TWM614314U - Tile cutting equipment - Google Patents

Abstract

This creation relates to a ceramic tile cutting equipment, which is provided with a conveying mechanism for loading sheet-shaped tiles on a body, and a cutting mechanism is provided on the body, and the cutting mechanism has a device located above the conveying mechanism. There is a cutting blade that can rotate at high speed, and the body is equipped with a material pressing mechanism that spans both sides of the cutting blade, so that the sheet-shaped tiles can be fed one by one on the conveying mechanism, and the material can be pressed through the cutting mechanism The mechanism is used to press and move, and the cutting blade is used to cut the chip tiles one by one, so that no displacement or slippage occurs when the chip tiles are cut, and the efficiency of the cutting operation can be effectively improved. Reduce its cutting defects, and further improve the safety of the operation.

Description

Tile cutting equipment

This creation belongs to a technical field of tile processing, specifically refers to a piece of tile cutting equipment, which can effectively and quickly cut the piece of tile, and can improve the cutting yield, and can improve its Work efficiency and safety.

By the way, in order to meet the needs of the place where it is attached, it is sometimes necessary to cut a large number of chip tiles into different sizes. The existing processing method is to stack a plurality of sliced tiles together, then fix them on the material rack of the tile cutting machine, and then manually operate the high-speed rotating cutting knife to cut from above;

However, in its operation, it is necessary to first stack a plurality of sheet tiles and fix them on the rack, and then press and cut them one by one. Not only the processing speed is slow, but also the work efficiency is affected, and the overall thickness of the cutting is the same as that of the stacked sheet tiles. The total height, in order to ensure the uniformity of its cutting, the thickness of the entire cutting blade is relatively limited and not too thick, causing the problem of insufficient cutting blade strength, and accidents of cutting blade rupture may occur, so the feed speed is also limited. Moreover, because the chip tiles are processed by pushing and stacking, the chip tiles in the middle part are not easy to be effectively clamped. A little carelessness in the cutting process may cause the chip tiles to shift and slip. It not only affects the cutting yield, but may also accidentally injure the operator, so there is considerable danger;

In other words, because the existing chip tile cutting methods have problems such as low work efficiency, low cutting yield, and safety concerns, and further improvements are necessary to solve the aforementioned problems, so how to propose an effective solution? This is the subject that this creation wants to explore.

In view of this, the creator of this creator has many years of experience in design and development and actual production in the related industry, and researched and improved the aforementioned tile cutting problems. After continuous efforts and trial production, he finally successfully developed a tile cutting equipment to overcome The existing inconvenience and trouble caused by the inability to automatically feed and cut.

Therefore, the main purpose of this creation is to provide a ceramic tile cutting equipment, which can automatically feed and cut, and can effectively improve the cutting efficiency.

In addition, the second main purpose of this creation is to provide a ceramic tile cutting device that can cut sheet tiles one by one and be effectively pressed, thereby improving the cutting yield.

Furthermore, another main purpose of this creation is to provide a tile cutting equipment, which can be pressed one by one during the cutting operation of the chip tiles, which can avoid the arbitrary displacement and slippage of the chip tiles, and can improve the workability. safety.

Based on this, this creation is mainly through the following technical means to achieve the aforementioned goals and effects: for automatically cutting at least one piece of tile, which at least includes:

A body

A conveying mechanism is attached to the machine body. The two ends of the conveying mechanism are respectively provided with an active drum and a passive drum, and the main and passive drums are ringed with a conveying belt, and the surface of the conveying belt has an edge in the center. Groove extending in the moving direction, and the machine body is provided with a supporting plate close to the bottom surface of the upper section in the conveying belt of the conveying mechanism;

A cutting mechanism, which is arranged above the conveying mechanism of the machine body, the cutting machine body has a cutting blade that can rotate at a high speed and corresponds to the aforementioned groove of the conveying belt;

A material pressing mechanism is arranged above the conveying mechanism of the machine body and corresponding to the cutting blade. The material pressing mechanism is provided with a material pressing belt rotating at the same speed as the conveying belt on both sides of the cutting blade, and the material pressing mechanism has Two pressing rods that can respectively press and drive the material pressing belt to clamp the sheet-shaped tiles to feed on the material conveyor belt;

A transmission mechanism is provided with at least one drive unit on the body for respectively actuating the conveying belt of the aforementioned conveying mechanism and the pressing belt of the pressing mechanism to rotate at the same speed.

