CN204751552U - Powder equipment in bulk - Google Patents
Powder equipment in bulk Download PDFInfo
- Publication number
- CN204751552U CN204751552U CN201520456147.1U CN201520456147U CN204751552U CN 204751552 U CN204751552 U CN 204751552U CN 201520456147 U CN201520456147 U CN 201520456147U CN 204751552 U CN204751552 U CN 204751552U
- Authority
- CN
- China
- Prior art keywords
- chute
- adapter
- sleeve pipe
- discharge
- rear portion
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Filling Or Emptying Of Bunkers, Hoppers, And Tanks (AREA)
Abstract
The utility model discloses a powder equipment in bulk, including storage warehouse, the system of unloading, ejection of compact system and supporting platform, the system of unloading is including unloading the exit tube, first takeover, the second is taken over, the connecting pipe, the spiral gate, air pressure switch valve and chute, the exit tube of unloading is located the storage warehouse lateral wall, first takeover transversely sets up at the storage warehouse lateral part, the exit tube of unloading is connected with first takeover through the connecting pipe, the exit end that entry end that vertical setting took over at first takeover rear portion and second and first takeover were taken over to the second is connected, the chute slope sets up in the supporting platform top, and the chute rear portion is connected with second takeover lower extreme, the chute is anterior to be connected with ejection of compact system. The utility model discloses powder equipment in bulk reasonable in design uses economy, and the load is stable, has guaranteed the noncongestion of ejection of compact pipeline, and the obstructed circumstances of chute and discharging pipe that prevents takes place.
Description
Technical field
The utility model relates to a kind of bulk machine, especially powder bulk equipment.
Background technology
Powder bulk equipment is the handling hauling operation being widely used in pellet or powder in manufacturing, when powder enters into chute from storage warehouse, if load is excessive or the too fast powder of discharging speed have little time discharging can in chute, cause accumulation gradually, when the powder piled up gets more and more, obstruction can be caused to chute gradually.And be all airtight usually to control airborne dust chute, after chute blocks, need staff to be opened by chute upper cover carry out dredging work, Contact simultaneously due to the powder of the powder of accumulation is more and more tightr, need staff just can dredge by instrument, still airborne dust can be caused in dredging process, not only add labour power and the work capacity of staff, reduce the work efficiency of bulk machine, also threaten the healthy of staff.In order to the vehicle making bulk machine can adapt to differing heights, consider again the leak tightness of discharging, existing discharge nozzle is set to telescopic folded tube usually, discharging length of tube is adjusted by the compression of the elongation of folded tube, but friction can be caused larger to powder due to the fold of folded tube, make part powder jam only stay at the fold place of folded tube middle part can be used for powder to pass through situation, the load of powder can be made like this to reduce.Simultaneously, even if discharge nozzle is arranged to telescopic folded tube, when carrying out entrucking discharging discharge nozzle front end still can with railway carriage bottom leave certain distance so that for powder headspace, and height space reserved herein can cause powder inevitably to produce airborne dust when discharge nozzle flows out, and airborne dust easily enters in respiratory tract with the breathing of people, when the people being in this working environment for a long time sucks this industrial dust and retention in lung for a long time, thus cause pneumoconiosis.Owing to being subject to the restriction of geographical environment and vehicle; a lot of charging car often can not directly rest in immediately below discharge nozzle when stopping; and in order to make entrucking effect normally carry out; staff can flow in railway carriage to make powder by the guiding of flame diversion trough by the plate one piece of interim flame diversion trough that tilts usually between discharge nozzle and railway carriage; but this mode temporarily set up and instability; flame diversion trough easily produces displacement and rollover; and will rise along with the height loading powder and constantly regulate the position of flame diversion trough, to use and not convenient.
Utility model content
Technical problem to be solved in the utility model is, for above-mentioned the deficiencies in the prior art, provides a kind of powder bulk equipment.
