the tuyere is equipped with a dust removal pipe, and the dust removal pipe is connected to the bag dust removal device, and the bottom of the collecting cone barrel is provided with a discharge cylinder;

The bottom end of the C frame of the material collecting device is provided with a material distribution device corresponding to the discharge cylinder of the material collection device. The vibrating body is equipped with a vibrating flat bucket, a vibrator is set at the bottom of the vibrating flat bucket, a powder fleece outlet and a fiber block outlet are set at the end of the vibrating body, and a powder filter layer is arranged inside the vibrating flat bucket. A powder bottom plate is set under the filter screen layer, and an elastic buffer pad is also set on the D frame;

The classification process is an important process after the coarse material is cut into pieces. Because of the special material of the coarse material, only one layer of material distribution equipment cannot cut the coarse material. There must be a situation where the fine material is still connected. In order to overcome the situation of the fine material connected Therefore, a separator must be used to completely divide it into separate pieces, and the separated powder must be processed at the same time.

The bag dust removal device includes an E frame and a dust collector. The E frame is provided with a dust collector. The dust collector includes a loose dust collection bucket, a dust removal barrel, and an air pump. The bottom of the loose dust collection bucket is provided with a dust outlet. Install the air shutoff device, set the dust hopper above the air shutoff device, set the dust removal bucket above the dust collection bucket, set the dust removal cloth bag in the dust removal bucket, set the air pump on the top of the dust removal bucket, set the dust outlet at the end of the air pump, and set the dust inlet at one end of the dust removal bucket , the dust inlet is provided with a dust removal pipe connected to the collecting device, and the bottom of the dust outlet is provided with a dust collection bucket;

The dust outlet of the bag dust removal device is provided with a dust outlet collecting pipe, and the dust outlet collecting pipe is connected to the air supply device. One end of the pipe is connected to the dust outlet collecting pipe, and the other end is connected to the positive and negative pressure automatic switching fan.

Preferably, only one set of the fixed knife and the porous spiral moving knife is provided.

Preferably, a mesh screen is arranged at the end of the collecting cone.

The bottom end of the dust outlet of the material distribution device is also provided with a fine powder conveying pipe, which is connected to the filler powder sieve device, a collector is arranged under the filler powder sieve device, and a material lifting device is arranged at the rear end of the collector. The feeder and feeder are provided with feeding pipes connected to the filler powder alumina production system;

The filler powder alumina production system includes a double-wheel group sealed reaction tank, a filter press, a waste gas filter tower, a waste gas treatment spray liquid recovery device, a spray liquid supply tank, an underground water supply device, an induced draft fan, and a chimney;

The sealed reaction tank of the double wheel group is connected to the filter press through the infusion tube, and the filter press is connected to the product pool through the infusion tube;

The double-wheel group sealed reaction pool includes a reaction kettle and a sealing cover. The top of the sealing cover is provided with an exhaust port and a feed port, and the kettle body is provided with an insulation layer. There is a ball chamber in the block temperature control piece, the ball chamber is a vacuum ball chamber, a precipitation tube and a stirring device are installed in the tank in the kettle body, the stirring device is a two-layer paddle structure, the bottom is a Y-shaped bottom paddle, and the bottom paddle A liquid paddle is arranged on the top, and the stirring device runs through the reaction kettle and is exposed from the sealing cover. The output tube and the stirring motor are arranged on the sealing cover, and several exhaust pipes are arranged on the exhaust port of the sealing cover;

The reaction kettle is connected with a filter press through a discharge pipe;

The exhaust pipe of the reaction kettle is connected to the waste gas filter tower. The waste gas filter tower is an upright cylindrical shape with a hollow interior. It consists of a tower body and four absorption chambers separated from top to bottom inside the tower body. Air chamber, filter absorption chamber, spray chamber, discharge chamber, the top of the discharge chamber is provided with a purified gas outlet pipe installed outwards, a spray device is installed under the purified gas outlet pipe, and a filter absorption chamber is installed below the spray device. The filter absorption chamber is at least It is composed of two filter packing sections, the filter packing section is made of polypropylene material, the liquid filtrate section is set between each two filter packing sections, the air intake chamber is set under the filter absorption chamber, the air intake chamber is equipped with a gas uniform distribution plate, and the waste gas is filtered The tower is also connected with a waste gas treatment spray liquid recovery device. The waste gas treatment spray liquid recovery device is composed of a liquid injection pool, a recovery pipe and a liquid injection pipe. A stirring paddle is arranged in the liquid injection pool, and the recovery pipe is connected to the liquid injection pool and the waste gas filter. The air inlet chamber of the tower and the liquid injection pipe are connected to the spray device of the waste gas filtration tower.