As a result, the tile cutting equipment of this invention can rotate at the same speed by using the conveying belt of the conveying mechanism and the pressing belt of the pressing mechanism, and when the chip tiles enter the range of the pressing mechanism one by one, the The sheet-shaped tiles can be pressed forward by the conveying belt of the conveying mechanism and the pressing belt of the pressing mechanism without displacement or slippage, which can effectively improve the efficiency of the cutting operation and reduce the cutting failure. Good products can further enhance the safety of operations, which can greatly increase its added value and economic benefits.

In order to enable your reviewer to further understand the composition, features and other purposes of this creation, the following is a preferred embodiment of this creation, and detailed descriptions in conjunction with the drawings, while allowing those familiar with the technical field to be able to implement it in detail.

This creation is a kind of tile cutting equipment. The attached drawings illustrate the specific embodiments and components of this creation. All references to front and back, left and right, top and bottom, top and bottom, and horizontal and vertical are only It is used to facilitate the description, not to limit the creation, nor to restrict its components to any position or spatial direction. The drawings and the size specified in the specification can be changed according to the design and requirements of the specific embodiment of the creation without departing from the scope of the patent application of the creation.

Please refer to the first figure for the composition of this creative tile cutting equipment. It is attached to a machine body (10) with a conveying mechanism (20) for feeding the sheet-shaped tiles, and the machine body (10) ) Is provided with a cutting mechanism (30), and the cutting mechanism (30) has a high-speed rotating cutting blade (38) located above the conveying mechanism (20), and the body (10) is provided with a straddle The material pressing mechanism (40) on both sides of the cutting blade (38), and the body (10) is provided with a transmission mechanism (50) which can synchronously actuate the conveying mechanism (20) and pressing mechanism (40), The sheet-shaped tiles (80) can be fed one by one on the conveying mechanism (20), and when passing through the cutting mechanism (30), they can be pressed and moved by the pressing mechanism (40), and the cutting blade (38) is used one by one Carry out the cutting of chip tiles (80);

As for the detailed structure of each mechanism of this creation, as shown in the first, second and third figures, the body (10) is composed of a typical metal frame for the conveying mechanism (20), cutting mechanism (30), and pressing mechanism. The material mechanism (40) and the transmission mechanism (50) are installed and fixed, and the conveying mechanism (20) is connected to the top surface of the body (10) with an active drum (21) and a passive drum (21) that can adjust the relative position. The rotating drum (22), and the upper ring of the active and passive rotating drums (21, 22) is provided with a conveying belt (23), and the active and passive rotating drums (21, 22) can be used to adjust the conveying belt (23) The conveyor belt (23) has a groove (230) extending along the moving direction in the center of the surface of the conveyor belt (23) for accommodating the cutting blade (38) beyond the edge of the bottom surface of the chip tile (80), and the body (10) A support plate (25) close to the bottom surface of the upper section is provided in the conveying belt (23) of the conveying mechanism (20);

In addition, the cutting mechanism (30) is provided with a mounting frame (31) on the machine body (10) that can be adjusted up and down relative to the conveying mechanism (20), and the cutting blade (38) is mounted on the mounting frame (31) ), and the axis of the cutting blade (38) is perpendicular to the moving direction of the conveying belt (23), and the cutting blade (38) can be installed on the power unit (32) of the mounting frame (31). It is driven to rotate at a high speed, and the bottom edge of the cutting blade (38) can correspond to the groove (230) of the conveying belt (23);