The technical scheme that the utility model powder bulk equipment adopts is as follows:
The utility model powder bulk equipment, comprises storage warehouse, discharge system, discharge system and support platform, and support platform is arranged on storage warehouse sidepiece, and discharge system is connected with storage warehouse, and discharge system is positioned at support platform bottom and is connected with discharge system, described discharge system comprises discharging and goes out pipe, first adapter, second adapter, connection pipe, spiral gate, pneumatic on-off valve and chute, discharging goes out pipe and is positioned on storage warehouse sidewall, first adapter is horizontally installed on storage warehouse sidepiece, discharging is gone out pipe and is taken over by connection pipe and first and be connected, second adapter is vertically arranged on the first adapter rear portion and the arrival end of the second adapter is connected with the first exit end taken over, chute is inclined in the mezzanine space that upper mounting plate and support platform formed, and chute rear portion and second is taken over lower end and is connected, chute front portion is connected with discharge system, described discharge system comprises collects adapter, clamp, adapter plate, fixed sleeving, winch, winch bearing, steel rope, bogie truck, wheel flutter and discharge nozzle, chute is anterior to be connected with collection adapter, support platform is provided with fixed sleeving mounting hole, fixed sleeving is arranged in fixed sleeving mounting hole, the top of fixed sleeving is fixedly connected with clamp, clamp is stuck on support platform upper surface, fixed sleeving bottom is connected with discharge nozzle, adapter plate is arranged on clamp top, adapter plate is provided with and collects adapter mounting hole, collecting adapter bottom is deep in fixed sleeving through adapter plate, winch is arranged on winch bearing, winch bearing settlement is on support platform top, bogie truck is arranged on collects adapter sidepiece, wheel flutter is arranged on bogie truck, steel rope one end is connected with winch, the other end is walked around wheel flutter and is connected with discharge nozzle.
As preferred version of the present utility model, described discharge nozzle comprises main sleeve pipe, from sleeve pipe, arm-tie, collapsible India rubber tube, discharging gate and at least two joint connector bushings, main sleeve pipe is arranged on fixed sleeving bottom, main sleeve pipe, connector bushing and be mutually nested with connection between sleeve pipe, the rear portion of connector bushing is inserted in main sleeve pipe, be inserted in connector bushing from the rear portion of sleeve pipe, raised ring is provided with at connector bushing with from sleeve pipe rear portion, main sleeve pipe and connector bushing front portion are provided with convergence mouth, it is spacing that raised ring carries out stop by convergence mouth, arm-tie is arranged on from sleeve pipe front end, arm-tie is provided with steel rope mounting hole, steel rope front end is fixed in steel rope mounting hole, collapsible rubber sleeve is placed in main sleeve pipe, connector bushing and from outside of sleeve, and the front end of collapsible India rubber tube is connected with arm-tie upper surface, discharging gate is arranged on arm-tie bottom, described discharging gate comprises mouth body, air pump, blast main, some shunting airducts and the some sheets that gather dust, mouth body is fixedly installed on arm-tie bottom, the some sheets that gather dust are arranged on mouth body exit in the mode mutually laminated, some shunting airducts are evenly arranged on the external side of mouth, the rear portion of shunting airduct is connected with blast main, blast main is arranged on the outer wall of mouth body rear portion, and blast main is connected with air pump.
As preferred version of the present utility model, Anti-chock device is provided with in chute, described Anti-chock device comprises pressure sensor, load-transfer device, first slewing rollers, second slewing rollers, motor, micro controller system and some pushing sheets, first slewing rollers and the second slewing rollers are arranged on the front and rear of chute, the one ends wound of load-transfer device is on the first slewing rollers, the other end of load-transfer device is wrapped on the second slewing rollers, some pushing sheet uniform intervals and be obliquely installed on the conveyor belt, the quantity at least five of pressure sensor is also arranged on conveyor belt surface and chute interior walls, pressure sensor is connected with motor by micro controller system.
As preferred version of the present utility model, the angle of inclination of described chute is 20 ° ~ 4 °.
As preferred version of the present utility model, 360 ° of rotary discharging mechanisms are provided with in discharge nozzle bottom, described 360 ° of rotary discharging mechanisms comprise circular orbit, suspension bracket, discharge bucket and luffing mechanism, circular orbit is arranged on support platform lower surface, discharge nozzle is positioned at the circle centre position of circular orbit, suspension bracket hanging is below circular orbit, and discharge bucket rear portion is arranged on suspension bracket bottom, and discharge bucket front portion is connected with suspension bracket by luffing mechanism; Described suspension bracket comprises suspension rod, screw mandrel and anti-skidding assembly, the quantity of suspension rod has two, the quantity of anti-skidding assembly has two groups, two suspension rod upper ends are inserted respectively and are stuck in the left and right sides of circular orbit, screw mandrel is fixedly installed between two suspension rod lower ends, discharge bucket rear portion is provided with screw mandrel mounting hole, and screw mandrel is inserted laterally in screw mandrel mounting hole, and two groups of anti-skidding assemblies to be separately positioned on screw mandrel and to be positioned at the left and right sides of discharge bucket.
