CN209408970U - The range controlling mechanism and ceramic tile cutter of ceramic tile cutter - Google Patents

Abstract

This application discloses the range controlling mechanism of ceramic tile cutter and ceramic tile cutters, ceramic tile cutter includes drive mechanism, drive mechanism includes girder, the Mobile base being movably arranged on girder, the driving motor that driving Mobile base moves on girder and the controller of control driving motor work, range controlling mechanism includes: sliding rail, it is arranged on girder, and is arranged along the length direction of girder；Sliding shoe is slidably arranged on sliding rail；Fixation kit, for making sliding shoe and sliding rail relatively fixed firmly afterwards in place in sliding shoe adjusting；Travel switch is mounted on sliding shoe, is electrically connected with the controller, and travel switch is used to cooperate with Mobile base, limits the stroke of Mobile base.When cutting small size ceramic tile, Mobile base does not need to move the length of entire crossbeam the application, and the position by adjusting sliding shoe can control the stroke of Mobile base, to greatly improve cutting efficiency.

Description

The range controlling mechanism and ceramic tile cutter of ceramic tile cutter

Technical field

The utility model relates to machining equipments, and in particular to the range controlling mechanism and ceramic tile of ceramic tile cutter are cut Cutting mill.

Background technique

Cutting machine is the currently used tool for plates such as cutting tiles.In general, cutting machine includes rack, the rack It is equipped with workbench, and the top of the workbench is equipped with guide rail, sliding is provided with cutting rack on the guide rail, fixed on the cutting rack There is rotating electric machine, is fixed with cutting sheet on the power output shaft of the rotating electric machine.In general, being additionally provided on cutting rack for pushing away Dynamic handle.That is, workpiece is placed on workbench, after opening the cutting motor, cutting sheet rotation, user holds hand Handle, manual drive cutting rack is mobile, can cut to workpiece.

It is this to pass through the structure type of mobile cutting rack by hand, practical more inconvenience, in view of the above-mentioned problems, publication number completely A kind of portable small-sized processing platform is disclosed for the patent document of CN205674375U, which includes that guide rail and sliding are set The cutting rack for being in guide rail is set, is fixed with rotating electric machine on cutting rack.

The equipment of above patent document can not easily adjust the stroke of cutting rack, when the lesser ceramic tile of Cutting Length, Working efficiency is lower.

Utility model content

The utility model is in view of the above-mentioned problems, propose the range controlling mechanism and ceramic tile cutter of ceramic tile cutter.

The technical solution that the utility model is taken is as follows:

A kind of range controlling mechanism of ceramic tile cutter, ceramic tile cutter include drive mechanism, and the drive mechanism includes The driving motor and control driving electricity that girder, the Mobile base being movably arranged on girder, driving Mobile base move on girder The controller of machine work, the range controlling mechanism include:

Sliding rail is arranged on girder, and is arranged along the length direction of girder；

Sliding shoe is slidably arranged on the sliding rail；

Fixation kit, for making sliding shoe and sliding rail relatively fixed firmly afterwards in place in sliding shoe adjusting；

Travel switch is mounted on sliding shoe, is electrically connected with the controller, and travel switch is used to cooperate with Mobile base, Limit the stroke of Mobile base.

By setting sliding rail, sliding shoe and fixation kit, travel switch is conveniently adjusted as needed Position, when Mobile base is mobile, being moved at sliding shoe can cooperate with travel switch, trigger travel switch, and travel switch is sent Signal controls the element manipulations such as driving motor to controller, controller, and Mobile base is made to stop mobile or move round about.

When cutting small size ceramic tile, Mobile base does not need to move the length of entire crossbeam, by the position for adjusting sliding shoe The stroke that can control Mobile base is set, to greatly improve cutting efficiency.

In the utility model wherein an embodiment, there are two the sliding shoes, is mounted on stroke on two sliding shoes Switch, the Mobile base are arranged between two sliding shoes.

In the utility model wherein an embodiment, the sliding rail is to prevent being disengaged from the groove, and the fixation kit includes sliding setting Preventing being disengaged from the groove interior nut and is being threaded through the clamping screw cooperated on sliding shoe with the nut.