Furthermore, the material pressing mechanism (40) is composed of a transmission group (41) and a material pressing group (46), wherein the transmission group (41) is attached to both sides of the supporting plate (25) of the conveying mechanism (20) There are shaft seats (42) that extend beyond the edges of both sides of the conveying belt (23), and a driving shaft (43) and a passive shaft (44) are pivoted between the opposite shaft seats (42) on both sides, The active and passive shafts (43, 44) are placed on both sides of the cutting blade (38) circumference and parallel to the active and passive drums (21, 22), and the active and passive shafts (43, 44) are connected to the cutting blade. (38) Two belt pulleys (431, 441) are respectively arranged on both sides, and a pressing belt (45) is respectively wound around, and the pressing group (46) is attached to the shaft seat ( 41) There are studs (47) that extend beyond the edges of both sides of the conveying belt (23) on the inner side, and there is a support rod (48) between the studs (47) on both sides opposite to each other, and the support rods (48) on both sides ) Are placed on both sides of the circumference of the cutting blade (38) and parallel to the active and passive shafts (43, 44), and the opposite support rods (48) are provided with a pressure rod (49) on both sides of the cutting blade (38). ), and the pressure rods (49) on both sides correspond to the cutting position of the cutting blade (38), and the pressure rods (49) on both sides are respectively placed on the top surface of the material pressing belts (45) on both sides for penetrating the pressure rod (49). ) Drive the pressing belt (45) to move relative to the surface of the conveying belt (23);

In addition, the transmission mechanism (50) is provided with at least one drive unit (51) on the machine body (10), and each of the drive units (51) can respectively actuate the driving drum (21) of the aforementioned conveying mechanism (20). And the active shaft (43) of the material pressing mechanism (40), and enable the conveying belt (23) and the pressing belts (45) on both sides to rotate at the same speed, so that the chip tiles (80) pass through the cutting blade (38) It can be fed smoothly on the conveying belt (23) during cutting, and the transmission mechanism (50) of this creation uses a driving unit (51) as the main embodiment, and the driving unit (51) has an output The shaft (52) and the output shaft (52) can respectively use a first belt (52) to drive the driving drum (21) of the conveying belt (23) and a second belt (54) to carry the pressing material The drive shaft (43) of the transmission group (41) of the mechanism (40) enables the conveying belt (23) and the isostatic pressing belt (45) to rotate in opposite directions at the same speed for clamping the chip tiles together (80) Feed movement.

According to some embodiments, the body (10) is provided with an abutment mechanism (60) on the feeding end of the opposite conveying mechanism (20), and the abutment mechanism (60) is attached to the body (10) with a saddle (61), and the saddle (61) is provided with a carrier plate (63) that can be adjusted by a hand wheel (62), and the carrier plate (63) is provided with a parallel abutment rod at one end of the corresponding conveying belt (23) (65), so that one end of the flake tiles (80) can be attached to the feeding belt (23) to control the cutting position of the flake tiles (80).

Furthermore, according to some embodiments, the body (10) is additionally provided with a discharging mechanism (70) on the side of the discharging end of the conveying mechanism (20), and the discharging mechanism (70) is respectively provided on both ends of the top surface. There is an active drum (71) and a passive drum (72) that can adjust the relative position, and the upper ring of the main and passive drums (71, 72) is provided with a conveying belt (73), and the main, The passive drum (71, 72) adjusts the tension of the conveying belt (73), and a blowing module (75) is arranged above the conveying belt (73) of the discharging mechanism (70) to blow dry when discharging For the cut tile (80), a third belt (55) is provided between the driving drum (71) and the output shaft (52) of the drive unit (51) of the transmission mechanism (50) to actuate the The conveying belt (73) of the discharging mechanism (70) rotates at the same speed as the conveying belt (23) of the aforementioned conveying mechanism (20), so that the discharging of the chip tiles (80) is smoother.

Thereby, a piece-shaped tile (80) can be automatically fed, with high cutting efficiency and good safety.