As preferred version of the present utility model, describedly often organize anti-skidding assembly and include the first jam nut, the second jam nut and packing ring, first jam nut, the second jam nut and packing ring are all nested with on screw mandrel, and the first jam nut is close on discharge bucket inwall, second jam nut is close on discharge bucket outer wall, and packing ring is between discharge bucket outer wall and the second jam nut.
As preferred version of the present utility model, described luffing mechanism comprises annular slab, dowel, track adjusting wheel, wheel carrier, miniature winch and stay cord, annular slab is enclosed within circular orbit outside, annular slab upper surface is provided with ball, ball top is close to support platform upper surface, dowel is oblique to be arranged between annular slab and suspension rod, wheel carrier is arranged on the shaft of suspension rod, track adjusting wheel is arranged on wheel carrier, miniature winch to be arranged on annular slab and between two suspension rod front portions, stay cord one end is fixedly connected with discharge bucket front portion, the stay cord other end is walked around track adjusting wheel and is connected with miniature winch.
As preferred version of the present utility model, stored dry mechanism is provided with in storage warehouse, described stored dry mechanism comprises inner core, rabble and wind pushing mechanism, inner core is arranged in storage warehouse, mezzanine space is formed between inner core and storage warehouse, material is placed in inner core, inner core sidewall is evenly provided with several breather holes, breather hole is provided with nano-scale fiber net, rabble is positioned in the middle part of inner core, wind pushing mechanism is that mezzanine space and rabble are blown, described wind pushing mechanism comprises blower fan, blast pipe and heating member, the ventilation inlet of blast pipe is connected with blower fan, heating member is arranged in blast pipe, described rabble comprises hollow supervisor and some hollow arms, hollow arm is evenly arranged on the pipe shaft of hollow supervisor, and hollow arm communicates with hollow supervisor, to be sticked one deck nano-scale fiber net hollow supervisor and hollow branch pipe wall, the tube wall of hollow supervisor and hollow arm has been provided with air gate, described hollow supervisor and hollow arm include the interior tube body, heating pipe and the earthenware pipe that are nested with successively from the inside to the outside.
The advantage of the utility model powder bulk equipment is, reasonable in design, use economy, load is stablized, ensure that the unimpeded of discharging pipeline, the situation preventing chute and discharge nozzle from blocking occurs, and also has the function of 360 ° of rotating discharges simultaneously, can carry out 360 ° of adjustment to meet entrucking needs according to the high and low position of different automobile types and stop position.
Accompanying drawing explanation
Fig. 1 is the front view of the utility model powder bulk equipment.
Fig. 2 is the A portion enlarged drawing of Fig. 1 of the utility model powder bulk equipment.
Fig. 3 is the discharge nozzle of the utility model powder bulk equipment and the combination schematic diagram of 360 ° of rotary discharging mechanisms.
Fig. 4 is the structural representation of the discharge nozzle of the utility model powder bulk equipment.
Fig. 5 is the structural representation of 360 ° of rotary discharging mechanisms of the utility model powder bulk equipment.
Fig. 6 is the structural representation of the Anti-chock device of the utility model powder bulk equipment.
Detailed description of the invention
As shown in drawings, the utility model powder bulk equipment, comprise storage warehouse 1, discharge system, discharge system and support platform 3, support platform 3 is arranged on storage warehouse 1 sidepiece, discharge system is connected with storage warehouse, and discharge system is positioned at support platform 3 bottom and is connected with dust collecting system with discharge system.Powder is stored in storage warehouse 1, and powder flow in discharge system from storage warehouse, then flows out from discharge system and carry out entrucking, and dust collecting system is connected with discharge system and can reclaims dust, enters into discharge system again and carry out discharging and so circulate after collection.Support platform 3 is fixed for carrying out support to discharge system.
Discharge system comprises discharging and goes out pipe 4, first adapter 5, second adapter 6, connection pipe 7, spiral gate 8, pneumatic on-off valve 9 and chute 10, discharging goes out pipe 4 and is positioned on storage warehouse 1 sidewall, first adapter 5 is horizontally installed on storage warehouse 1 sidepiece, discharging is gone out pipe 4 and is connected with the first adapter 5 by connection pipe 7, second adapter 6 is vertically arranged on the first adapter 5 rear portion and the arrival end of the second adapter is connected with the exit end of the first adapter 5, chute 10 is inclined in the mezzanine space that upper mounting plate 2 and support platform 3 formed, and chute 10 rear portion is connected with the second adapter 6 lower end, chute 10 front portion is connected with discharge system.The version of pipe, the first adapter, the second adapter, connection pipe, spiral gate, pneumatic on-off valve and chute is gone out by being arranged to discharge system to comprise discharging, powder goes out pipe 4 from discharging and enters in the first adapter 5, enter into again and to take over into first in the second adapter 6 that knuckle is connected, then the chute 10 being positioned at the second adapter bottom is entered into, last entering in discharge system from chute 10 carries out discharging, and spiral gate 8 and pneumatic on-off valve 9 are for regulating the load of powder.