In the utility model wherein an embodiment, drive mechanism further include:

Track is fixed on girder, and the Mobile base has the sliding block being slidably matched with track, is used to pacify on the outside of Mobile base Fill cutting mechanism；

Two rotating wheels, are rotatably arranged on the two sides of girder respectively, and one of rotating wheel is main rotating wheel；

Transmission belt is wound around on two rotating wheels, and the transmission belt is connect with Mobile base, when transmission belt rotates, is driven and is moved Dynamic seat is moved along orbital direction；

Driving motor is mounted on the side of girder, for driving the main rotating wheel work.

In the utility model wherein an embodiment, driving motor drives the main rotating wheel to work by clutch.

In the utility model wherein an embodiment, the clutch is electrically connected with the controller.

Disclosed herein as well is a kind of ceramic tile cutters, including range controlling mechanism described above.

The beneficial effects of the utility model are: by setting sliding rail, sliding shoe and fixation kit, enable travel switch Position is conveniently adjusted as needed, when Mobile base is mobile, being moved at sliding shoe can cooperate with travel switch, triggering Travel switch, travel switch send a signal to controller, and controller controls the element manipulations such as driving motor, and Mobile base is made to stop moving It moves or moves round about.When cutting small size ceramic tile, Mobile base does not need to move the length of entire crossbeam, passes through tune The position of section sliding shoe can control the stroke of Mobile base, to greatly improve cutting efficiency.

Detailed description of the invention:

Fig. 1 is the structural schematic diagram of the utility model ceramic tile cutter；

Fig. 2 is the schematic diagram of drive mechanism；

Fig. 3 is the schematic diagram of another angle of drive mechanism；

Fig. 4 is the enlarged drawing in Fig. 3 at A；

Fig. 5 is the partial schematic diagram of drive mechanism；

Fig. 6 is the top view of drive mechanism；

Fig. 7 is Fig. 6 B-B cross-sectional view；

Fig. 8 is the partial view of drive mechanism after removing dust-proof belt and partial movement seat；

Fig. 9 is the schematic diagram of transmission belt, dust-proof belt and Mobile base；

Figure 10 is the partial exploded view of drive mechanism；

Figure 11 is the top view of control assembly；

Figure 12 is the C-C cross-sectional view of Figure 11；

Figure 13 is the cross-sectional view of driving motor and clutch (omitting mounting base) under mask work position；

Figure 14 is the cross-sectional view in conjunction with driving motor under working position and clutch (omitting mounting base)；

Figure 15 is the explosive view of driving motor and clutch；

Figure 16 is the explosive view of another angle of driving motor and clutch；

Figure 17 be drive block, clutch cover, driving element structural schematic diagram；

Figure 18 is the schematic diagram of drive block, clutch cover and driving member under mask work position；

Figure 19 is combined under working position, the schematic diagram of drive block, clutch cover and driving member.

Each appended drawing reference in figure are as follows:

1, girder；2, Mobile base；3, clutch；4, driving motor；5, track；6, sliding block；7, rotating wheel；8, it is driven Band；9, installation cavity；10, strip shape gob；11, first part；12, second part；13, dust-proof belt；14, pressure zone part；15, hole is passed through； 16, dust cover；17, mounting base；18, through hole；19, control-rod；20, the first spring；21, driving element；22, pressing lever；23, Magnetic part；24, pushpin；25, installation set；26, second spring；27, bolt is adjusted；28, sliding rail；29, sliding shoe；30, stroke Switch；31, nut；32, clamping screw；33, mounting rack；34, motor is adjusted；35, adjustment gear；36, gear ring；37, tooth；38, Cutting motor；39, shaft；40, arcuate socket；41, locking member；42, cutting part；43, clip blade；44, hand grip portion；45, manually Cutting rack；46, presser feet；47, driving portion；49, clutch cover；50, clutch part；51, rotation axis；53, drive shaft；54, first bearing； 55, limiting slot；56, driving member；57, drive block；58, interconnecting piece；59, bearing mounting groove；60, elastic component；61, the first of torsional spring End；62, the second end of torsional spring；63, limited post；64, mating surface.

Specific embodiment:

Below with reference to each attached drawing, the utility model is described in detail.

As shown in Figure 1, present embodiment discloses a kind of ceramic tile cutter, including drive mechanism.

