CN208290097U - Dust room for processing workshop central dust-collection device - Google Patents

Abstract

The utility model discloses a kind of dust rooms for processing workshop central dust-collection device, it is related to workshop dust removal field, aim to solve the problem that the less problem of prior art dust amount of storage, its key points of the technical solution are that: a kind of dust room for processing workshop central dust-collection device, including dust room ontology, it is connected to the supervisor of dust room ontology and processing workshop and is located at the intrinsic multiple dust bags in dust room, supervisor is connected to dust room ontology top, dust room ontology metope bottom end is provided with exhaust fan, dust room ontology is in supervisor outlet end, level board is fixedly installed between exhaust fan arrival end, level board completely cuts off space above and below in dust room ontology, level board, which runs through, offers multiple through-holes, each dust bag is only upper end opening structure, and it is individually fixed at respective through hole.A kind of dust room for processing workshop central dust-collection device of the utility model has biggish amount of storage and replaces without frequent, the unified dedusting suitable for entire workshop.

Description

Dust room for processing workshop central dust-collection device

Technical field

The utility model relates to workshop dust removal fields, more specifically, it relates to which a kind of be used for processing workshop central dust-collection The dust room of device.

Background technique

In modern furniture production industry, especially in solid wood furniture processing workshop, need to apply to more bench plane beds, milling machine Etc. equipment, therefore a large amount of sawdusts will be generated in process of production, made a big impact to production environment, and endanger operative employee The health of people.

In view of the above-mentioned problems, one kind that the Chinese patent that notification number is CN203901463U is announced is used for sheet fabrication workshop The break flour absorption plant of green clean manufacturing, is characterized in that: including dust suction total pipeline, dust suction branch pipe, exhaust fan and sawdust Dust storage pocket, dust suction total pipeline is arranged above sheet fabrication workshop, and one end reaches outside sheet fabrication workshop, dust suction Branch pipe is equipped at least one, and one end of each dust suction branch pipe is connected to dust suction total pipeline, in the other end and sheet fabrication workshop Process equipment is connected, and wood powder storage pocket is connected to dust suction total pipeline and stretches out one end outside sheet fabrication workshop, is used for Break flour is stored, exhaust fan is connected to dust suction total pipeline, provides suction into dust suction total pipeline.

Above scheme realizes the unified dedusting for entire processing workshop, but it needs to absorb multiple devices generation Dust, an and wood powder storage pocket only is arranged in dust suction main pipeline outlet end, that there are capacity is limited, needs to be replaced frequently Problem；Therefore it needs to propose the new scheme of one kind to solve this problem.

Utility model content

In view of the deficienciess of the prior art, the purpose of this utility model is to provide one kind to be used for processing workshop centralized The dust room of dirt device has biggish amount of storage and replaces without frequent, the unified dedusting suitable for entire workshop.

The above-mentioned technical purpose of the utility model has the technical scheme that a kind of for processing workshop The dust room of central dust-collection device, including building in dust room ontology, connection dust room ontology and processing cart outside processing workshop Between supervisor and be located at the intrinsic multiple dust bags in dust room, the supervisor is connected to dust room ontology top, the collection Dirt room ontology metope bottom end is provided with exhaust fan, and dust room ontology is fixed between supervisor outlet end, exhaust fan arrival end It is provided with level board, the level board completely cuts off space above and below in dust room ontology, and the level board, which runs through, offers multiple through-holes, Each dust bag is only upper end opening structure, and is individually fixed at respective through hole.

By using above-mentioned technical proposal, starts exhaust fan and generate air-flow, which is by processing workshop through being responsible for It into dust room ontology upper space, and passes through dust bag and enters dust room ontology lower layer space, finally by exhaust fan exhaust outlet Discharge, so that the dust in processing workshop is entered dust room ontology upper space by airflow function, is limited to dust particles body Product is greater than gas volume, can not pass through dust bag, and then dust will be stranded within dust bag, the collection for completing dust is deposited Storage；By building a dedicated dust room ontology, and separate the upper layer and lower layer space of dust room ontology, so that air-flow be forced to be worn Dust bag is crossed, and then ensures that dust enters within dust bag, realizes the skill for carrying out unified collection for the dust in entire workshop Art effect, simultaneously because multiple dust bags are provided in dust room, compared to the amount of storage that documents effectively increase dust.