Anti-chock device is provided with in chute 10, described Anti-chock device comprises pressure sensor, load-transfer device 41, first slewing rollers 42, second slewing rollers 43, motor, micro controller system and some pushing sheets 44, first slewing rollers 42 and the second slewing rollers 43 are arranged on the front and rear of chute 44, the one ends wound of load-transfer device 41 is on the first slewing rollers 42, the other end of load-transfer device 41 is wrapped on the second slewing rollers 43, some pushing sheet 44 uniform intervals and be inclined on load-transfer device 41, the quantity at least five of pressure sensor is also arranged on load-transfer device 41 surface and chute 40 inwall, pressure sensor is connected with motor by micro controller system.Real-Time Monitoring can be carried out to the discharging situation of the powder in chute 10 by arranging Anti-chock device, preventing powder to be detained in chute 10 and forming the situation generation of blocking.By Anti-chock device is arranged to comprise pressure sensor, load-transfer device, first slewing rollers, second slewing rollers, motor, the version of micro controller system and some pushing sheets, load-transfer device does not rotate under normal circumstances, when the powder in chute 10 is formed after delay in chute 10, the powder be detained can form certain pressure to load-transfer device 41 and chute 10 inwall, and this pressure is when reaching the setting value of pressure sensor, pressure sensor by Signal transmissions to micro controller system, by Single-chip Controlling electric motor starting, the first slewing rollers 42 are driven to rotate during electric motor starting, thus driving conveying belt 41 rotates, load-transfer device 41 drives second to take turns and rotates to roller 43 in rotation process, thus realize carrying out mandatory conveying forward to the powder in chute 10, prevent powder from causing obstruction, pushing sheet 44 can increase friction force, help powder pushed forward, the angle of inclination of described chute 10 is 20 ° ~ 4 °.
Discharge system comprises collects adapter 16, clamp 17, adapter plate 18, fixed sleeving 19, winch 20, winch bearing 21, steel rope 22, bogie truck 23, wheel flutter and discharge nozzle, chute 10 is anterior to be connected with collection adapter 16, support platform 3 is provided with fixed sleeving mounting hole, fixed sleeving 19 is arranged in fixed sleeving mounting hole, the top of fixed sleeving 19 is fixedly connected with clamp 17, clamp 17 is stuck on support platform 3 upper surface, fixed sleeving 19 bottom is connected with discharge nozzle, adapter plate 18 is arranged on clamp 17 top, adapter plate 18 is provided with and collects adapter mounting hole, collecting adapter 16 bottom is deep in fixed sleeving 19 through adapter plate 18, winch 20 is arranged on winch bearing 21, winch bearing 21 is arranged on support platform 3 top, bogie truck 23 is arranged on collects adapter 16 sidepiece, wheel flutter is arranged on bogie truck 23, steel rope 22 one end is connected with winch 20, the other end is walked around wheel flutter 23 and is connected with discharge nozzle.Adapter is collected by being arranged to by discharge system comprise, clamp, adapter plate, fixed sleeving, winch, winch bearing, steel rope, bogie truck, the version of wheel flutter and discharge nozzle, the powder of discharging from chute 10 and ash releasing tube collects in collection adapter 16, rely on powder to conduct oneself with dignity again to enter into downwards in discharge nozzle, fixed sleeving 19 and clamp 17 are for being fixed the position of collecting adapter 16, prevent from collecting the skew of adapter 16 position, by winch bearing 21 winch 20 is fixed on support platform 3 upper surface and is positioned at and collect adapter 16 sidepiece, when winch 20 starts, by controlling the length of steel rope 22 and the guiding by wheel flutter, thus control the position, the high end of discharge nozzle port, and then control the length being positioned at the discharge nozzle of fixed sleeving bottom, to adapt to the dress powder car of different automobile types differing heights.