The purified gas outlet pipe provided on the top of the discharge chamber is connected with an induced draft fan, and the induced draft fan is connected to the chimney through the air delivery pipe.

As preferably, said waste gas filter tower is at least made up of lime water spray absorber, lye spray absorber, deodorizing spray absorber, above-mentioned three are connected in series by air guide pipe, described lime water spray absorber, The lye spray absorber and the spray device of the deodorizing spray absorber are respectively connected to the limewater waste gas treatment spray liquid recovery device, the lye waste gas treatment spray liquid recovery device, and the deodorant waste gas treatment spray liquid recovery device.

As preferably, a quantitative switch door is provided at the outlet of the metal needle detector, and a quantitative discharge port is provided on the slideway end of the matching metal needle detector; the quantitative switch includes a door sheet and a door sheet cover, and the end of the door sheet cover Connected to the upper quantitative discharge port, the door sleeve is provided with an interlayer and a push channel groove, and a spring is also fitted in the interlayer. The front and rear ends of the door sleeve are provided with sleeves higher than the body of the door sleeve, and the sleeve clamps the spring in the front , the end of the door cover covers the door, and the back end of the door is provided with a word or a cross-shaped push shaft fixing position, and a spring push piece is arranged in the interlayer, and the spring push piece is arranged at the head end of the spring. The push piece is vertically provided with a straight or cross-shaped push shaft, the push shaft is snapped into the fixed position of the push shaft, and is screwed into the fixed position of the push shaft. The column is connected on the inner wall of the quantitative outlet.

Preferably, when the running water crawler is in a wave shape, the running water crawler is arranged in two layers above and below the pressing roller.

Preferably, the door piece is made of tapered hard rubber material, and its tapered tip is arranged toward one end of the guide shaft of the finisher.

Compared with the background technology, the present invention has the beneficial effect that production, rough recovery, and recovery and finishing can be processed at the same time, which avoids the fact that metal door or fireproof filler manufacturers cannot make profits after waste occurs during production. It is also necessary to spend money to ask professionals to recycle, and if you pay a large amount of money, this system can turn waste into treasure, which can be used or sold, and can recycle perlite, aluminum silicate wool and rock wool at the same time The perlite fireproof board, aluminum silicate wool fireproof board and rock wool fireproof board, silicon calcium fireproof board made by etc. can recover more than 96% of the dust generated during the recycling process, 100% of the fine metal, and more than 90% The plush can be recycled at the same time and the waste gas of the filler strips will be processed into alumina. During the production process, the human body and the environment will not be polluted due to the recycling process. The processing speed is fast, and an average of 12 tons of fireproof filler waste can be recycled per hour. It can process a maximum of about 160 tons of waste in one day, and produce about 15 tons of alumina, which is equivalent to a profit of about 150,000; it is fully automated, and only needs to arrange 2-4 workers to load and unload materials, saving electricity and improving production space.

Description of drawings

Fig. 1 is a structural diagram of the present invention.

Figure 2 is a structural diagram of the filler production system.

Figure 3 is a structural diagram of the metal needle detector.

Figure 4 is the structure diagram of the coarse pulverizer.

Figure 5 is a structural diagram of the block powder separation device.

Figure 6 is a structural diagram of the collecting device.

Figure 7 is a structural diagram of the material distribution device.

Figure 8 is a structural diagram of the bag filter.

Figure 9 is a structural diagram of the sealed reaction pool of the double wheel set.

Figure 10 is a structural diagram of the exhaust gas filter tower.