As shown in Fig. 2,6,7,8 and 9, drive mechanism includes:

Girder 1；

Track 5 is fixed on girder 1；

Mobile base 2 has the sliding block 6 being slidably matched with track 5, is used to install cutting mechanism on the outside of Mobile base 2；

Two rotating wheels 7, are rotatably arranged on the two sides of girder 1 respectively, and one of rotating wheel 7 is main rotating wheel 7；

Transmission belt 8 is wound around on two rotating wheels 7, and transmission belt 8 is connect with Mobile base 2, when transmission belt 8 rotates, is driven and is moved Dynamic seat 2 is moved along 5 direction of track；

Driving motor 4 is mounted on the side of girder 1, drives main rotating wheel 7 to work by clutch 3.

" two rotating wheels 7, be rotatably arranged on the two sides of girder 1 ", are not limited to be set up directly on crossbeam, can also be with It is fixed on crossbeam by other structures.For clutch 3 when combining working position, driving motor 4 can drive corresponding rotation 7 rotation of wheel.

The drive mechanism of the application drives Mobile base 2 movable on the rail 5 by rotating wheel 7 and transmission belt 8, driving The side of girder 1 is arranged in motor 4 and clutch 3, will not be mobile with Mobile base 2, in terms of existing technologies, clutch 3 reliability of structure is higher, work that can be reliable and stable.

When practice, double wedge is equipped on the outside of rotating wheel 7, transmission belt 8 is flat-toothed belt 8, and the inner sidewall of transmission belt 8 has There is the tooth socket with double wedge cooperation.The cooperation of double wedge and tooth socket reliably can accurately drive Mobile base 2 mobile.

As shown in Fig. 1,2,10,13~19, in this present embodiment, clutch 3 includes:

Mounting base 17 is fixed on the side of girder 1, and driving motor 4 is mounted in mounting base 17, and driving motor 4 includes driving Moving axis 53；

Drive block 57 is mounted in drive shaft 53, is rotated together with drive shaft 53, the axis and drive shaft 53 of drive block 57 Axis be overlapped, the lateral wall of drive block 57 has at least two mating surfaces 64, and each mating surface 64 is distributed around 57 axis of drive block；

Clutch cover 49, the limiting slot 55 for running through 49 side wall of clutch cover at least two, each limiting slot 55 is around clutch cover 49 Axis distribution, 57 inner sleeve of drive block have gap in clutch cover 49, and with 49 inner wall of clutch cover；

Driving member 56 is movably arranged in limiting slot 55, driving member 56 close to one end of drive block 57 be used for it is corresponding Mating surface 64 cooperates, clutch cover 49 with respect to for drive block 57, there is mask work position and combine working position, when driving member 56 with Mating surface 64 against and clutch cover 49 be located at mask work position when, distance of the driving member 56 away from 57 axis of drive block is minimum；

Elastic component 60, for making clutch cover 49 be maintained at mask work position；And

Clutch part 50 is rotatably installed in mounting base 17, and clutch part 50 includes interconnecting piece 58 and driving portion 47, interconnecting piece 58 Housing is on clutch cover 49, and with 49 inner wall clearance fit of clutch cover, driving portion 47 is for the rotation axis 51 directly with main rotating wheel 7 Connection is cooperated by transmission component and rotation axis 51, for driving main rotating wheel 7 to rotate when driving portion 47 rotates, works as clutch When set 49 is located in conjunction with working position, clutch cover 49 is rotated relative to drive block 57, and mating surface 64 drives driving member 56 to move outward, Driving member 56 and 58 inner wall of interconnecting piece are against driving member 56 compresses 58 inner wall of interconnecting piece, drives clutch part 50 and clutch cover 49 same Step rotation.