Through the aforementioned structural design, when this creation is actually used, as shown in Figures 4 and 5, in operation, the drive unit (51) of the transmission mechanism (50) is activated to synchronize through the drive unit (51) Actuate the conveying belt (23) of the conveying mechanism (20), the conveying belt (73) of the discharging mechanism (70), and the pressing belt (45) of the pressing mechanism (40). (80) After being placed one by one on the feeding end of the conveying belt (23) of the conveying mechanism (20), one end of the sheet-shaped tiles (80) can be pressed against the abutment mechanism (60). The edge of the rod (65) allows the chip tiles (80) to automatically feed to the cutting blade (38) of the cutting mechanism (30) at the same position, and when the chip tiles (80) enter the pressure one by one In the range of the material pressing mechanism (40), the pressing belt (45) of the pressing mechanism (40) located on both sides of the cutting blade (38) can use the pressing rods (49) on both sides of the pressing group (46) to move downwards synchronously Clamping, so that the sheet-shaped tiles (80) can be pressed forward by the conveying belt (23) of the conveying mechanism (20) and the pressing belt (45) of the pressing mechanism (40), and are pressed forward by the cutting blade ( 38) Cut one by one, and because the chip tiles (80) are effectively clamped during cutting, there will be no displacement or slippage. Not only does the cutting work efficiency is high, but it can also avoid defective products and improve Safety of operation;

After the chip tiles (80) are cut, they can enter the conveying belt (73) of the discharging mechanism (70) one by one, and after they are dried by the blowing module (75), the staff can store them one by one The sliced tiles (80) that have been cut.

From the above description, it can be known that the use of the tile cutting equipment in this creation can use the conveying belt (23) of the conveying mechanism (20) and the pressing belt (45) of the pressing mechanism (40) to rotate at the same speed, and when When the chip tiles (80) enter the range of the pressing mechanism (40) one by one, the chip tiles (80) can be transported by the conveying belt (23) and the pressing mechanism (40) of the conveying mechanism (20). ) The pressing belt (45) is pressed forward without displacement or slippage, which can effectively improve the efficiency of the cutting operation, and can reduce the defective cutting products, and further enhance the safety of the operation.

In summary, it can be understood that this creation is a new type of creation with excellent creativity. In addition to effectively solving the problems faced by habitants, it also greatly improves the efficiency. There is no identical or similar product creation in the same technical field. Or it can be used publicly, and at the same time it has enhanced efficacy. Therefore, this creation has met the "novelty" and "progressive" requirements of a new type patent, and it is a new type patent application according to the law.

10: Body 20: Conveying mechanism 21: Active drum 22: Passive drum 23: Conveyor belt 230: Groove 25: Support plate 30: Cutting mechanism 31: Mounting frame 32: power unit 38: cutting blade 40: pressing mechanism 41: Transmission group 42: Axle seat 43: active shaft 431: Pulley 44: passive shaft 441: Pulley 45: pressure belt 46: Pressing group 47: Stud 48: strut 49: pressure bar 50: Transmission mechanism 51: drive unit 52: output shaft 53: The first belt 54: second belt 55: Third belt 60: Supporting institutions 61: Saddle 62: Handwheel 63: carrier board 65: Arrival 70: Discharge mechanism 71: Active drum 72: Passive drum 73: Conveyor belt 75: Blow module 80: flake tiles

Figure 1: It is a schematic diagram of the appearance of this creative tile cutting equipment to illustrate the state of its components and their relative relationships.

Figure 2: It is a schematic diagram of the appearance of this creative tile cutting equipment from another perspective, to illustrate the state of its components and their relative relationships.

Figure 3: A partial enlarged schematic diagram of the material pressing mechanism in the tile cutting equipment of this creation, to illustrate the composition and state of the material pressing mechanism.

Figure 4: Schematic diagram of the appearance of this creative tile cutting equipment in practical application.

Figure 5: A schematic side plan view of the actual application of this creative tile cutting equipment.

