CN2228833Y

CN2228833Y - Ceramic tile arc cutter

Info

Publication number: CN2228833Y
Application number: CN 95244155
Authority: CN
Inventors: 郑宗键
Original assignee: Individual
Current assignee: Individual
Priority date: 1995-06-09
Filing date: 1995-06-09
Publication date: 1996-06-12
Anticipated expiration: 2005-06-09

Abstract

The utility model discloses a ceramic tile arc cutter which can cut the ceramic tile into arc shapes. The utility model comprises a main frame body, a cutting tool set, a control set and a cooling system, wherein, a first power source is arranged in the main frame body, the control set is arranged on the main frame body, one end of the cooling system is communicated with cooling liquid, and the other end of the cooling system is arranged on one side of the cutting tool set. The top face of the main frame body is provided with a workbench which is linked with the first power source, and the upper surface of the workbench is dug with positioning grooves for insertion of positioning strips in a staggered way. The cutting tool set is connected with the control set. The cutting tool set is composed of a second power source and a cutter disc of which the shaft is pivoted with a first driven shaft linked with the second power source through a transmission.

Description

Ceramic tile circular arc cutting machine

The utility model relates to a kind of cutter sweep, is a kind of ceramic tile circular arc cutting machine that ceramic tile can be cut into the tool circular shape specifically.

After burning till, general ceramic tile mostly is rectangle or square, and again it is attached at different occasions such as ground or desktop or cylinder etc. when using, so that it is more attractive in appearance and easy to clean, and when laying since the shape of desire laying place limit, often near side (ns), can't connect airtight laying with complete ceramic tile just outside the angle, at this moment, then how the ceramic tile piece is cut according to the paved surface shape of remnants, make it can fully be paved with ceramic tile, after generally commonly using polyphyly and measuring the shape of remaining face by the constructor, utilize diamond cutter with the manual shape rule (as: ruler that cooperates again, arc ... Deng) will be attached again after the ceramic tile cutting, thus, except that straight cuts was easy to carry out, the circular arc cutting then often was subject to the limited of shape rule and is difficult to obtain the shape of the best; And, hand cut lies in the ceramic tile surface and cuts and mark zanjon one, again it is firmly pulled the folding or knock, make its shape fracture along this zanjon, for the arc cutting, even by skilled technical staff's operation, also Chang Yinqi style characteristic restriction, and the rate that leads to the failure is very high, and the two halves sheet ceramic tile that is separated also often has the destroyed formation fragment of half sheet shape to add the unsmooth fluctuating dentation of the normal formation of section, generally speaking, does not only conform to economic benefit, and constructional difficulties, quality of finished are difficult to promote; Add ceramic tile and lay machine in the cutting of Chang Yuxu circular arc, as: vertically be connected to the periphery of cylinder, round table surface etc. on the ground, for a long time, can't effectively solve this difficult problem always.

The purpose of this utility model is to provide a kind of ceramic tile circular arc cutting machine, it cooperates the interaction of diamond cutter by rotary board, make it can easily ceramic tile be cut into the shape on tool circular arc limit, and the ceramic tile two halves of cutting back all can be kept its integrality, so that construction easily, is saved material and is improved the quality.

To achieve these goals, the utility model adopts following technical scheme: comprise a body frame body, at least one set of knives, an one control group and a cooling system, wherein in this body frame body one first power source is set, this control group is installed on this body frame body, this cooling system one end communicates with cooling fluid, the other end is located at this set of knives one side, it is characterized in that: this body frame body end face is established a workbench, this workbench and first power source be interlock mutually, staggered the digging of this worktable upper surface established the locating groove that is used to be embedded positioning strip, this set of knives and this control group are joined, this set of knives is made up of second power source and a cutterhead, this cutter axis pivot is in one first driven shaft, and this first driven shaft is by a power train and this second power source interlock.

Compared with the prior art the utility model has the advantage that shows and see: not only can effectively and apace ceramic tile be cut into tool circular arc limit to be fit to different demands of laying occasion, and its cut surface is smooth and quality that tool is suitable, again, utilize the utility model cutting ceramic tile, a part utilization all can be filled in the two sides that ceramic tile is cut open, and unlikely formation waste also can reduce the mortality and the operating cost of cutting, still more, the utility model still can be done the cutting of different radii circular arc according to needs, applied range and have the industry utilization.Again one, utilize should anti-cover setting, not only can prevent smear metal and the outside splash of cooling fluid in the cutting operation, also can prevent foreign object mistake people and hindered that one side provides protection to personnel, then protects this cutterhead on the other hand by this cutterhead.

Below in conjunction with drawings and Examples the utility model is elaborated.

Fig. 1 is the stereogram of the utility model one preferred embodiment;

Fig. 2 is the drive state schematic diagram of the utility model one preferred embodiment set of knives;

Fig. 3 is the utility model one preferred embodiment cutting executing state schematic diagram.

At first, see also shown in Figure 1, one preferred embodiment of the utility model ceramic tile circular arc cutting machine, mainly comprise a body frame body 10, at least one set of knives 20, a control group 30, a cooling system 40 and several positioning strips 50, wherein, the end face of this body frame body 10 workbench 12 that is pivoted, the bottom side that abuts this workbench 12 then connects establishes a tray 70, this workbench 12 is general rounded plate body, and the bottom of this workbench 12 subtracts complete machine structure (figure do not show) and one first power source (figure does not show) interlock mutually by one, so that this workbench 12 can be spool to rotate according to its center of circle; Again, longitudinal and transverse staggered the digging of these workbench 12 upper surfaces established several locating grooves 122, so that this each positioning strip 50 is embedded at respectively in this each locating groove 122, and extends to this workbench 12 peripheries respectively, with the dual-side of relative restriction, location ceramic tile; Again, this set of knives 20 is to connect with this

control group

30,30 of this control groups and this body frame body 10 connect, with locate this set of knives 20 and can by these control group 30 controls, regulate 12 of this set of knives 20 and this workbench mutual concern the position, this cooling system 40 is mainly constituted with liquid line, the one end communicates with cooling fluid, and the other end then is located at one of this set of knives 20 side, cooling, thermolysis when cutting to carry cooling fluid to provide this set of knives 20 to carry out.