As shown in Figure 13~19, the working principle of the application clutch structure: when drive shaft 53 rotates, 57 turns of drive block are driven Dynamic, under the action of elastic component 60, clutch cover 49 is maintained at mask work position, and driving member 56 will not compress interconnecting piece 58 at this time Inner wall, therefore clutch part 50 will not be driven with clutch cover 49, i.e., driving portion 47 will not work, and can directly move Mobile base manually 2；When needing to make driving portion 47 to work, it is (such as several that 49 some time of clutch cover can be pushed down by hand or other component Second), so that clutch cover 49 is relatively rotated with drive block 57, then unclamp (no longer pushing down clutch cover 49), clutch cover 49 understand with Clutch part 50 rotates synchronously, and the main rotating wheel 7 of the direct or indirect driving of driving portion 47 rotates.It can make to drive after pushing down clutch cover 49 The dynamic work of portion 47 is because when pushing down clutch cover 49, and clutch cover 49 and drive block 57 can relatively rotate (i.e. clutch cover 49 Be no longer on mask work position), the relative rotation of drive block 57 and clutch cover 49 so that mating surface 64 will drive driving member 56 to Outside is mobile, so that driving member 56 and 58 inner wall of interconnecting piece compress 58 inner wall of interconnecting piece against, driving member 56, driving member 56 and even There is biggish stiction between 58 inner wall of socket part, so as to drive clutch part 50 and clutch cover 49 to rotate synchronously, when from Component 50 can interact after rotating with exterior part, and exterior part has a reaction force to clutch part 50, in the anti-work Under the action of firmly, it can make that there is the trend relatively rotated between clutch cover 49 and drive block 57, the external work to clutch part 50 Firmly bigger, then the rotation trend having between clutch cover 49 and drive block 57 is bigger, so that mating surface 64 is to driving member 56 Power is bigger, and driving member 56 is bigger to the power of 58 inner wall of interconnecting piece, enables clutch cover 49 preferably relatively solid with clutch part 50 It lives calmly, guarantees reliable transmission.When drive shaft 53 no longer rotates, under the action of elastic component 60, clutch cover 49 can rotate multiple Position to mask work position.

In terms of existing technologies, reliability is higher for the clutch structure of the application, and the active force that outside applies is bigger, from Component 50 and clutch cover 49 are more not easy to skid.

When transmission component driving portion 47 is cooperated by transmission component and rotation axis 51, transmission component can be gear set etc. Conventional transmission component.

Preferably, mating surface 64 is flat face.More preferably, at mask work position, the center line of limiting slot 55 hangs down Directly in corresponding mating surface 64.

When practice, 57 cross section outer profile of drive block can be regular polygon, such as triangle, quadrangle, five sides Shape, hexagon etc., each lateral wall of drive block 57 can be used as mating surface 64 at this time.

As shown in Figure 10,11 and 12, in this present embodiment, mounting base 17 and 49 corresponding position of clutch cover have through hole 18, Drive mechanism further includes control assembly, and control assembly includes:

The control-rod 19 being slidably arranged in mounting base 17；

First spring 20 cooperates with control-rod 19, for making control-rod 19 have the movement tendency far from clutch cover 49；

Driving element 21 presses to clutch cover 49 for drive control bar 19, relatively rotates clutch cover 49 and drive block 57, To which clutch cover 49 is switched to from mask work position in conjunction with working position.

Control-rod 19 can be controlled by driving element 21 and clutch cover 49 cooperates, so as to control 3 work of clutch Make.

When practice, driving element 21 can be linear motor, push-rod electric machine, electromagnet, cylinder or hydraulic cylinder, driving The telescopic rod and control-rod 19 of element 21 cooperate.

As illustrated in figs. 10 and 12, in this present embodiment, driving element 21 is the electromagnet being fixed in mounting base 17, control Component further includes pressing lever 22, and one end of pressing lever 22 is rotatably installed in mounting base 17, and the other end has to be cooperated with electromagnet Magnetic part 23, the middle part of pressing lever 22 has a pushpin 24 matched with control-rod 19, and when work of electromagnet, absorption is magnetic Part 23 drives pressing lever 22 to rotate, and makes pushpin 24 that control-rod 19 be driven to press to clutch cover 49.

As shown in Figure 10,11 and 12, in this present embodiment, through hole 18 is threaded hole, and mounting base 17 includes being screwed onto pass through Installation set 25 in perforation 18, control-rod 19 and the first spring 20 are installed in installation set 25；Pushpin 24 is slidably arranged in It further include second spring 26 and adjusting bolt 27 on pressing lever 22, on pressing lever 22, second spring 26 is for pushing pushpin 24 To mobile far from 19 side of control-rod, adjust bolt 27 and be screwed on pressing lever 22, end and pushpin 24 against.Setting second Spring 26 and adjusting bolt 27 can adjust and adjust bolt 27 (adjusting the position of pushpin 24), as needed to guarantee Control-rod 19 can reliably cooperate with clutch cover 49.