The utility model is further arranged to: the dust bag is integrally cylindrical, and disc diameter is less than through-hole diameter, The level board upper surface offers annular groove along through-hole edge, and the dust bag open end is fixedly installed chimeric with annular groove hard Matter annulus.

By using above-mentioned technical proposal, after dust bag fills dust, worker enters dust room ontology upper space, and Upper pulling force is applied to hard annulus and disengages it from annular groove, finally by dust bag by being extracted in through-hole；When needing to install dust bag, It is directed at dust bag bottom and through-hole, and from top to bottom passes through through-hole, finally hard annulus is embedded within annular groove；In conclusion It is closed by the phase scarf of annular groove and hard annulus, under the premise of realizing that dust bag is installed on through hole, reaches easy to change Technical effect.

The utility model is further arranged to: the dust bag bottom end is fixedly installed clump weight.

By using above-mentioned technical proposal, the gravity of clump weight is in dust bag bottom end, so that dust bag be straightened, it is ensured that Its is in a vertical state, reduces the hidden danger that adjacent dust bag mutually collides winding.

The utility model is further arranged to: hard annulus upper edge is fixedly installed L shape pull rod.

By using above-mentioned technical proposal, one is provided by hard annulus by the point of application that pulls out in annular groove by L shape pull rod, And then convenience is provided for disassembly dust bag.

The utility model is further arranged to: dust room bodies top offers upper layer inlet port, the dust room Ontology slides at the inlet port of upper layer and is connected with upper door close.

It slides in and out and closes when worker needs to enter dust room ontology upper space by using above-mentioned technical proposal Door is closed, to open upper layer inlet port, and dust room ontology upper space is entered by upper layer inlet port, when dust room needs work When, door termination upper layer inlet port is closed in sliding, so that avoiding revealing because of air pressure causes air-flow that can not enter collection by processing workshop The problem of dirt room ontology, occurs；In conclusion entering dust room sheet under the premise of not influencing dust room normal work for worker Body upper space provides convenience.

The utility model is further arranged to: the dust room ontology wall face is fixedly installed ladder.

By using above-mentioned technical proposal, after worker can climb up dust room bodies top by ladder, entered by upper layer Mouth enters dust room ontology upper space；The effect of ladder is that dust room bodies top is climbed up for worker provides convenience, simultaneously Also the leakproofness for overhauling dust room bodies top for worker provides convenience.

The utility model is further arranged to: dust room ontology metope bottom offers lower layer's inlet port, under described Layer inlet port is hinged with lower door close.

By using above-mentioned technical proposal, worker can enter dust room ontology lower layer space by lower layer's inlet port, from And check that dust bag amount of storage provides convenience for worker；Compared to the storage for checking dust bag into dust room ontology upper space Amount, lower layer space air is more clean, there is no need to wear the safety devices such as mask, can intuitively check dust bag.

The utility model is further arranged to: dust room ontology space above and below level board is respectively arranged with Headlamp.

By using above-mentioned technical proposal, the effect that headlamp illuminates dust room ontology upper space is for worker's replacement Dust bag provides convenience；The effect that headlamp illuminates dust room ontology lower layer space is to check dust bag storage condition for worker Convenience is provided.

In conclusion dedicated dust room is arranged the utility model has the following beneficial effects: passing through, and in dust room Multiple dust bags are set, to effectively improve the amount of storage of dust；Dust is coupled by hard annulus and the mutually embedding of annular groove Bag, so that the replacement of dust bag is more convenient；Ensure that dust bag is in a vertical state by clump weight, avoids adjacent dust bag phase Mutually collision winding；By opening up upper layer inlet port and ladder, enters dust room ontology upper space for worker and convenience is provided；Pass through Door close avoids air pressure from revealing in setting；Check that dust bag storage condition provides convenience by setting lower layer's inlet port for worker.

Detailed description of the invention

Fig. 1 is structural schematic diagram when the utility model cooperates central dust-collection device；

Fig. 2 is the cross-sectional view of the utility model dust room ontology, the main internal structure for indicating dust room ontology；

Fig. 3 is the portion the A enlarged diagram of Fig. 2, the main structure for indicating through hole；

Fig. 4 is the structural schematic diagram of the utility model dust bag；

Fig. 5 is the overall structure diagram of the utility model.