Secondly, please cooperate simultaneously and consult Figure 1 and Figure 2, according to the preferred embodiment of one of a kind of ceramic tile circular arc of the utility model cutting machine, these set of knives 20 outer anti-covers 22 that are covered with, and mainly comprise one second power source 24, one cutterhead 26 and an angle demodulator 28, these cutterhead 26 pivots are in one first driven shaft 262, and this first driven shaft 262 by these angle demodulator 28 backs by a universal joint 21 and one second driven shaft 23 interlock mutually, these second driven shaft, 23 other ends are by a driven pulley 25, one driving belt 27 and drive pulley 29 and this second power source 24 be interlock mutually, carries out cutting operation to drive these cutterhead 26 rotations; This angle demodulator 28 is mainly constituted with a master bevel gear 282, one a secondary bevel gear 284 and a handwheel 286, this handwheel 286 and this master bevel gear 282 are by a positioning axle 288 interlock mutually, this pair bevel gear 284 and this master bevel gear 282 interlock mutually, and axle 281 and a pivot that should pair bevel gear 284 join in bearing 283 outer rims of this first power transmission shaft 262, can this axle 281 of interlock rotate by rotating this handwheel 286, and then make this first driven shaft 262 change angle, for this cutterhead 26 of appropriate regulation and 12 relative angles of this workbench.

Please cooperate and consult Fig. 1, Fig. 2, shown in Figure 3, structure according to one preferred embodiment of aforementioned real and novel ceramic tile circular arc cutting machine, during actual the use, width according to institute's desire cutting ceramic tile is embedded at this predetermined each locating groove 122 respectively with this each positioning strip 50 earlier, again ceramic tile is arranged in these workbench 12 surfaces respectively, and these workbench 12 outer stretching out of its lateral, its both sides are 50 clippings of this each positioning strip also, and with the end face of several locators 60 compacting ceramic tiles, with the location ceramic tile; Inferior, appropriate regulation should control group 30 and this angle demodulator 28, make this cutterhead 26 surperficial by moving to ceramic tile, when this cutterhead 26 be adjusted to when desiring on the cut place, restart this first power source and this second power source 24, make this

workbench

12 and 26 rotations of this cutterhead, regulating this control group 30 more highly progressively reduces with to ceramic tile dissection line by line this cutterhead 26, in this simultaneously, this cooling system then starts running this cutterhead 26 is sent cooling fluid, cool off this cutterhead 26 on the one hand and make it unlikely overheated, provide cutting required lubrication on the one hand; Cut when wearing ceramic tile when edge outside this cutterhead 26, promptly finished the circular arc cutting operation of ceramic tile, and cut ceramic tile sheet then falls in this tray 70, broken to avoid being scattered everywhere.

Certainly, aforementioned preferred embodiment only is wherein a kind of enforcement state of the utility model, in fact, the utility model still can add one group of set of knives again in aforementioned preferred embodiment, and the cutterhead 126 of this set of knives just abuts the periphery, bottom side in this workbench, and be with the set of knives of top and shift to install (as shown in Figure 3), and another preferred embodiment of formation the utility model, and this another preferred embodiment is when carrying out cutting operation, two cutterheads cut simultaneously to the two sides of ceramic tile, not only can shorten working hours, just make cutterhead need not go deep into ceramic tile, and can keep superior smooth cut surface, and two cutterheads have been executed reverse active force respectively to ceramic tile, the stability of ceramic tile when cutting to keep.

Claims

1. ceramic tile circular arc cutting machine, comprise a body frame body, at least one set of knives, a control group and a cooling system, wherein in this body frame body one first power source is set, this control group is installed on this body frame body, this cooling system one end communicates with cooling fluid, the other end is located at this set of knives one side, it is characterized in that:

A. this body frame body (10) end face is established a workbench (12), and this workbench and first power source be interlock mutually, and staggered the digging of this worktable upper surface established the locating groove (122) that is used to be embedded positioning strip (50),

B. this set of knives (20) is joined with this control group (30), and this set of knives (20) is made up of second power source (24) and a cutterhead (26), and this cutter axis pivot is in one first driven shaft (262), and this first driven shaft is by a power train and this second power source interlock.

2. ceramic tile circular arc cutting machine according to claim 1 is characterized in that: also be provided with to be and shift to install and the mutually same in addition set of knives of structure with this set of knives (20), the cutterhead of this other set of knives (126) just by adjacent in this workbench (12) bottom side periphery.

3. ceramic tile circular arc cutting machine according to claim 1 and 2, it is characterized in that: this first driven shaft (262) is in regular turn by an angle demodulator (28), a universal joint (21) and this power train interlock mutually, this angle demodulator (28) is made up of one of a phase interlock master bevel gear (282) and a secondary bevel gear (284), this master bevel gear (282) is by a positioning axle (288) and a handwheel (286) interlock mutually, and the axle (281) of this pair bevel gear (284) is connected in the bearing outer rim with this first driven shaft (262) pivot.

4. ceramic tile circular arc cutting machine according to claim 1 is characterized in that: this body frame body (10) is provided with a tray (70) in the bottom side that abuts this workbench (12).

5. ceramic tile circular arc cutting machine according to claim 1 is characterized in that: the outer anti-cover (22) that is covered with of this set of knives (20).