Figure 11 is the preferred structure diagram of the waste gas filter tower.

Figure 12 is a structural diagram of the quantitative switch door.

Figure 13 is an enlarged view of the structure of the quantitative switch door.

detailed description

Below by embodiment, in conjunction with accompanying drawing, technical scheme of the present invention is described further in detail:

As shown in Figure 1-11, an integrated system device for the production and recycling of fire door filling materials, including a filling material production system (101), a filling material coarse crushing system (102), a filling material powder screening device (103), a filling material powder Aluminum oxide production system (104) and alumina harmless filling system (105), the production system includes fire door production equipment and fireproof filling material production equipment (these equipment are existing equipment in this field), set in The production room (106), the production room is equipped with a conveyor belt to connect the waste accumulation room (107), the waste accumulation room is equipped with a second conveyor belt to connect the waste turnover room (108), and the waste turnover room is equipped with a filling material coarse crushing system;

The filler coarse crushing system includes a recovery system (1) and a processing system (2), and the recovery system includes a coarse grinder (3), a screw feeding device (4), a lifting feeding device (5), a block Powder separation device (6), lifting feeding pipe (7), material collecting device (8), material distribution device (9), dust removal pipe (10), bag dust removal device (11), air supply device (12), wind chimney (13);

The coarse pulverizer includes a grinder (14) and a lifting conveyor belt (15), and the lifting conveyor belt includes a feeding belt (16) and a blanking belt (17). A feeding belt is provided at the front end of the crusher, a high platform foot (19) is provided at the bottom of the crusher, a crushing device (20) is provided on the high platform foot, and a collection screen cylinder (22) is provided at the discharge hole (21) of the crushing device;

The metal needle detector includes a blanking belt, a finisher guide shaft (23), a running water crawler (24), and a pressing roller (25). A slideway (26) is arranged around the pressing roller in a tubular shape. The running water crawler, the running water crawler is wavy or spiral, and the running water crawler wraps around the pressing roller. The slideway is provided with a detector (27), and a number of needle aspirators are arranged below the detector;

The above-mentioned device is set up in such a way that the coarse material is mainly divided into small pieces, and various solid blocks, metal wires, sheets, blocks, plates, etc. in the small pieces are processed, so that these solid objects will not damage the subsequent equipment. The various components in the screw feeding device, lump powder separating device, and distributing device also overcome that because the coarse material is elastic like a sponge, it must be compressed to a certain extent when filling, and because the needle detection Sometimes the coarse material is not flat like cloth but a three-dimensional block with several sides, so the coarse material must be continuously turned in a cylinder or wave mode to process the above-mentioned sundries.

The screw feeding device includes A frame (28), lifting bucket (29), screw auger (30), fixed knife (31), porous spiral moving knife (32), and the A frame is provided with a screw auger, The screw auger is arranged in the feeding table (33), and the screw auger is driven by the dragon shaft (34). Or the transmission belt is connected to the transmission machine (36);

A distributing room (37) is set at the end of the feeding platform, a porous metal drum screen (38) is arranged in the material distributing room, and a fixed knife and a porous spiral moving knife are set at the front or end of the porous metal drum screen;

The lifting and batching device includes a lifting bucket (39), a bottom frame (40), and a top frame (41). An elliptical lifting batching hopper batching line (42) is arranged in the lifting bucket, and the top of the elliptical lifting batching bucket batching line Set the rotating shaft bearing seat, set the self-rotating bearing at the bottom, connect the driving motor to the rotating shaft bearing seat, set the lifting bucket on one side of the bottom frame, set the discharge port (43) on the top frame, and set the lifting bucket and the discharge port in the opposite direction;