In figure: 1, dust room ontology；11, it is responsible for；12, dust bag；121, annular groove；122, hard annulus；123, clump weight； 124, pull rod；13, exhaust fan；14, upper layer inlet port；141, upper door close；142, ladder；143, lower layer's inlet port；144, under Door close；145, headlamp；15, level board；16, through-hole.

Specific embodiment

With reference to the accompanying drawings and examples, the utility model is described in detail.

For the dust room of processing workshop central dust-collection device, as shown in Figure 1 and Figure 2, including building in outside processing workshop Dust room ontology 1, the supervisor 11 of connection dust room ontology 1 and processing workshop and multiple dusts in dust room ontology 1 Bag 12, wherein dust bag 12 can be the cloth bag for having venting capability, and supervisor 11 is connected to 1 top of dust room ontology, dust room 1 metope bottom end of ontology is provided with exhaust fan 13, the bolt between 11 outlet ends of supervisor, 13 arrival end of exhaust fan of dust room ontology 1 It is fixed with level board 15, level board 15 can completely cut off upper down space, level board 15 in dust room ontology 1 and pass through not repair steel plate It wears and offers multiple through-holes 16, each dust bag 12 is only upper end opening structure, and is individually fixed at respective through hole 16.

In normal work, starting exhaust fan 13 generates draught head, to control air-flow by processing workshop through master in dust room Pipe 11 enters 1 upper space of dust room ontology, and passes through through-hole 16 and enter in dust bag 12, then passes through the ventilative of dust bag 12 Hole enters 1 lower layer space of dust room ontology, is finally discharged by 13 exhaust outlet of exhaust fan, and the dust in processing workshop is made by air-flow Moved, finally entered in dust bag 12 with along airflow direction, be limited to dust volume its can not pass through the ventilative of dust bag 12 The storage for dust to be stranded in dust bag 12, and then is completed in hole；By building dedicated dust room ontology 1, thus Have the technology premise for installing multiple dust bags 12, and then collect dust by the way that multiple dust bags 12 are arranged, effectively increases powder The amount of storage of dirt.

Dust bag 12 is fixed in the following way at through-hole 16, and as shown in Figure 3, Figure 4, whole dust bag 12 is in cylinder Shape, disc diameter are less than the diameter of through-hole 16, and 15 upper surface of level board offers annular groove 121, annular groove 121 along 16 edge of through-hole The interior intrinsic rubber ring of glue (being not marked in figure), the suture of 12 open end of dust bag are fixed with the hard annulus chimeric with annular groove 121 122, hard annulus 122 can be cyclic annular stainless steel；Exhaust fan 13 is closed after original dust bag 12 fills dust, worker wears Enter dust room ontology 1(after the safety devices such as dust mask and be shown in Fig. 2) upper space, and will fall off by tools such as besoms Dust in 15 upper surface of level board is swept into dust bag 12, is applied upper pulling force to hard annulus 122 and is disengaged it from annular groove 121, And dust bag 12 is taken into the dust bag 12 of not stored dust after completing the disassembly of dust bag 12, and guide by extracting in through-hole 16 It passes through through-hole 16, and hard annulus 122 is finally embedded in the replacement that dust bag 12 is completed within annular groove 121；In conclusion not Under the premise of damaging dust bag 12, realize that dust bag 12 is removably mounted at the through-hole 16 of level board 15.

It is found in practice, since the setting of dust bag 12 is excessively intensive, there are the adjacent mutually collisions of dust bag 12 to twine Around the problem of, influence the actual storage amount of the utility model, thus as shown in Figure 2, Figure 4 shows, 12 bottom end of dust bag is fixedly installed Clump weight 123, clump weight 123 can be connected to 12 bottom end of dust bag by rope system, to be straightened using the gravity of clump weight 123 Dust bag 12, it is ensured that its is in a vertical state, and then reduces the hidden danger of adjacent dust bag 12 mutually collision winding.

Find, since hard annulus 122 is embedded in annular groove 121, there are problems that being not easy to pull out, be in practice This is as shown in Figure 2, Figure 4 shows, and 122 upper edge of hard annulus is welded with L shape pull rod 124, to be provided on one by pull rod 124 The point of application of hard annulus 122 is drawn, and then provides convenience to pull out hard annulus 122.