As shown in figs, in this present embodiment, clutch cover 49 has the first mating groove worn for drive shaft 53, drives Moving axis 53 directly with the first mating groove clearance fit；Either, clutch cover 49 has bearing mounting groove 59, in bearing mounting groove 59 First bearing 54, inner ring of 53 inner sleeve of drive shaft in first bearing 54 are installed；The setting of elastic component 60 is in clutch cover 49 and driving Between block 57 or it is arranged between clutch cover 49 and drive shaft 53.

First mating groove or setting bearing and bearing mounting groove 59 are set, can guarantee 53 axis of drive shaft and clutch The coincidence of 49 axis is covered, i.e. 49 slow-roll stabilization of clutch cover will not shake, and the reliably working of clutch structure be effectively ensured, it is preferred that adopt With the structure of bearing and bearing mounting groove 59, because this structural friction force is small, for the first mating groove, clutch cover 49 It is easier to relatively rotate with drive block 57 after by external force.

As shown in Figure 17,18 and 19, in this present embodiment, elastic component 60 is torsional spring, and the first end 61 of torsional spring is mounted on drive On motion block 57 or drive shaft 53, the second end 62 of torsional spring is mounted on clutch cover 49；It is provided in drive block 57 or drive shaft 53 The second end 62 of limited post 63, limited post 63 and torsional spring cooperates, and limits the position of torsional spring, prevents clutch cover 49 from conjunction with working position When switching to mask work position, it is detached from mask work position；Each mating surface 64 is uniformly distributed around 57 axis of drive block, each limiting slot 55 It is uniformly distributed around 49 axis of clutch cover；Driving member 56 is ball or roller.If being not provided with limited post 63, can will appear with Lower problem: in clutch cover 49 from when switching to mask work position in conjunction with working position, mask work position is had arrived at, but because of rotation The problem of inertia, clutch cover 49 can also relatively rotate, and driving member 56 is moved by the drive of mating surface 64 outward again at this time, driving member 56 can compress 58 inner wall of interconnecting piece again, i.e., cannot achieve the purpose that separation.It can be in clutch cover 49 by setting limited post 63 From when switching to mask work position in conjunction with working position, the cooperation of second end 62 of torsional spring is resisted, the hair of above-mentioned phenomenon is effectively avoided It is raw.

As shown in Fig. 6,7 and 8, in the present embodiment, there is installation cavity 9 inside girder 1, also there is strip shape gob 10 on girder 1, Strip shape gob 10 is arranged along the length direction of girder 1, and strip shape gob 10 is connected to installation cavity 9；Track 5 is fixed on installation cavity 9, along girder 1 length direction setting；Mobile base 2 includes the first part 11 in installation cavity 9 and is located at girder 1 by strip shape gob 10 The second part 12 in outside, sliding block 6 are arranged in first part 11, and second part 12 is for installing cutting mechanism.Transmission belt 8 In installation cavity 9, and transmission belt 8 is connect with the first part 11 of Mobile base 2, when transmission belt 8 rotates, drives 2 edge of Mobile base 5 direction of track it is mobile.The drive mechanism of the present embodiment further includes dust-proof belt 13, and dust-proof belt 13 is covered on strip shape gob 10, is prevented Dust lane 13 passes through Mobile base 2.

Driving wheel and transmission belt 8 are arranged in installation cavity 9, therefore dust can only be entered by strip shape gob 10, by setting Set the dust-proof belt 13 for being covered on strip shape gob 10 and passing through Mobile base 2, can preferable blocks dust enter installation cavity 9.

As shown in figures 7 and 9, in this present embodiment, dust-proof belt 13 passes through second part 12, and the two sides of second part 12 are all provided with It is equipped with pressure zone part 14, pressure zone part 14 and dust-proof belt 13 cooperate, for pushing down dust-proof belt 13.Dust-proof belt 13 passes through second part 12, Therefore certain gap is had between dust-proof belt 13 and second part 12, compress dust-proof belt by being arranged in 12 two sides of second part 13 pressure zone part 14 can be effectively reduced gap, guarantee dust-proof effect.

