CN208617382U - A kind of Calcium Chloride Production charging device - Google Patents

Abstract

The utility model is a kind of Calcium Chloride Production charging device, including caching hopper and walking mechanism, walking mechanism and caching hopper are drivingly connected, the upper and lower ends of caching hopper are equipped with opening and upper opening is greater than lower opening, the feed mechanism that material is launched into the caching hopper is equipped on the outside of walking mechanism, multiple reaction kettles for being moved along it direction and being arranged side by side are equipped with below caching hopper, reaction kettle includes autoclave body, and the feed opening being equipped with the lower opening of caching hopper is equipped at the top of autoclave body.The calcium carbonate that feed mechanism is launched is stored by setting caching hopper, hopper is cached under the action of walking mechanism, when being moved to above the reaction kettle for needing to add calcium carbonate, then open sluice gate, it puts the raw materials into reaction kettle, continue to return under the action of walking mechanism later, waits the calcium carbonate to be received launched again by feed mechanism.The process considerably reduces the direct touch opportunity of worker and calcium carbonate, has ensured the health of worker, has reduced equipment configuration cost.

Description

A kind of Calcium Chloride Production charging device

Technical field

The utility model belongs to Calcium Chloride Production apparatus field, and in particular to a kind of Calcium Chloride Production charging device.

Background technique

Calcium chloride is a kind of widely used chemical industry of inorganic salt product, be made mode first is that using by calcium carbonate (stone Lime stone) and hydrochloric acid be added in reaction kettle to react calcium chloride solution be first made simultaneously, then concentrated, dry obtained anhydrous calcium chloride. In the process, it needs to send calcium carbonate to reaction kettle using corresponding charging mechanism.Existing feed way generally uses Manual material feeding or elevator feed intake.Wherein, the workload of Manual material feeding is very big, and since calcium carbonate is powder raw material, holds Easily by worker's suction body, harm is healthy.Although and elevator feeds intake and can reduce the amount of labour, general large-scale production meeting It will increase cost, and due to every if each reaction kettle is equipped with an elevator using 8 even more reaction kettles Just needed plus a defective material every several hours, thus the utilization rate of elevator be in fact it is low-down, cause to waste.

Summary of the invention

The utility model in view of the above shortcomings of the prior art, provide a kind of structure it is simple, using easy, safety is good, Lower-cost Calcium Chloride Production charging device.

Technical problem to be solved in the utility model is achieved through the following technical solutions.The utility model is one Kind Calcium Chloride Production charging device, its main feature is that, including hopper and walking mechanism are cached, walking mechanism and caching hopper driving Connection, the upper and lower ends for caching hopper are equipped with opening and upper opening is greater than lower opening, are equipped on the outside of walking mechanism to institute The feed mechanism that material is launched in caching hopper is stated, caching hopper lower section is moved along it direction reaction arranged side by side equipped with multiple Kettle, reaction kettle include autoclave body, and the feed opening being equipped with the lower opening of caching hopper is equipped at the top of autoclave body.

Further, the walking mechanism includes two straight line mould groups disposed in parallel, and caching hopper is located at two directly Between line mould group, each straight line mould group includes pedestal, motor, guide rod and sliding seat, and caching hopper passes through link block and straight line The sliding seat of mould group is fixedly connected.

Further, the caching hopper includes hopper ontology and broken arch mechanism, and broken arch mechanism includes agitation part, power Mechanism and transmission mechanism, stir part and power mechanism is connected with transmission mechanism, and power mechanism is stirred by transmission mechanism drive Moving part rotates in the cavity of hopper ontology.

