CN202572617U

CN202572617U - Ceramsite plate cutting device

Info

Publication number: CN202572617U
Application number: CN 201220112305
Authority: CN
Inventors: 游研博; 吕锦应
Original assignee: DONGGUAN LIPENG BUILDING MATERIAL Co Ltd
Current assignee: DONGGUAN LIPENG BUILDING MATERIAL Co Ltd
Priority date: 2012-03-22
Filing date: 2012-03-22
Publication date: 2012-12-05
Anticipated expiration: 2022-03-22

Abstract

The utility model relates to a ceramsite plate cutting device, which comprises a pair of support walls, a knife shaft, a plurality of cutting knives, a motive power assembly and a conveying assembly, wherein the knife shaft is arranged between the support walls, the cutting knives are arranged on the knife shaft, the motive power assembly drives the knife shaft to rotate, and the conveying assembly is arranged between the support walls and is positioned under the cutting knives. The cutting knives arranged on the cutter shaft can fast cut ceramsite blocks into a plurality of finished product ceramsite plates, further, the cutting efficiency is improved, and meanwhile, the ceramsite plate cutting device has the advantages that the integral structure is simple, the practicability is high, and the popularization and the utilization are convenient.

Description

Haydite plate cutter sweep

[technical field]

The utility model relates to a kind of haydite plate process unit, relates in particular to a kind of haydite plate cutter sweep.

[background technology]

In building trade, extensively adopted the haydite plate to replace fragment of brick, because the intensity of haydite plate is bigger, cost is lower, the scope of application is wider and construction is quick.

The whole process of production of haydite plate is generally: at first preparation is used to form the slurry of haydite plate; Then slurry is placed in the special production mould; The mold integral that will be contained with slurry subsequently be placed on carry out with certain temperature in the confined space steam-cured, thereby make slurry be frozen into integral body gradually; The haydite piece that after this will solidify formation takes out from mould; Such as cutter sweep the haydite piece is cut into single haydite plate by suitable instrument at last.

The haydite piece is being divided in the process of a plurality of haydite plates, need realizing cutting by haydite plate cutter sweep.Existing haydite plate cutter sweep complex structure, cutting efficiency are low.

Therefore, a kind of simple in structure and haydite plate cutter sweep that cutting efficiency is high being provided, is the active demand in this area.

[utility model content]

The purpose of the utility model is to provide a kind of haydite plate cutter sweep, its simple structure, and cutting efficiency is higher.

For this reason, the haydite plate cutter sweep that provides of the utility model has following structure:

A kind of haydite plate cutter sweep comprises: a pair of supporting walls, be installed in this to the cutter shaft between the supporting walls, be installed in a plurality of cutter on the cutter shaft, drive the Power Component that said cutter shaft rotates and be arranged on this between the supporting walls and be positioned at the transfer assembly of said a plurality of cutter below.

With respect to prior art, the utlity model has following advantage:

Owing to a plurality of cutter have been installed on cutter shaft, therefore can apace the haydite piece have been cut into a plurality of finished product haydite plates, and then improve cutting efficiency; Simultaneously, the overall structure of the haydite plate cutter sweep that the utility model provides is simple, practical, is convenient to utilization and extention.

[description of drawings]

Fig. 1 is the front view of the utility model haydite plate cutter sweep;

Fig. 2 is the rearview of haydite plate cutter sweep shown in Figure 1;

Fig. 3 A has showed the vertical view of haydite plate cutter sweep shown in Figure 1;

Fig. 3 B has showed the partial enlarged drawing at the A of haydite plate cutter sweep shown in Fig. 3 A position;

Fig. 4 has showed the side view of haydite plate cutter sweep shown in Figure 1;

Fig. 5 has showed the detailed structure of the driven roller that is positioned at the cutter below in the haydite plate cutter sweep shown in Figure 4;

Fig. 6 has showed haydite piece to be cut; And

Fig. 7 has showed the haydite plate that the cutting back forms.

[specific embodiment]

The utility model provides a kind of haydite plate cutter sweep, and the cutter of a plurality of spaced-apart certain distances have been installed on the cutter shaft of this device.When cutter sweep moved, these cutter carried out cutting operation to the haydite piece simultaneously, therefore can fast the haydite piece be cut into a plurality of finished product haydite plates, had improved cutting efficiency greatly.

Simultaneously, the overall structure of the haydite plate cutter sweep that the utility model provides is simple relatively, practical, is convenient to utilization and extention.

In addition, owing between adjacent two cutter, be provided with cooling and dust arrester, when cutter sweep moves; Along with the carrying out of the cutting action of cutter on the haydite piece, cooling and dust arrester can spray cooling flowing fluid ratio such as cooling water to cutting part, thereby have reduced the operating temperature of cutter; Prolonged the service life of cutter; And the dust that produces when the liquid that sprays can receive cutting, thus airborne dust reduced, reduced the health hazard of dust to operating personnel.

Describe the preferred embodiment of the utility model in detail below in conjunction with accompanying drawing.

With reference to figure 1-7; According to an embodiment of the utility model, a kind of haydite plate cutter sweep 100 comprises a pair of supporting walls 10, be installed in this to the cutter shaft between the supporting walls 10 20, be installed in a plurality of cutter 30 on the cutter shaft 20, drive the Power Component 40 of cutter shaft 20 rotations and be arranged on this between the supporting walls 10 and be positioned at the transfer assembly 50 of said a plurality of cutter 30 belows.