Due to needing to enter 1 upper space of dust room ontology when replacing dust bag 12, to facilitate access for dust room ontology 1 Upper space, as shown in figure 5, offering upper layer inlet port 14 at the top of dust room ontology 1, dust room ontology 1 is in upper layer inlet port Sliding is connected with door close 141 at 14, and ontology 1 wall face in dust room is fixedly installed ladder 142；It is needing to enter dust room When 1 upper space of ontology, worker climbs up 1 top of dust room ontology by ladder 142, and slides in and out door close 141 and open Layer inlet port 14, so that worker can enter 1 upper space of dust room ontology by upper layer inlet port 14, it should be noted that this reality It is in close state with novel door close 141 upper in normal work, to avoid air pressure leakage that dust is caused to cannot be introduced into collection Dirt bag 12(is shown in Fig. 4).

It is found in practice, worker needs to check the storage condition of dust in dust bag 12, in order in dust bag 12 are filled with after dust and replace dust bag 12 in time, and are checked into 1 upper space of dust room ontology, not only need to dress anti- Apparatus is protected, and needs to climb up to climb down that there are certain inconveniences, thus as shown in figure 5, ontology 1 metope bottom in dust room opens up There is lower layer's inlet port 143, lower layer's inlet port 143 is hinged with lower door close 144, and worker can enter by lower layer's inlet port 143 Ontology 1 lower layer space in dust room is checked, without dressing safety device, and then to check that dust bag 12(is shown in figure 4) storage condition provides convenience.

Since dust room ontology 1 is the space of a relative closure, inside it is more dim, thus as shown in Fig. 2, dust The space above and below level board 15 of room ontology 1 is respectively arranged with headlamp 145, so that worker is entering dust room ontology 1 Illumination is provided by headlamp 145 afterwards, and then replaces dust bag 12 for worker or checks that the storage condition of dust bag 12 provides just Benefit.

The above is only the preferred embodiment of the utility model, and the protection scope of the utility model is not limited merely to Above-described embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should refer to Out, for those skilled in the art, it is without departing from the principle of the utility model it is several improvement and Retouching, these improvements and modifications also should be regarded as the protection scope of the utility model.

Claims (8)

1. a kind of dust room for processing workshop central dust-collection device, including building in the dust room ontology outside processing workshop (1), the supervisor (11) and multiple dust bags in dust room ontology (1) of connection dust room ontology (1) and processing workshop (12), it is characterised in that: the supervisor (11) is connected to dust room ontology (1) top, the dust room ontology (1) metope bottom end It is provided with exhaust fan (13), fixation is set between the dust room ontology (1) supervisor Yu (11) outlet end, exhaust fan (13) arrival end It is equipped with level board (15), upper down space in level board (15) isolation dust room ontology (1), the level board (15), which is run through, opens Equipped with multiple through-holes (16), each dust bag (12) is only upper end opening structure, and is individually fixed in respective through hole (16) at.

2. the dust room according to claim 1 for processing workshop central dust-collection device, it is characterised in that: the dust Bag (12) is whole cylindrical, and disc diameter is less than through-hole (16) diameter, and level board (15) upper surface is along through-hole (16) Edge offers annular groove (121), and dust bag (12) open end is fixedly installed the hard annulus chimeric with annular groove (121) (122).

3. the dust room according to claim 2 for processing workshop central dust-collection device, it is characterised in that: the dust Bag (12) bottom end is fixedly installed clump weight (123).

4. the dust room according to claim 2 for processing workshop central dust-collection device, it is characterised in that: the hard Annulus (122) upper edge is fixedly installed L shape pull rod (124).

5. the dust room according to claim 2 for processing workshop central dust-collection device, it is characterised in that: the dust It is offered upper layer inlet port (14) at the top of room ontology (1), dust room ontology (1) slides connection at upper layer inlet port (14) There are upper door close (141).

6. the dust room according to claim 5 for processing workshop central dust-collection device, it is characterised in that: the dust Room ontology (1) wall face is fixedly installed ladder (142).

7. the dust room according to claim 2 for processing workshop central dust-collection device, it is characterised in that: the dust Room ontology (1) metope bottom offers lower layer's inlet port (143), and lower layer's inlet port (143) is hinged with lower door close (144).

8. the dust room according to claim 2 for processing workshop central dust-collection device, it is characterised in that: the dust Room ontology (1) space above and below level board (15) is respectively arranged with headlamp (145).