Discharge nozzle comprises main sleeve pipe 32, from sleeve pipe 33, arm-tie 34, collapsible India rubber tube 35, discharging gate and at least two joint connector bushings 36, main sleeve pipe 32 is arranged on fixed sleeving 19 bottom, main sleeve pipe 32, connector bushing 36 and be mutually nested with connection between sleeve pipe 33, the rear portion of connector bushing 36 is inserted in main sleeve pipe 32, be inserted into from the rear portion of sleeve pipe 33 in connector bushing 36, raised ring is provided with at connector bushing 36 with from sleeve pipe 33 rear portion, main sleeve pipe 32 and connector bushing 36 front portion are provided with convergence mouth, it is spacing that raised ring carries out stop by convergence mouth, arm-tie 34 is arranged on from sleeve pipe 33 front end, arm-tie 34 is provided with steel rope mounting hole, steel rope front end is fixed in steel rope mounting hole, collapsible India rubber tube 35 is placed on main sleeve pipe 32, connector bushing 36 and outside sleeve pipe 33, and the front end of collapsible India rubber tube 35 is connected with arm-tie 34 upper surface, discharging gate is arranged on arm-tie 34 bottom.Described discharging gate comprises mouth body 37, air pump, blast main 38, some shunting airducts 39 and the some sheets 40 that gather dust, mouth body 37 is fixedly installed on arm-tie 34 bottom, the some sheets 40 that gather dust are arranged on mouth body 37 exit in the mode mutually laminated, some shunting airducts 39 are evenly arranged on outside mouth body 37, the rear portion of shunting airduct 39 is connected with blast main 38, blast main 38 is arranged on the outer wall of mouth body 37 rear portion, and blast main 38 is connected with air pump.By discharge nozzle being arranged to comprise main sleeve pipe, from sleeve pipe, arm-tie, collapsible India rubber tube, the version of discharging gate and at least two joint connector bushings, main sleeve pipe 32, connector bushing 36 and be mutually nested with the pipeline being connected to form a scalable adjustment between sleeve pipe 33, collapsible India rubber tube 36 covers in the outside of this pipeline, due in order to make main sleeve pipe 32, connector bushing 36 and good from the sliding effect between sleeve pipe 33, therefore at main sleeve pipe, connector bushing and there is certain seam from the junction between sleeve pipe, get out in this gap to prevent dust and cause airborne dust, therefore at main sleeve pipe 32, connector bushing 36 and be nested with collapsible India rubber tube 35 from the pipeline that sleeve pipe 33 is formed, collapsible India rubber tube 35 1 aspect can play good sealing effectiveness, it has collapsible performance on the other hand, main sleeve pipe 32 can not be had influence on, connector bushing 36 and from the pull effect between sleeve pipe 33.By discharging gate being arranged to the version comprising mouth body, air pump, blast main, some shunting airducts and the some sheets that gather dust, the moment that the sheet 40 that gathers dust can flow out from discharging gate at powder stops airborne dust, prevent a large amount of airborne dust from producing, the wind that air pump send enters in shunting airduct 39 from blast main 38, flow out from shunting airduct 39 again, the wind that shunting airduct 39 flows out can, to a small amount of airborne dust do not stopped by the sheet that gathers dust to blowing down, prevent airborne dust from producing further.
360 ° of rotary discharging mechanisms are provided with in discharge nozzle bottom, described 360 ° of rotary discharging mechanisms comprise circular orbit 45, suspension bracket, discharge bucket 46 and luffing mechanism, circular orbit 45 is arranged on support platform lower surface, discharge nozzle is positioned at the circle centre position of circular orbit 45, suspension bracket hanging is below circular orbit 45, discharge bucket 46 rear portion is arranged on suspension bracket bottom, and discharge bucket 46 front portion is connected with suspension bracket by luffing mechanism.Described suspension bracket comprises suspension rod 47, screw mandrel 48 and anti-skidding assembly 49, the quantity of suspension rod 47 has two, the quantity of anti-skidding assembly 49 has two groups, two suspension rod 57 upper ends are inserted respectively and are stuck in the left and right sides of circular orbit 45, screw mandrel 48 is fixedly installed between two suspension rod 47 lower ends, discharge bucket 46 rear portion is provided with screw mandrel mounting hole, and screw mandrel 48 is inserted laterally in screw mandrel mounting hole, and two groups of anti-skidding assemblies 49 to be separately positioned on screw mandrel 48 and to be positioned at the left and right sides of discharge bucket 48.Describedly often organize anti-skidding assembly 49 and include the first jam nut, the second jam nut and packing ring, first jam nut, the second jam nut and packing ring are all nested with on screw mandrel, and the first jam nut is close on discharge bucket inwall, second jam nut is close on discharge bucket outer wall, and packing ring is between discharge bucket outer wall and the second jam nut.Described luffing mechanism comprises annular slab 50, dowel 51, track adjusting wheel 52, wheel carrier, miniature winch and stay cord 54, annular sleeve-board 50 is outside at circular orbit 45, annular slab 50 upper surface is provided with ball, ball top is close to support platform 3 upper surface, dowel 51 is oblique to be arranged between annular slab 50 and suspension rod 47, wheel carrier is arranged on the shaft of suspension rod 47, track adjusting wheel 52 is arranged on wheel carrier, miniature winch to be arranged on annular slab 50 and between two suspension rod front portions, stay cord 54 one end is fixedly connected with discharge bucket 46 front portion, stay cord 54 other end is walked around track adjusting wheel 52 and is connected with miniature winch.