Thereby said Power Component 40 is used to drive said cutter shaft 20 rotations to be driven said a plurality of cutter 30 rotations and then can carry out cutting operation.Said Power Component 40 comprises motor 42, be installed in driving wheel 44 on the motor 42, be installed in the driven pulley 46 on the said cutter shaft 20 and be wrapped in the driving-belt 48 on said driving wheel 44 and the driven pulley 46.

After motor 42 started, motor 42 drove driving wheel 44 and rotates, and then through under the drive of driving-belt 48, caused driven pulley 46 to rotate.Because driven pulley 46 is fixedly installed on the cutter shaft 20, therefore cause cutter shaft 20 to rotate, the final a plurality of cutter 30 that are installed on the cutter shaft 20 that make rotate.

Though in the above-described embodiments, said Power Component 40 is through driving-belt 48 transferring power, yet Power Component 40 also can pass through other mode transferring power.Such as, can come transferring power to give cutter shaft 20 through a plurality of intermeshed gear.Perhaps, can realize transmission of power through the mode that gear-chain cooperates.

Said transfer assembly 50 is used for haydite piece to be cut is transported to the below of cutter 30 such as haydite piece 300 shown in Figure 6, so that can let 30 pairs of haydite pieces 300 of cutter cut.Particularly, said transfer assembly 50 comprises a plurality of driven rollers 52 and is arranged on the free roller 54 between said a plurality of driven roller 52.Along with the rotation of driven roller 52 and freely rotating of free roller 54, the haydite piece 300 that is carried on a plurality of driven rollers 52 and the free roller 54 is sent to the below of cutter 30, thereby can let cutter 30 cutting haydite pieces 300.Wherein, be positioned on the driven roller 52 of said a plurality of cutter 30 belows and offer the quantity slot to make way 52 consistent with cutter 30 quantity.When cutter 30 cutting haydite pieces 300, cutter 30 can extend in the said slot to make way 522, thereby can fully haydite piece 300 be cut into independent haydite plate.

When haydite piece 300 is sent to cutter 30 belows; Each cutter 30 faces the corresponding cut-off rule 302 of haydite piece 300; Then along with haydite piece 300 towards being moved further of cutter 30, corresponding cutter 30 are along the said haydite piece 300 of corresponding cut-off rule 302 cuttings.When haydite piece 300 fully through after the cutter 30, whole haydite piece 300 is divided into the haydite plate 400 of a plurality of sheet form by a plurality of cutter 30, so far, whole cutting process finishes.

In above-mentioned cutting process, along with the cutting action of cutter 30, can produce dust at cutting part, the temperature of cutter 30 can violently raise simultaneously.The violent temperature that raises will cause cutter 30 structural strengths to die down, thereby cause cutter 30 distortion or fracture easily, and then cause cutter 30 to damage and shortened its service life greatly.Simultaneously, a large amount of dust of generation are suspended in the air, and operating personnel's health is worked the mischief.In order to reduce cutting temperature and to reduce the dust that produces when cutting, cooling and dust arrester can be set further.

Particularly, said cooling and dust arrester 60 comprise feed flow house steward 62 and a plurality of feed flow arms 64 that extend to form from feed flow house steward 62, and each feed flow arm 64 is arranged between adjacent two cutter 30.And offer a plurality of nozzles 644 on each feed flow arm 64.When cutter 30 cutting operations; Flowing fluid ratio such as water can be via feed flow house steward 62 and feed flow arms 64 and are ejected on the cutter 30 from nozzle 644; Thereby can reduce the operating temperature of cutter 30, and can effectively receive the dust that produces when cutting, thereby reach the purpose of cooling and dedusting.

Generally, the cutter of a plurality of spaced-apart certain distances have been installed on the cutter shaft of the haydite plate cutter sweep that the utility model provides, these cutter can cut the haydite piece simultaneously, have improved cutting efficiency greatly.Simultaneously, the overall structure of the haydite plate cutter sweep that the utility model provides is simple relatively, practical, is convenient to utilization and extention.In addition; The operating temperature that cooling that is provided with between adjacent two cutter and dust arrester can reduce cutter; Prolong the service life of cutter, and the dust that produces can receive cutting time of the liquid that sprays, so reduced the health hazard of dust to operating personnel.

Claims

1. haydite plate cutter sweep is characterized in that comprising: a pair of supporting walls, be installed in this to the cutter shaft between the supporting walls, be installed in a plurality of cutter on the cutter shaft, drive the Power Component that said cutter shaft rotates and be arranged on this between the supporting walls and be positioned at the transfer assembly of said a plurality of cutter below.

2. haydite plate cutter sweep according to claim 1 is characterized in that: said Power Component comprises motor, be installed in driving wheel on the motor, be installed in the driven pulley on the said cutter shaft and be wrapped in the driving-belt on said driving wheel and the driven pulley.

3. haydite plate cutter sweep according to claim 1 is characterized in that: said transfer assembly comprises a plurality of driven rollers and is arranged on the free roller between said a plurality of driven roller; Wherein, be positioned on the driven roller of said a plurality of cutter below and offer the quantity slot to make way consistent with cutter quantity.

4. haydite plate cutter sweep according to claim 1; It is characterized in that: further comprise cooling and dust arrester; It comprises feed flow house steward and a plurality of feed flow arms that extend to form from the feed flow house steward, and each feed flow arm is arranged between adjacent two cutter; Offer a plurality of nozzles on each feed flow arm.