Further, the agitation part includes shaft, and shaft is located in hopper ontology and rotatably connects with hopper ontology It connects, shaft periphery is circumferentially with multiple agitation blades；The transmission mechanism includes link mechanism and sluice gate, link mechanism one end with Sluice gate is connected, and the link mechanism other end is fixedly connected with shaft, and sluice gate is movably connected in the lower opening of hopper ontology, moves Force mechanisms can drive sluice gate to turn to the position for sheltering from the lower opening or exposing the lower opening, and power mechanism is successively Agitation blades are driven to rotate in the cavity of hopper ontology by sluice gate, link mechanism and shaft；On the inner sidewall of the sluice gate First position sensor equipped with volume of material in detection hopper ontology.

Further, the link mechanism includes first connecting rod, second connecting rod and third connecting rod, first connecting rod and third Connecting rod is respectively hinged at the both ends of second connecting rod, and first connecting rod is fixedly connected away from one end of second connecting rod with shaft, and third connects Bar is connected away from one end of second connecting rod with sluice gate.

Further, the power mechanism is hydraulic cylinder, and the cylinder body of hydraulic cylinder is fixed on hopper body outer wall, The head of the piston rod of hydraulic cylinder is hinged with sluice gate away from the side of the cavity of hopper ontology.

Further, vibrating motor is installed on the inner wall or outer wall of the hopper ontology.

Further, the feed mechanism includes feeding motor and feeding shell, the upper/lower terminal difference of feeding shell Equipped with discharge port and feed inlet, feeding flood dragon is equipped in the feeding shell between discharge port and feed inlet, feeding motor is located at Feeding hull outside simultaneously drives the rotation of feeding flood dragon by shaft coupling.

Further, the discharge port of the feeding shell is equipped with the position sensor of detection caching bucket location.

Further, the inner wall of kettle is coated with corrosion-resistant coating.

Compared with prior art, the utility model stores the calcium carbonate that feed mechanism is launched by setting caching hopper, delays Storaging bucket when being moved to above the reaction kettle for needing to add calcium carbonate, then opens sluice gate, by raw material under the action of walking mechanism It puts into reaction kettle, thereafter, continuation returns to initial position under the action of walking mechanism, waits and to be received is thrown again by feed mechanism The calcium carbonate put.The process realizes the automatic charging of calcium carbonate, considerably reduces the direct contact machine of worker and calcium carbonate Meeting, has ensured the health of worker, and takes full advantage of resource, avoids the idleness of equipment, reduces equipment configuration cost.

Detailed description of the invention

Fig. 1 is the overall structure diagram of the utility model charging device；

Fig. 2 is the structural schematic diagram that the utility model caches hopper.

Specific embodiment

Specific embodiment of the present utility model is described in detail with reference to the accompanying drawings.

Referring to Fig.1-2, a kind of Calcium Chloride Production charging device eases up the walking mechanism of storaging bucket 6 including caching hopper 6 3, walking mechanism 3 and caching hopper 6 are drivingly connected, and the upper and lower ends of caching hopper 6 are equipped with opening and upper opening 65 is greater than Lower opening 69 is equipped with the feed mechanism 2 for launching material into the caching hopper 6 on the outside of walking mechanism 3, caches under hopper 6 Square to be equipped with multiple reaction kettles 5 for being moved along it direction and being arranged side by side, reaction kettle 5 includes autoclave body 51, is equipped with and delays at the top of autoclave body 51 The feed opening 52 that the lower opening 69 of storaging bucket 6 is equipped with.

Walking mechanism 3 includes two straight line mould groups disposed in parallel, and caching hopper 6 is located between two straight line mould groups, often A straight line mould group includes pedestal, motor, guide rod and sliding seat, and caching hopper 6 passes through the sliding of link block and two straight line mould groups Seat is fixedly connected.Straight line mould group described in the utility model is commercially available matured product, and this will not be repeated here.In actual production In, straight line mould group can be arranged by supporting element on the ground, such as support column 1.

Referring to Fig. 2, caching hopper 6 includes hopper ontology 62 and broken arch mechanism, and broken arch mechanism includes agitation part, power mechanism And transmission mechanism, it stirs part and power mechanism is connected with transmission mechanism, power mechanism drives agitation part by transmission mechanism It is rotated in the cavity of hopper ontology 62.