The block powder separation device includes a B frame (44) and a separator (45), and the separator includes a screw feeding pipe (46), a blowing screw barrel (47), a discharge cylinder (48), and the B frame A pulverizing device and a power unit are arranged on it, and the power device includes a screw feeding tube driving motor and a pulverizing screw barrel driving motor, and the screw feeding tube driving motor includes a motor, a chain, and a driving gear set, and the pulverizing screw barrel driving motor includes a motor 1. Tension belt, the spiral feeding pipe is arranged on the top of the blowing screw barrel, connected to the feeding port of the blowing screw barrel, the blowing screw barrel is provided with a loose hammer (49), and the blowing screw barrel includes a flow pipe (50) and the crushing tube (51), the flow tube and the crushing tube are spirally arranged, the crushing tube is set above the flow, the end of the crushing tube is provided with a refinement room (52), and a screen (53) is set in the refinement room, and the refinement The bottom end of the middle is provided with a discharge cylinder;

The lifting feeding pipe is arranged between the block powder separation device and the collecting device, and a feeding dragon or a feeding hopper is arranged in the lifting feeding pipe;

The collecting device includes a C frame (54), a collecting barrel (55), and a collecting barrel is arranged on the C frame, and the collecting barrel includes a discharge machine (56), a collecting cone barrel (57), a return material Cylinder (58), the return cylinder is set at the top, one side is set with a feed port, one side is set with a tuyere, and the tuyere is set with a negative pressure fan; the tuyere is set with a dust removal pipe, and the dust removal pipe is connected to the bag dust removal device and the collection cone bucket A discharge barrel is set at the bottom;

The bottom of the C frame of the material collecting device is provided with a material distributing device corresponding to the discharge cylinder of the material collecting device, and the material distributing device shown includes a D frame, a vibrating flat bucket (59), and a vibrating fuselage (60). , the vibrating fuselage is arranged on the D frame, the vibrating flat bucket is arranged on the vibrating flat bucket, the vibrator (66) is arranged at the bottom of the vibrating flat bucket, and the powder fleece outlet (61) and the fiber block outlet (62) are arranged at the end of the vibrating fuselage. A powder material filter layer (63) is arranged in the vibrating flat bucket, a powder material bottom plate (64) is arranged under the powder material filter layer, and an elastic buffer pad (65) is also arranged on the D frame;

The classification process is an important process after the coarse material is cut into pieces. Because of the special material of the coarse material, only one layer of material distribution equipment cannot cut the coarse material. There must be a situation where the fine material is still connected. In order to overcome the situation of the fine material connected Therefore, a separator must be used to completely divide it into separate pieces, and the separated powder must be processed at the same time.

The bag dust removal device includes an E frame, a dust remover (66), and a dust remover is arranged on the E frame, and the dust remover includes a loose dust collection bucket (67), a dust removal bucket (68), and an air pump (69). A dust outlet (70) is provided at the bottom of the collecting bucket, an air shutoff device (71) is arranged above the dust outlet, a loose dust bucket is arranged above the air shutoff device, a dust removal bucket is arranged above the loose dust collection bucket, a dust removal cloth bag is arranged in the dust removal bucket, and the dust removal bucket An air pump is installed on the top, a dust outlet is installed at the end of the air pump, a dust inlet is installed at one end of the dust removal bucket, a dust removal pipe is installed at the dust inlet to connect the collecting device, and a dust collection bucket is installed at the bottom of the dust outlet;

The dust outlet of the bag dust removal device is provided with a dust outlet collecting pipe (72), and the dust outlet collecting pipe is connected to an air supply device, and the air supply device includes an air collecting pipe (73), a positive and negative pressure automatic switching fan (74), air chimney, one end of the air collection pipe is connected to the dust outlet air collection pipe, and the other end is connected to the positive and negative pressure automatic switching fan, the air collection pipe is in the shape of a T character, and the top of the air chimney is set;

The bottom end of the dust outlet of the material distribution device is also provided with a fine powder conveying pipe (109). The fine powder conveying pipe is connected to the filler powder sieve device, and a collector is arranged under the filler powder sieve device. The rear end of the collector is The feeder (110) is set, and the feeder is provided with a feeding pipe connected to the filler powder alumina production system;

The filler powder alumina production system includes a double wheel group sealed reaction tank (113), a filter press (114), an exhaust gas filter tower (115), an exhaust gas treatment spray liquid recovery device (116), a spray liquid Supply tank (117), groundwater supply device (118), induced draft fan (119), chimney (120);

