A kind of particulate dust blowing regenerative apparatus
Technical field
The utility model relates to a kind of discharging device, particularly a kind of particulate dust blowing regenerative apparatus.
Background technology
There iing the enterprise using particulate dust, often exist in the discharge process of particulate dust because particulate dust granularity is little, turn in material process and be easy to material powders dust of kicking up, in air, there is the powder of larger concentration, have a strong impact on production environment, the healthy of operating personal is damaged; A large amount of particulate dusts flies away the waste that also result in material; And operating personal is under the prerequisite in order to ensure operating environment and own health, needs the sedimentation waiting for dust, making work efficiency drop.
Current dust collector complex structure on the market, and expensive, productive costs is considerably increased for medium and small sized enterprises.
Therefore; the productive costs how utility is the least possible; effectively can solve again particulate dust and turn the airborne dust in material process, realize the object of the health of energy efficiency, protection of the environment and operating personal, become the important technological problems that these enterprises having particulate dust to use are badly in need of solving.
Summary of the invention
Problem to be solved in the utility model is, provides a kind of particulate dust blowing regenerative apparatus, and structure is simple, and effectively can solve particulate dust and fly away the problem affecting operating environment, material airborne dust can be reclaimed, increase work efficiency, energy efficiency.
In order to realize the object solved the problems of the technologies described above, the utility model have employed following technical scheme:
A kind of particulate dust blowing regenerative apparatus, comprising: material storage device, vomit pipe, Dustproof pipe, splicing cloth cylinder, Through Flow Line (TFL);
The discharging opening of described material storage device is connected with vomit pipe upper end; Dustproof pipe is arranged on outside vomit pipe, and Dustproof pipe external diameter is greater than vomit pipe external diameter, and Dustproof pipe is arranged and Dustproof pipe upper end closed with the lower end of vomit pipe is concentric; Splicing cloth cylinder upper end is fixed on Dustproof pipe lower end; Through Flow Line (TFL) one end is communicated with Dustproof pipe top, and the Through Flow Line (TFL) other end passes in material memory storage.Gap between vomit pipe outer wall and Dustproof pipe inwall makes material airborne dust directly not become scattered about in air, and can enter Through Flow Line (TFL) along gap, and then at remittance material memory storage.
Further, described Through Flow Line (TFL) is provided with dredge outlet.
Further, described Through Flow Line (TFL) is provided with sedimentation mouth.
Further, described sedimentation mouth is outside equipped with splicing bag.
Further, described material storage device top is enclosed construction.
A kind of particulate dust blowing regenerative apparatus of this patent, its working process is: when needs blowing, the container of charge is set in splicing cloth cylinder lower end, particulate dust in material storage device enters vomit pipe from discharging opening, charge cask is entered at vomit pipe exit end, the material dust kicked up enters between vomit pipe and Dustproof pipe, and a part of material dust enters material storage device along the Through Flow Line (TFL) secondary be connected with Dustproof pipe upper end, and another part produces sedimentation in Through Flow Line (TFL); In Through Flow Line (TFL), the material dust of sedimentation is dredged by dredge outlet, and falls into splicing bag, and splicing cloth cylinder lower end can be tightened after completing blowing work, a part of material dust between vomit pipe and Dustproof pipe can be deposited in splicing cloth cylinder.
By adopting technique scheme, the utility model has following beneficial effect: particulate dust blowing regenerative apparatus structure is simple, and cost is low; In particulate dust blowing process, material dust enters Through Flow Line (TFL) by the gap between Dustproof pipe and vomit pipe, decreases that material dust is aerial to be scattered, and substantially improves working environment, decreases the time waiting for dust settling, improves work efficiency; And by material dust secondary recovery, material loss can be reduced, cost-saving.
Accompanying drawing explanation
Fig. 1 is the particulate dust blowing regenerative apparatus overall schematic of this patent.
In figure, 1-material storage device, 2-vomit pipe, 3-Dustproof pipe, 4-splicing cloth cylinder, 5-Through Flow Line (TFL), 6-dredge outlet, 7-sedimentation mouth, 8-splicing bag.
Detailed description of the invention
Below in conjunction with accompanying drawing, further explanation is explained to the utility model.But protection domain of the present utility model is not limited to concrete embodiment.
A kind of particulate dust blowing regenerative apparatus of the present utility model, comprising: material storage device 1, vomit pipe 2, Dustproof pipe 3, splicing cloth cylinder 4, Through Flow Line (TFL) 5;
The top of material storage device 1 is enclosed construction, and the discharging opening of material storage device 1 is connected with vomit pipe 2 upper end; Dustproof pipe 3 is arranged on outside vomit pipe 2, and Dustproof pipe 3 external diameter is greater than vomit pipe 2 external diameter, and Dustproof pipe 3 is arranged and Dustproof pipe 3 upper end closed with vomit pipe 2 is concentric; Splicing cloth cylinder 4 upper end is fixed on Dustproof pipe 3 lower end; Through Flow Line (TFL) 5 one end is communicated with Dustproof pipe 3 top, and Through Flow Line (TFL) 5 other end passes in material memory storage; Through Flow Line (TFL) 5 is also provided with dredge outlet 6 and sedimentation mouth 7; Sedimentation mouth 7 is provided with splicing bag 8.
When needs blowing, the container of charge is set in splicing cloth cylinder 4 lower end, particulate dust in material storage device 1 enters vomit pipe 2 from discharging opening, charge cask is entered at vomit pipe 2 exit end, the material dust kicked up enters between vomit pipe 2 and Dustproof pipe 3, part material dust enters material storage device 15 two times along the Through Flow Line (TFL) be connected with Dustproof pipe 3 upper end, and another part produces sedimentation in Through Flow Line (TFL) 5; The material dust of sedimentation in Through Flow Line (TFL) 5 is dredged by dredge outlet 6, and falls into splicing bag 8, and splicing cloth cylinder 4 lower end can be tightened after completing blowing work, a part of material dust between vomit pipe 2 and Dustproof pipe 3 can be deposited in splicing cloth cylinder 4.