By arranging 360 ° of rotary discharging mechanisms in discharge nozzle bottom, 360 ° of adjustment can be carried out to meet entrucking needs according to the high and low position of different automobile types and stop position.By 360 ° of rotary discharging mechanisms are arranged to the version comprising circular orbit, suspension bracket, discharge bucket and luffing mechanism, discharge bucket 46 is positioned at below discharge nozzle, discharge bucket 46 is hung below circular orbit 45 by suspension bracket, and suspension bracket annularly can carry out 360 ° of rotations by track, the luffing angle of inclination of hopper is adjusted, to carry out accommodation according to entrucking situation by luffing mechanism.By suspension bracket being arranged to the version comprising suspension rod, screw mandrel and anti-skidding assembly, suspension rod 47 is for carrying out suspended support to screw mandrel 48, screw mandrel 48 is for supporting discharge bucket 46 rear portion, and discharge bucket 46 can, with screw mandrel 48 for rotating in axle center, can prevent discharge bucket 46 from producing displacement by arranging anti-skidding assembly 49.By luffing mechanism being arranged to the version comprising annular slab, dowel, track adjusting wheel, wheel carrier, miniature winch and stay cord, when suspension bracket rotates, annular slab 50 synchronous axial system can be driven by dowel 54, because stay cord 54 front end is connected with discharge bucket 46 front portion, when miniature winch starts, the length that can control stay cord 54 realizes the adjustment at the luffing angle of inclination to discharge bucket 46.
Below by reference to the accompanying drawings preferred implementation of the present utility model is elaborated, but the utility model is not limited to above-mentioned embodiment, in the ken that art technical personnel possesses, various change can also be made under the prerequisite not departing from the utility model aim.
Claims (7)
1. a powder bulk equipment, comprise storage warehouse (1), discharge system, discharge system and support platform (3), it is characterized in that: support platform (3) is arranged on storage warehouse (1) sidepiece, discharge system is positioned at upper mounting plate (2) top and is connected with storage warehouse (1), and discharge system is positioned at support platform (3) bottom and is connected with dust collecting system with discharge system, described discharge system comprises discharging and goes out pipe (4), first adapter (5), second adapter (6), connection pipe (7), spiral gate (8), pneumatic on-off valve (9) and chute (10), discharging goes out pipe (4) and is positioned on storage warehouse (1) sidewall, first adapter (5) is horizontally installed on storage warehouse (1) sidepiece, discharging goes out pipe (4) and takes over (5) by connection pipe (7) with first and be connected, second adapter (6) is vertically arranged on the first adapter (5) rear portion and the arrival end of the second adapter (6) takes over (5) exit end with first is connected, chute (10) is inclined at support platform (3) top, and chute (10) rear portion is taken over (6) lower end and is connected with second, chute (10) front portion is connected with discharge system, described discharge system comprises collects adapter (16), clamp (17), adapter plate (18), fixed sleeving (19), winch (20), winch bearing (21), steel rope (22), bogie truck (23), wheel flutter and discharge nozzle, chute (10) front portion is taken over (16) with collection and is connected, support platform (3) is provided with fixed sleeving mounting hole, fixed sleeving (19) is arranged in fixed sleeving mounting hole, the top of fixed sleeving (19) is fixedly connected with clamp (17), clamp (17) is stuck on support platform (3) upper surface, fixed sleeving (19) bottom is connected with discharge nozzle, adapter plate (18) is arranged on clamp (17) top, adapter plate (18) is provided with and collects adapter mounting hole, collecting adapter (16) bottom is deep in fixed sleeving (19) through adapter plate (18), winch (20) is arranged on winch bearing (21), winch bearing (21) is arranged on support platform (3) top, bogie truck (23) is arranged on collects adapter (16) sidepiece, wheel flutter is arranged on bogie truck (23), steel rope (22) one end is connected with winch (20), the other end is walked around wheel flutter and is connected with discharge nozzle.