As shown in fig. 7, in this present embodiment, second part 12, which has, passes through hole 15 for what transmission belt 8 passed through.In this implementation In example, the minimum range of pressure zone part 14 and strip shape gob 10 is less than the minimum range across hole 15 and strip shape gob 10.

As shown in figures 7 and 9, in this present embodiment, Mobile base 2 further includes dust cover 16, dust cover 16 for cover across Hole 15 and two pressure zone parts 14.

As shown in figure 8, in this present embodiment, there are two tracks 5, two tracks 5 are arranged in parallel, and transmission belt 8 is arranged two Between a track 5.Setting enables Mobile base 2 reliably to move on the rail 5 in this way.

Ceramic tile cutter includes the controller for controlling driving motor 4 and working, and the ceramic tile cutter of the present embodiment further includes row Process control mechanism, as shown in Fig. 2,3 and 4, range controlling mechanism includes:

Sliding rail 28 is arranged on girder 1, and is arranged along the length direction of girder 1；

Sliding shoe 29 is slidably arranged on sliding rail 28；

Fixation kit, for making sliding shoe 29 and sliding rail 28 relatively fixed firmly afterwards in place in the adjusting of sliding shoe 29；

Travel switch 30 is mounted on sliding shoe 29, is electrically connected with the controller, and travel switch 30 with Mobile base 2 for matching It closes, limits the stroke of Mobile base 2.

By setting sliding rail 28, sliding shoe 29 and fixation kit, enable travel switch 30 convenient and efficient as needed Adjustment position, when Mobile base 2 is mobile, being moved at sliding shoe 29 can cooperate with travel switch 30, triggering travel switch 30, Travel switch 30 sends a signal to controller, and controller controls the equal element manipulations of driving motor 4, make Mobile base 2 stop it is mobile or Person moves round about.

When cutting small size ceramic tile, Mobile base 2 does not need to move the length of entire crossbeam, by adjusting sliding shoe 29 Position can control the stroke of Mobile base 2, to greatly improve cutting efficiency.

As shown in Fig. 2, in this present embodiment, there are two sliding shoes 29, travel switch is mounted on two sliding shoes 29 30, Mobile base 2 is arranged between two sliding shoes 29.

As shown in figure 4, in this present embodiment, sliding rail 28 is to prevent being disengaged from the groove, fixation kit includes being slidably arranged in anti-be disengaged from the groove Nut 31 and be threaded through on sliding shoe 29 with nut 31 cooperate clamping screw 32.

As shown in Fig. 1,2,3 and 5, the present embodiment further includes the cutting mechanism being mounted on Mobile base 2, cutting mechanism packet It includes:

Mounting rack 33 is rotatably installed on Mobile base 2；

Motor 34 is adjusted, is mounted on mounting rack 33, adjusts and is fixed with adjustment gear 35 on the output shaft of motor 34；

Gear ring 36 is fixed on Mobile base 2, the axis weight of 51 line of rotation axis and gear ring 36 of mounting rack 33 and Mobile base 2 It closes, the inner sidewall or lateral wall of gear ring 36 have tooth 37, and adjustment gear 35 is engaged with the tooth 37 of gear ring 36；

Cutting motor 38 is mounted on mounting rack 33, and the output shaft of cutting motor 38 is for installing cutting blade.

Because gear ring 36 is fixed on Mobile base 2, and the axis of rotation axis 51 line and gear ring 36 of mounting rack 33 and Mobile base 2 Line is overlapped, so, by engaging for adjustment gear 35 and the tooth of gear ring 36, mounting rack 33 being capable of phase when adjusting motor 34 and working Mobile base 2 is rotated.The cutting mechanism of the application can be realized the rotational angle of motorized adjustment mounting rack 33, so as to adjust The position of cutting motor 38, use are more convenient.

For example cutting blade can be in the surface of ceramic tile, when needing to cut, cutting motor 38 works, and then adjusts motor 34 work, drive cutting motor 38 to rotate downwards, thus ceramic tile can directly be cut, and after the completion of cutting, it can Rotation upwards, cutting blade is raised.

As shown in figure 3, in this present embodiment, mounting rack 33 is rotatably assorted by shaft 39 with Mobile base 2.