The sealed reaction tank of the double wheel group is connected to the filter press through the infusion tube, and the filter press is connected to the product pool (121) through the infusion tube;

The double-wheel group sealed reaction tank includes a reaction kettle (122) and a sealing cover (123). The top of the sealing cover is provided with an exhaust port (124) and a feed port (125). The kettle body is provided with an insulation layer, which is close to the kettle. body, and wrapped with a number of temperature control sheets (126), the block temperature control sheet is provided with a spherical chamber (127), the spherical chamber is a vacuum spherical chamber, and a precipitation tube (128) and a stirring tank are arranged in the kettle body. device (129), the stirring device is a two-layer paddle structure, the bottom is a Y-shaped bottom paddle (130), and a liquid paddle (131) is arranged above the bottom paddle, and the stirring device runs through the reaction kettle and is exposed from the sealing cover. The output pipe (132) and the stirring motor (133) are arranged, and several exhaust pipes (134) are arranged on the air outlet of the sealing cover;

The reaction kettle is connected with a filter press through a discharge pipe;

The exhaust pipe of the reaction kettle is connected to the waste gas filter tower. The waste gas filter tower is an upright cylindrical shape with a hollow interior. It consists of a tower body and four absorption chambers separated from top to bottom inside the tower body. Air chamber (135), filter absorption chamber (136), spray chamber (137), discharge chamber (138), the top of the discharge chamber is provided with a purified gas outlet pipe (139) set outwards, and a spray is installed below the purified gas outlet pipe device (140), a filter absorption chamber is set under the spray device, and the filter absorption chamber is composed of at least two filter packing sections (141). , an air inlet chamber is arranged below the filter absorption chamber, and a gas uniform distribution plate is arranged in the air inlet chamber. The waste gas filter tower is also connected with a waste gas treatment spray liquid recovery device, and the waste gas treatment spray liquid recovery device consists of a liquid injection pool (142), The recovery pipe and the liquid injection pipe are composed of a stirring paddle arranged in the liquid injection pool, the recovery pipe is connected with the liquid injection pool and the air intake chamber of the exhaust gas filter tower, and the liquid injection pipe is connected with the spray device of the exhaust gas filter tower.

The purified gas outlet pipe provided on the top of the discharge chamber is connected with an induced draft fan, and the induced draft fan is connected to the chimney through the air delivery pipe.

Preferably, the waste gas filter tower is at least composed of a lime water spray absorber (143), a lye spray absorber (144), and a deodorizing spray absorber (145), and the above three are connected in series by an air duct. The spray devices of the limewater spray absorber, lye spray absorber, and deodorizing spray absorber are respectively connected to the limewater waste gas treatment spray liquid recovery device (146) and the lye waste gas treatment spray liquid recovery device (147). Deodorant waste gas treatment spray liquid recovery device (148).

Preferably, only one set of the fixed knife and the porous spiral moving knife is provided.

Preferably, a mesh screen is arranged at the end of the collecting cone (57).

As shown in Figure 12-13, preferably, a quantitative switch door (75) is provided at the outlet of the metal needle detector, and a quantitative discharge port (76) is opened on the slideway end of the matching metal needle detector; Quantitative switch comprises door sheet (77) and door sheet cover (78), and the end of door sheet cover is connected on the upper quantitative discharge port, and door sheet cover is provided with interlayer (79) and push channel groove (80), and is also sleeved in the interlayer. Spring (81), the front and rear ends of the door cover are provided with a cover (82) higher than the door cover body, the cover clamps the spring in the front, the end of the door cover fits the door, and the back end of the door is provided with a A word or cross-shaped push shaft is fixed, and a spring push piece (83) is also arranged in the interlayer. The spring push piece is arranged at the head end of the spring, and a word or cross-shaped push shaft (84 ), the push shaft snaps into the push shaft fixed position, and is screwed into the push shaft fixed position, the end of the interlayer is provided with a seal (85), and the rear end of the seal is provided with a connecting column (86), which is connected to the quantitative discharge on the inner wall of the mouth.

Preferably, when the running water crawler is in a wave shape, the running water crawler is arranged in two layers above and below the pressing roller.