Agitation part includes shaft 63, and shaft 63 is located in hopper ontology 62 and is rotatably connected with hopper ontology 62, shaft 63 peripheries are circumferentially with multiple agitation blades 67, radial distribution of the agitation blades 67 along shaft 63.

Transmission mechanism includes link mechanism and sluice gate 610, and link mechanism one end is connected with sluice gate 610, and link mechanism is another One end is fixedly connected with shaft 63, and sluice gate 610 is movably connected in the lower opening 69 of hopper ontology 62, power mechanism energy band Dynamic sluice gate 610 turns to the position for sheltering from the lower opening 69 or exposing the lower opening 69, and power mechanism successively leads to Crossing sluice gate 610, link mechanism and shaft 63 drives agitation blades 67 to rotate in the cavity of hopper ontology 62.

The first position sensor 7 of volume of material in detection hopper ontology 62 is equipped on the inner sidewall of sluice gate 610.

Link mechanism includes first connecting rod 64, second connecting rod 66 and third connecting rod 68, first connecting rod 64 and third connecting rod 68 The both ends of second connecting rod 66 are respectively hinged at, first connecting rod 64 is fixedly connected away from one end of second connecting rod 66 with shaft 63, the Three-link 68 is connected away from one end of second connecting rod 66 with sluice gate 610.

Power mechanism is hydraulic cylinder 61, and the cylinder body 611 of hydraulic cylinder 61 is fixed on 62 outer wall of hopper ontology, hydraulic The head of the piston rod 612 of oil cylinder 61 is hinged with sluice gate 610 away from the side of the cavity of hopper ontology 62.Certainly, engine Structure can also be driving cylinder.

Vibrating motor 8 is installed on the inner wall or outer wall of hopper ontology 62, is preferably mounted at outer wall.To reaction kettle 5 When feeding intake, the vibration of vibrating motor 8 can accelerate the blanking velocity of calcium carbonate.

Feed mechanism 2 includes feeding motor 24 and feeding shell 22, and the upper/lower terminal of feeding shell 22 is respectively equipped with discharging Mouthfuls 23 and feed inlet 21, feeding flood dragon, which is equipped with, in the feeding shell 22 between discharge port 23 and feed inlet 21 (does not show in figure Out), feeding motor 24 is located at 22 outside of feeding shell and drives the rotation of feeding flood dragon by shaft coupling.

The discharge port 23 of feeding shell 22 is equipped with the second position sensor 4 of detection caching 6 position of hopper.

51 inner wall of autoclave body is coated with corrosion-resistant coating.Corrosion-resistant coating can be by disclosing in the prior art or commercially available any one The material with excellent corrosion resistance that can be applied to the utility model is coated with, such as monel metal (70 bronze medal of nickel 30 alloys), titanium palldium alloy (palladium 0.15%) or Hastelloy.

When the utility model is used, when second position sensor 4 senses the position of caching hopper 6, that is, hopper 6 is cached When being moved to initial position (immediately below the discharge port 23 of feeding shell 22) under the action of straight line mould group, feeding motor 24 is opened It is dynamic, start constantly to launch calcium carbonate into caching hopper 6；When the calcium carbonate in caching hopper 6 reaches first position sensor 7 When height, feeding motor 24 is i.e. out of service, and straight line mould group will cache hopper 6 again and send 5 feed opening of reaction kettle to feed intake to needs 52 tops, then, the piston rod 612 of hydraulic cylinder 61 bounce back, and sluice gate 610 is driven to rotate, and cache the lower opening 69 of hopper 6 It opens, calcium carbonate drops down onto autoclave body 51；After feeding intake, the piston rod 612 of hydraulic cylinder 61 stretches out, and sluice gate 610 revolves therewith Turn, until covering the lower opening 69 of caching hopper 6.When needing to launch calcium carbonate, aforesaid operations are repeated.