In this present embodiment, second bearing is installed in shaft 39.Setting second bearing can reduce frictional force.

As shown in figure 5, in this present embodiment, having arcuate socket 40 on mounting rack 33, the side of cutting motor 38 rotates peace On mounting rack 33, the other side is bolted with locking member 41,41 one end of locking member pass through after arcuate socket 40 with adjust 34 spiral shell of motor Line cooperation, locking member 41 are used to make cutting motor 38 and mounting rack 33 relatively fixed firmly afterwards in place in the adjusting of cutting motor 38.If Set the position that arcuate socket 40 and locking member 41 can manually adjust cutting motor 38 with respect to mounting rack 33.

In this present embodiment, adjusting motor 34 is self-locking motor.

As shown in Fig. 2,3 and 5, the cutting mechanism of the present embodiment further include:

Manual cutting frame 45 is rotatably installed on mounting rack 33, and manual cutting frame 45 includes hand grip portion 44 and cutting part 42, the lower end of cutting part 42 is equipped with clip blade 43.

It can be realized electronic cutting, while the manual cutting by being rotatably installed on mounting rack 33 by cutting motor 38 Frame 45, by holding hand grip portion 44, makes the clip blade 43 of cutting part 42 in porcelain in the ceramic tile in face of not needing electronic cutting The sliding of brick surface can be carried out cutting, and the cutting mechanism of the application has the function of electronic cutting and two kinds of manual cutting, be applicable in Property is stronger.

In this present embodiment, the lower end of cutting plate is also rotatably equipped with presser feet 46, and presser feet 46 is used to work in cutting blade After the completion, ceramic tile is pressed, ceramic tile is made to split into two parts.

The above is only the preferred embodiment of the present invention, not thereby limits the patent protection of the utility model Range, it is all with equivalent structure transformation made by the utility model specification and accompanying drawing content, directly or indirectly it is used in it His relevant technical field similarly includes within the protection scope of the present utility model.

Claims (7)

1. a kind of range controlling mechanism of ceramic tile cutter, ceramic tile cutter include drive mechanism, the drive mechanism includes master The driving motor and control driving motor that beam, the Mobile base being movably arranged on girder, driving Mobile base move on girder The controller of work, which is characterized in that the range controlling mechanism includes:

Sliding rail is arranged on girder, and is arranged along the length direction of girder；

Sliding shoe is slidably arranged on the sliding rail；

Fixation kit, for making sliding shoe and sliding rail relatively fixed firmly afterwards in place in sliding shoe adjusting；

Travel switch is mounted on sliding shoe, is electrically connected with the controller, and travel switch is used to cooperate with Mobile base, is limited The stroke of Mobile base.

2. the range controlling mechanism of ceramic tile cutter as described in claim 1, which is characterized in that there are two the sliding shoes, Travel switch is mounted on two sliding shoes, the Mobile base is arranged between two sliding shoes.

3. the range controlling mechanism of ceramic tile cutter as described in claim 1, which is characterized in that the sliding rail is to prevent being disengaged from the groove, The fixation kit includes the lock for being slidably arranged in the nut in preventing being disengaged from the groove and being threaded through on sliding shoe with nut cooperation Tight bolt.

4. the range controlling mechanism of ceramic tile cutter as described in claim 1, which is characterized in that drive mechanism further include:

Track is fixed on girder, and the Mobile base has the sliding block being slidably matched with track, is cut on the outside of Mobile base for installing Cutting mill structure；

Two rotating wheels, are rotatably arranged on the two sides of girder respectively, and one of rotating wheel is main rotating wheel；

Transmission belt is wound around on two rotating wheels, and the transmission belt is connect with Mobile base, when transmission belt rotates, drives Mobile base It is moved along orbital direction；

Driving motor is mounted on the side of girder, for driving the main rotating wheel work.

5. the range controlling mechanism of ceramic tile cutter as claimed in claim 4, which is characterized in that driving motor passes through clutch The structure driving main rotating wheel work.

6. the range controlling mechanism of ceramic tile cutter as claimed in claim 5, which is characterized in that the clutch and control Device electrical connection.

7. a kind of ceramic tile cutter, which is characterized in that including range controlling mechanism described in claim 1~6 any one.