Preferably, the door piece is made of tapered hard rubber material, and its tapered tip is arranged toward one end of the guide shaft of the finisher.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Those skilled in the art to which the present invention belongs can make various modifications or supplements to the described specific embodiments or adopt similar methods to replace them, but they will not deviate from the spirit of the present invention or go beyond the definition of the appended claims range.

Claims (7)

1. fire resistant doorsets inserts produce reclaim an integrated system device, it is characterized in that: include inserts production system (101), Inserts coarse crushing system (102), inserts dressing sieve device (103), inserts powder alumina producing system (104), inserts The innoxious system of aluminium oxide (105), described production system includes that fire resistant doorsets produce equipment and fireproof filling material produces equipment (these Equipment is all this area existing equipment), it is arranged between production (106), conveyer belt is set between described production and connects between refuse accumulation (107), refuse arranges the second conveyer belt and connects between waste material turnover (108) between piling up, arrange inserts coarse crushing in waste material turnover System；

Described inserts coarse crushing system, including recovery system (1) and processing system (2), described recovery system includes Roughpulverizer (3), helixes feed equipment (4), lifting material feeding device (5), block powder segregation apparatus (6), lifting feed pipe (7), material-gathering device (8), feeding-distribution device (9), dust elimination pipe (10), bag-type dust collector (11), air supply device (12), wind and smoke chimney (13)；

Described Roughpulverizer includes pulverizer (14) and promotes conveyer belt (15), promotes conveyer belt and includes feeding belt (16) and blanking Band (17), lower material strip is provided with metal needle checking machine (18), and pulverizer front end arranges feeding belt, arranges plateau foot bottom pulverizer (19), plateau foot arranging chopping devices (20), the discharge opening (21) of chopping devices arranges the screen drum (22) that gathers materials；

Described metal needle checking machine includes that lower material strip, reorganizer import axle track (23), flowing water crawler belt (24), press roller (25) composition, Press roller is outer arranges slideway (26) around in tubular, arranges flowing water crawler belt in slideway, and flowing water crawler belt is waveform or spiral-shaped, Flowing water crawler belt holds press roller, described installation of slide track detector (27), arranges some needles collector below detector；

Described helixes feed equipment includes that A frame (28), elevator bucket (29), screw auger (30), stationary knife (31), porous spiral are dynamic Cutter (32), A frame arranges screw auger, and screw auger is arranged in remittance material platform (33), and screw auger is carried by dragon shaft (34) Dynamic, dragon shaft head end arranges reductor (35), and reductor arranges power transmission shaft gear piece or driving belt, power transmission shaft gear piece or transmission skin Band connects driver (36)；

The described material platform end that converges arranges (37) between sub-material, arranges porous metals shaft screen (38), before porous metals shaft screen in sub-material End or end arrange stationary knife and porous spiral moving knife；

Described lifting material feeding device includes elevator bucket (39), end frame (40), top frame (41), arranges ellipse and carry in elevator bucket Rising batch hopper distribution line (42), the described oval batch hopper distribution line top that promotes arranges rotary shaft bearing block, and bottom arranges rotation Bearing, rotary shaft bearing block connects driving motor, and frame side, the described end arranges elevator bucket, and described top frame arranges discharging opening (43), elevator bucket is contrary with discharging opening setting direction；

Described piece of powder segregation apparatus includes B frame (44) and separator (45), and separator includes screw conveying pipe (46), dispels spiral shell Cylinder (47), discharge barrel (48), described B frame arranges reducing mechanism and power set, described power set include screw feeding Pipe drives motor and pulverizes barrel driving motor, and described screw conveying pipe drives motor to include motor, chain, drive gear set, Described pulverizing barrel drives motor to include that motor, tightening belt, described screw conveying pipe are arranged on and dispels barrel top, and connection is blown Dissipate the charging aperture of barrel, arrange in dispelling barrel and dissipate hammer (49), dispel barrel and include flow duct (50) and pulverize pipe (51), flowing Pipe and pulverizing pipe are helically arranged, and pulverize pipe and are arranged on above flowing, and described pulverizing pipe end arranges (52) between refinement, between refinement Arranging screen cloth (53), between described refinement, bottom arranges discharge barrel；