2. powder bulk equipment according to claim 1, it is characterized in that: described discharge nozzle comprises main sleeve pipe (32), from sleeve pipe (33), arm-tie (34), collapsible India rubber tube (35), discharging gate and at least two joints connector bushing (36), main sleeve pipe (32) is arranged on fixed sleeving (19) bottom, main sleeve pipe (32), connector bushing (36) and be mutually nested with connection between sleeve pipe (33), the rear portion of connector bushing (36) is inserted in main sleeve pipe (32), be inserted into from the rear portion of sleeve pipe (33) in connector bushing (36), raised ring is provided with at connector bushing (36) with from sleeve pipe (33) rear portion, main sleeve pipe (32) and connector bushing (36) front portion are provided with convergence mouth, it is spacing that raised ring carries out stop by convergence mouth, arm-tie (34) is arranged on from sleeve pipe (33) front end, arm-tie (34) is provided with steel rope mounting hole, steel rope (22) front end is fixed in steel rope mounting hole, collapsible India rubber tube (36) is placed on main sleeve pipe (32), connector bushing (36) and from sleeve pipe (33) outside, and the front end of collapsible India rubber tube (35) is connected with arm-tie (34) upper surface, discharging gate is arranged on arm-tie (34) bottom, described discharging gate comprises mouth body (37), air pump, blast main (38), some shuntings airduct (39) and the some sheets that gather dust (40), mouth body (37) is fixedly installed on arm-tie (34) bottom, the some sheets that gather dust (40) are arranged on mouth body (37) exit in the mode mutually laminated, some shuntings airduct (39) are evenly arranged on mouth body (37) outside, the rear portion of shunting airduct (39) is connected with blast main (38), blast main (38) is arranged on the outer wall of mouth body rear portion, and blast main (38) is connected with air pump.
3. powder bulk equipment according to claim 1, it is characterized in that: in chute (10), be provided with Anti-chock device, described Anti-chock device comprises pressure sensor, load-transfer device (41), first slewing rollers (42), second slewing rollers (43), motor, micro controller system and some pushing sheets (44), first slewing rollers (42) and the second slewing rollers (43) are arranged on the front and rear of chute (44), the one ends wound of load-transfer device (41) is on the first slewing rollers (42), the other end of load-transfer device is wrapped on the second slewing rollers (43), some pushing sheet (44) uniform intervals and be inclined on load-transfer device (41), the quantity at least five of pressure sensor is also arranged on load-transfer device (41) surface and chute (10) inwall, pressure sensor is connected with motor by micro controller system.
4. powder bulk equipment according to claim 3, is characterized in that: the angle of inclination of described chute is 20 ° ~ 4 °.
5. powder bulk equipment according to claim 1, it is characterized in that: be provided with 360 ° of rotary discharging mechanisms in discharge nozzle bottom, described 360 ° of rotary discharging mechanisms comprise circular orbit (45), suspension bracket, discharge bucket (46) and luffing mechanism, circular orbit (45) is arranged on support platform (3) lower surface, discharge nozzle is positioned at the circle centre position of circular orbit (45), suspension bracket hanging is in circular orbit (45) below, discharge bucket (46) rear portion is arranged on suspension bracket bottom, and discharge bucket (46) front portion is connected with suspension bracket by luffing mechanism; Described suspension bracket comprises suspension rod (47), screw mandrel (48) and anti-skidding assembly (49), the quantity of suspension rod (47) has two, the quantity of anti-skidding assembly (49) has two groups, two suspension rod (47) upper ends are inserted respectively and are stuck in the left and right sides of circular orbit (45), screw mandrel (48) is fixedly installed between two suspension rod (47) lower ends, discharge bucket (46) rear portion is provided with screw mandrel mounting hole, screw mandrel (48) is inserted laterally in screw mandrel mounting hole, and two groups of anti-skidding assemblies are separately positioned on screw mandrel (48) and go up and the left and right sides being positioned at discharge bucket (46).
6. powder bulk equipment according to claim 5, it is characterized in that: described anti-skidding assembly (49) of often organizing includes the first jam nut, the second jam nut and packing ring, first jam nut, the second jam nut and packing ring are all nested with on screw mandrel, and the first jam nut is close on discharge bucket inwall, second jam nut is close on discharge bucket outer wall, and packing ring is between discharge bucket outer wall and the second jam nut.