10: Body

20: Conveying mechanism

21: Active drum

22: Passive drum

23: Conveyor belt

230: Groove

25: Support plate

30: Cutting mechanism

31: Mounting frame

32: power unit

38: cutting blade

40: pressing mechanism

41: Transmission group

42: Axle seat

43: active shaft

431: Pulley

44: passive shaft

441: Pulley

45: pressure belt

46: Pressing group

47: Stud

48: strut

49: pressure bar

50: Transmission mechanism

51: drive unit

53: The first belt

54: second belt

60: Supporting institutions

61: Saddle

62: Handwheel

63: carrier board

65: Arrival

70: Discharge mechanism

71: Active drum

72: Passive drum

73: Conveyor belt

75: Blow module

Claims (7)

A tile cutting device for automatically cutting at least one piece of tile, which at least includes: A body A conveying mechanism is attached to the machine body. The two ends of the conveying mechanism are respectively provided with an active drum and a passive drum, and the main and passive drums are ringed with a conveying belt, and the surface of the conveying belt has an edge in the center. Groove extending in the moving direction, and the machine body is provided with a supporting plate close to the bottom surface of the upper section in the conveying belt of the conveying mechanism; A cutting mechanism, which is arranged above the conveying mechanism of the machine body, the cutting machine body has a cutting blade that can rotate at a high speed and corresponds to the aforementioned groove of the conveying belt; A material pressing mechanism is arranged above the conveying mechanism of the machine body and corresponding to the cutting blade. The material pressing mechanism is provided with a material pressing belt rotating at the same speed as the conveying belt on both sides of the cutting blade, and the material pressing mechanism has Two pressing rods that can respectively press and drive the material pressing belt to clamp the sheet-shaped tiles to feed on the material conveyor belt; A transmission mechanism is provided with at least one drive unit on the body for respectively actuating the conveying belt of the aforementioned conveying mechanism and the pressing belt of the pressing mechanism to rotate at the same speed. The tile cutting device according to claim 1, wherein the active drum and the passive drum of the conveying mechanism can be selectively adjusted for the tension of the conveying belt. The tile cutting equipment according to claim 1, wherein the cutting mechanism has a mounting frame that can be adjusted up and down with respect to the conveyor belt, and the cutting blade is mounted on the mounting frame, and the cutting mechanism is installed on the mounting frame. The frame is equipped with a power unit that can drive the cutting blade at high speed. The tile cutting equipment according to claim 1, wherein the pressing mechanism is composed of a transmission group and a pressing group, and the transmission group is provided with two conveying belts on both sides of the supporting plate of the conveying mechanism. The shaft seat on the side edge, and a driving shaft and a passive shaft are respectively pivoted between the opposite shaft seats on both sides. The active and passive shafts are placed on both sides of the cutting blade circumference and are parallel to the active and passive drums. The active shaft and the passive shaft are respectively provided with a pulley on both sides of the cutting blade, and the pressing belts are respectively wound on the opposite pulleys, and the pressing group is arranged on the inner side of the shaft seat on both sides of the supporting plate. There are studs that extend beyond the edges of both sides of the conveying belt, and there is a support rod between the opposite studs on both sides, and the support rods on both sides are placed on both sides of the cutting blade circumference and parallel to the active and passive shafts. The equal pressure rods are arranged on the opposite support rods for pressing the material pressing belts on both sides respectively. The tile cutting device according to any one of claims 1 to 4, wherein the transmission mechanism has a drive unit, and the drive unit has an output shaft, and the output shafts can respectively use a first belt to drive the The driving drum of the conveying belt and a second belt carry the driving shaft of the driving group of the pressing mechanism. The tile cutting equipment according to claim 5, wherein the body is provided with an abutment mechanism at the feed end of the opposite conveying mechanism, the abutment mechanism is provided with a saddle on the body, and a seat is provided on the saddle. A carrier board whose position is adjusted by a hand wheel, and a parallel abutment bar is provided at one end of the carrier board corresponding to the conveying belt. The tile cutting equipment according to claim 5, wherein the machine body is additionally provided with a discharging mechanism on the side of the discharging end of the conveying mechanism, and the discharging mechanism is respectively provided with an adjustable relative position at both ends of the top surface. The rotating drum and a passive rotating drum are provided with a conveying belt on the upper ring of the active and passive rotating drums, and a blowing module is arranged above the conveying belt of the discharging mechanism.

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