Described lifting feed pipe is arranged between block powder segregation apparatus and material-gathering device, promote in feed pipe arrange feeding flood dragon or Feeding funnel；

Described material-gathering device includes C frame (54), material collecting barrel (55), and C frame arranges material collecting barrel, and material collecting barrel includes discharging machine (56), gather materials cone bucket (57), feed back cylinder (58), and feed back cylinder is arranged on top, and side arranges charging aperture, and side arranges wind Mouthful, air port arranges negative-pressure air fan；Air port arranges dust elimination pipe, and dust elimination pipe connects bag-type dust collector, and the cone drum head end that gathers materials is arranged out Barrel；

The C frame bottom of described material-gathering device, arranges feeding-distribution device, shown feeding-distribution device at the discharge barrel of positive corresponding material-gathering device Including D frame, the flat bucket (59) of vibration, vibration fuselage (60), D frame arranges vibration fuselage, it is flat that vibration is set with bobbing machine Bucket, arranges vibrator (66) bottom the flat bucket of vibration, vibration tail cone arranges powder floss outlet (61) and fiber block outlet (62), institute It is provided with powder filter mesh layer (63) in stating the flat bucket of vibration, powder base plate (64) is set below powder filter mesh layer, in described D frame also Elastic buffering pad (65) is set；

Described bag-type dust collector includes E frame, cleaner unit (66), and E frame arranges cleaner unit, and cleaner unit includes that dissipating dirt collects Bucket (67), dust removing drum (68), air pump (69), arrange dust mouth (70) bottom described scattered dirt collection bucket, and dust mouth is provided above closing Wind device (71), airlock is provided above dissipating dirt bucket, dissipates dirt collection bucket and is provided above dust removing drum, arranges dust-removal cloth-bag in dust removing drum, Dust removing drum top arranges air pump, and air pump end arranges out dirt air port, and dust removing drum one end arranges entering-dust mouth, and entering-dust mouth arranges dust elimination pipe Connecting material-gathering device, bottom, dust mouth arranges dirt material collecting vessel；

Described bag-type dust collector goes out dirt air port, is provided with out dirt wind manifold trunk (72), goes out dirt wind manifold trunk and connects air feed dress Putting, described air supply device includes wind converging tube (73), positive/negative-pressure automatic switchover blower fan (74), wind and smoke chimney, and wind converging tube one end connects Dirt wind manifold trunk, one end connects positive/negative-pressure automatic switchover blower fan, and wind converging tube is T character shape, and its top arranges wind and smoke chimney；

The bottom, dust mouth of described feeding-distribution device is additionally provided with fine powder conveying pipe (109), and fine powder conveying pipe is connected to inserts powder Screen device, arranges loading head under inserts dressing sieve device, loading head rear end arranges lifting device (110), and lifting device arranges feed pipe Connect inserts powder alumina producing system；

Described inserts powder alumina producing system, seals reaction tank (113), pressure filter (114), waste gas mistake including two-wheel group Filter tower (115), exhaust-gas treatment spray liquid retracting device (116), spray liquid charging-tank (117), ground water supply device (118), Air-introduced machine (119), chimney (120)；

Two-wheel group seals reaction tank and connects pressure filter by tube for transfusion, and pressure filter connects product pond (121) by tube for transfusion again；

Described two-wheel group seals reaction tank and includes reactor (122) and seal lid (123), seals tops and arranges air vent (124) and charging aperture (125), still body arranges heat-insulation layer, and heat-insulation layer is close to still body, and is enclosed with some temperature control sheets (126), described Being provided with ball room (127) in block temperature control sheet, ball room is vacuum sphere room, arranges precipitation tube (128) and stir in the still groove in still body Mixing device (129), agitating device is two-layer paddle blade structure, and bottom is the bottom paddle (130) of Y-shaped, and bottom paddle is provided above liquid Body oar (131), runs through reactor during agitating device is neat and exposes from sealing lid, and sealing covers and arranges out QC (132) and stirring electricity Machine (133), seals and is provided with some exhaustors (134) on the air vent of lid；