7. powder bulk equipment according to claim 6, it is characterized in that: described luffing mechanism comprises annular slab (50), dowel (51), track adjusting wheel (52), wheel carrier, miniature winch and stay cord (54), it is outside that annular slab (50) is enclosed within circular orbit (45), annular slab (50) upper surface is provided with ball, ball top is close to support platform (3) upper surface, dowel oblique (51) is to being arranged between annular slab (50) and suspension rod (47), wheel carrier is arranged on the shaft of suspension rod (47), track adjusting wheel (52) is arranged on wheel carrier, it is upper and between two suspension rod front portions that miniature winch is arranged on annular slab (50), stay cord (54) one end is fixedly connected with discharge bucket (46) front portion, stay cord (54) other end is walked around track adjusting wheel (52) and is connected with miniature winch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520456147.1U CN204751552U (en) | 2015-06-29 | 2015-06-29 | Powder equipment in bulk |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520456147.1U CN204751552U (en) | 2015-06-29 | 2015-06-29 | Powder equipment in bulk |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204751552U true CN204751552U (en) | 2015-11-11 |
Family
ID=54466281
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520456147.1U Expired - Fee Related CN204751552U (en) | 2015-06-29 | 2015-06-29 | Powder equipment in bulk |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204751552U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105692250A (en) * | 2016-03-14 | 2016-06-22 | 南通奥普机械工程有限公司 | Bulk cement loader system |
| CN106219265A (en) * | 2016-08-04 | 2016-12-14 | 中建材（合肥）水泥通用设备科技有限公司 | Self-help intelligent environment-friendly type powder loading in bulk system |
| CN110303589A (en) * | 2019-07-19 | 2019-10-08 | 甘肃酒钢集团西部重工股份有限公司 | A kind of dry type refractory powder material distributing machine and its distributing method and application |
-
2015
- 2015-06-29 CN CN201520456147.1U patent/CN204751552U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105692250A (en) * | 2016-03-14 | 2016-06-22 | 南通奥普机械工程有限公司 | Bulk cement loader system |
| CN106219265A (en) * | 2016-08-04 | 2016-12-14 | 中建材（合肥）水泥通用设备科技有限公司 | Self-help intelligent environment-friendly type powder loading in bulk system |
| CN110303589A (en) * | 2019-07-19 | 2019-10-08 | 甘肃酒钢集团西部重工股份有限公司 | A kind of dry type refractory powder material distributing machine and its distributing method and application |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN204727240U (en) | The efficient dustproof bulk machine of applicable various | |
| CN204727241U (en) | Load is stablized and can the cement bulk machine of anti-airborne dust | |
| CN114931810A (en) | Bag collector ash removal device | |
| CN204751552U (en) | Powder equipment in bulk | |
| CN201140940Y (en) | Sealing dust removing device of movable ore slot discharging vehicle | |
| CN204714116U (en) | Side, storehouse cement bulk machine | |
| CN210150345U (en) | Rail-traveling type material-receiving and dust-controlling system applied to grain ship unloading process | |
| CN105774842B (en) | The sand adding method of rail traffic sanding device | |
| CN204751553U (en) | Vehicle -specific dry dust machine in bulk | |
| CN105129454A (en) | Automatic scattered grain collecting car | |
| CN110116920A (en) | Bulk Grain Pneumatic ship unloader | |
| CN109999581A (en) | Mobile pulse deduster | |
| CN210186667U (en) | Movable pulse dust collector | |
| CN204714113U (en) | Can the bulk material loading machine of 360 ° of rotating discharges | |
| CN107715598A (en) | A kind of exhaust dust device with bag with dust collecting function | |
| CN205397589U (en) | Automatic flexible dust suppression device of unloading | |
| CN205087614U (en) | Loose and pile automatic grain car of receiving of grain | |
| CN201670596U (en) | Spreader | |
| CN210795089U (en) | Telescopic discharging device for tank car | |
| CN213504041U (en) | Dry-mixed mortar mobile silo convenient for feeding | |
| CN212173880U (en) | Wet discharging storehouse structure for coal ash | |
| CN209291590U (en) | A kind of dust pelletizing system applied to loading and unloading process | |
| CN207346133U (en) | A kind of blanking packaging facilities with dust arrester installation | |
| CN204737448U (en) | Cement machine in bulk with prevent blocking function | |
| CN115432459A (en) | Movable grain elevator |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151111 Termination date: 20160629 |