Only as described above, only specific embodiment of the utility model, when the utility model cannot be limited with this The range of implementation, therefore the displacement of its equivalent assemblies, or according to equivalent changes and modifications made by the utility model patent protection scope, It should still belong to the scope that the utility model claims book is covered.

Claims (10)

1. a kind of Calcium Chloride Production charging device, it is characterised in that: including caching hopper and walking mechanism, walking mechanism and slow Storaging bucket is drivingly connected, and the upper and lower ends for caching hopper are equipped with opening and upper opening and are greater than lower opening, outside walking mechanism Side is moved along it direction side by side equipped with multiple equipped with the feed mechanism for launching material into the caching hopper, caching hopper lower section The reaction kettle of setting, reaction kettle include autoclave body, and the feed opening being equipped with the lower opening of caching hopper is equipped at the top of autoclave body.

2. Calcium Chloride Production charging device according to claim 1, it is characterised in that: the walking mechanism includes two A straight line mould group disposed in parallel, caching hopper are located between two straight line mould groups, and each straight line mould group includes pedestal, electricity Machine, guide rod and sliding seat, caching hopper are fixedly connected by link block and the sliding seat of straight line mould group.

3. Calcium Chloride Production charging device according to claim 2, it is characterised in that: the caching hopper includes material Struggle against ontology and broken arch mechanism, and broken arch mechanism includes agitation part, power mechanism and transmission mechanism, stir part and power mechanism with biography Motivation structure is connected, and power mechanism drives agitation part to rotate in the cavity of hopper ontology by transmission mechanism.

4. Calcium Chloride Production charging device according to claim 3, it is characterised in that: the agitation part includes turning Axis, shaft are located in hopper ontology and are rotatably connected with hopper ontology, and shaft periphery is circumferentially with multiple agitation blades；It is described Transmission mechanism includes link mechanism and sluice gate, and link mechanism one end is connected with sluice gate, and the link mechanism other end is fixed with shaft Connection, sluice gate is movably connected in the lower opening of hopper ontology, power mechanism can drive sluice gate turn to shelter from it is described under Side is open or exposes the position of the lower opening, and power mechanism passes sequentially through sluice gate, link mechanism and shaft and drives agitation leaf Piece rotates in the cavity of hopper ontology；The inner sidewall of the sluice gate is equipped with first of volume of material in detection hopper ontology Set sensor.

5. Calcium Chloride Production charging device according to claim 4, it is characterised in that: the link mechanism includes the One connecting rod, second connecting rod and third connecting rod, first connecting rod and third connecting rod are respectively hinged at the both ends of second connecting rod, first connecting rod One end away from second connecting rod is fixedly connected with shaft, and third connecting rod is connected away from one end of second connecting rod with sluice gate.

6. Calcium Chloride Production charging device according to claim 4, it is characterised in that: the power mechanism is hydraulic Oil cylinder, the cylinder body of hydraulic cylinder are fixed on hopper body outer wall, and the head of the piston rod of hydraulic cylinder and sluice gate deviate from hopper The side of the cavity of ontology is hinged.

7. Calcium Chloride Production charging device according to claim 3, it is characterised in that: the inner wall of the hopper ontology Or vibrating motor is installed on outer wall.

8. Calcium Chloride Production charging device according to claim 1, it is characterised in that: the feed mechanism includes upper Material motor and feeding shell, the upper/lower terminal of feeding shell are respectively equipped with discharge port and feed inlet, discharge port and feed inlet it Between feeding shell in be equipped with feeding flood dragon, feeding motor be located at feeding hull outside and by shaft coupling drive feeding flood dragon revolve Turn.

9. Calcium Chloride Production charging device according to claim 8, it is characterised in that: the discharging of the feeding shell Mouth is equipped with the second position sensor of detection caching bucket location.

10. Calcium Chloride Production charging device according to claim 1, it is characterised in that: the inner wall of kettle is coated with Corrosion-resistant coating.