Described reactor connects pressure filter by going out QC；

The exhaustor of described reactor connects waste gas filtration tank, and waste gas filtration tank is vertical straight cylindrical shape, and inner hollow, by tower body With four absorption chambers of the separation from top to bottom composition within tower body, be from the bottom to top inlet plenum (135), filtration absorption chamber (136), Spray chamber (137), drain chamber (138), drain chamber top arranges the purification gas delivery line (139) of outwards setting, purifies conductance and goes out Spray equipment (140) is set below pipe, filtration absorption chamber is set below spray equipment, filter absorption chamber and at least filled out by two sections of filtrations Material section (141) composition, filter packing section is polypropylene material, arranges hydrops filtrate section between every two sections of filter packing sections, filters Arranging inlet plenum below absorption chamber, inlet plenum arranges even gas distribution dish, and waste gas filtration tank is also associated with exhaust-gas treatment spray liquid and returns Receiving apparatus, described exhaust-gas treatment spray liquid retracting device is formed by throwing liquid pool (142), recovery tube and throwing liquid pipe, sets in throwing liquid pool Putting stirring paddle, recovery tube connects throws liquid pool and the inlet plenum of waste gas filtration tank, throws liquid pipe and connects the spray equipment of waste gas filtration tank；

The purification gas delivery line that described drain chamber top is arranged, connects and has air-introduced machine, air-introduced machine to connect chimney by wind conveying pipe.

A kind of fire resistant doorsets inserts the most according to claim 1 produces and reclaims integrated system device, it is characterized in that: described useless Gas filtration tank is at least by lime water spray absorber (143), alkali liquor spray absorber (144), deodorization spray absorber (145) group Become, connected by airway between above-mentioned three, described lime water spray absorber, alkali liquor spray absorber, deodorization spray-absorption The spray equipment of device connects lime water exhaust-gas treatment spray liquid retracting device (146) respectively, alkali liquor exhaust-gas treatment spray liquid reclaims Device (147), deodorizer exhaust-gas treatment spray liquid retracting device (148).

A kind of fire resistant doorsets inserts the most according to claim 1 produces and reclaims integrated system device, it is characterized in that: described fixed Cutter and porous spiral moving knife only arrange 1 group.

A kind of fire resistant doorsets inserts the most according to claim 1 produces and reclaims integrated system device, it is characterized in that: described collection Material cone bucket (57) end arranges mesh screen.

A kind of fire resistant doorsets inserts the most according to claim 1 produces and reclaims integrated system device, it is characterized in that: described gold Belong to needle checking machine exit and be provided with quantitative switching door (75), the ways-end as coupling metal needle checking machine offers and quantifies Material mouth (76)；Described quantitative switching includes that a sheet (77) and door sheet set (78), door sheet set end are connected on quantitative discharging mouth, Door sheet overlaps sandwich establishment (79) and pushes away groove (80), is also sheathed with spring (81) in interlayer, and door sheet set rear and front end arranges and is higher than The nest plate (82) of door sheet set body, nest plate blocks spring, described door sheet set end fit door sheet in front, and door sheet end behind is arranged Having the push shaft fixed bit of a word or cross shape, be additionally provided with spring push jack (83) in described interlayer, spring push jack is arranged on bullet The head end of spring, the vertically arranged word of spring push jack or the push shaft (84) of cross shape, push shaft snaps in push shaft fixed bit, and is threaded into In push shaft fixed bit, interlayer tail end arranges mounting (85), and mounting rear end arranges connection post (86), connects post and is connected to quantify On the inwall of material mouth.

A kind of fire resistant doorsets inserts the most according to claim 1 produces and reclaims integrated system device, it is characterized in that: described stream When water crawler belt is wave-like, flowing water crawler belt is arranged along the upper and lower two-layer of press roller.

A kind of fire resistant doorsets inserts the most according to claim 6 produces and reclaims integrated system device, it is characterized in that: described door Sheet is taper hard rubber material, and the tip of its taper imports axle track towards reorganizer and arranges one end.