CN221289693U - Iron drum roll cutting wire pressing device - Google Patents

Abstract

The utility model discloses an iron drum roll cutting wire pressing device. The cutting device aims at solving the problem that the existing metal barrel cutting device is low in cutting efficiency; the utility model comprises a barrel placing frame, a columnar support and a blocking body are arranged in the horizontal direction, one ends of the blocking body and the columnar support are respectively attached to two sides of the barrel bottom, and the columnar support supports the barrel body; the support ring is arranged at any section of the columnar bracket in a surrounding manner, and the barrel opening is supported by the support ring; the shredding device is arranged right above the columnar support, and a plurality of shredding cutters are uniformly arranged at the contact part of the bottom end and the barrel body to cut the barrel body. The cylindrical support of the incomplete laminating ladle body and the adjustable support ring of support at the opening are set up, can cooperate the shredding knife of many cutting edges to accomplish better and cut, and when the motor drove the ladle body and rotated, cooperation many cutting edges co-operation can accomplish the ladle body fast and cut. In addition, the scheme improves the structure of the discharge hole, and can realize classified discharge of materials in different shapes.

Description

Iron drum roll cutting wire pressing device

Technical Field

The utility model relates to the field of metal barrel cutting, in particular to an iron barrel roll cutting wire pressing device.

Background

Cutting the metal barrel is convenient for reforming the metal barrel into a wire-shaped, ring-shaped or sheet-shaped metal form which is convenient for processing. In the prior art, a metal barrel is often processed into metal wires by adopting a roller cutting mode, but the existing metal barrel cutting device is generally complex in structure, and has lower cutting efficiency by adopting a single-blade cutting mode; the device adopting the multi-blade roll cutting generally needs to be matched with the barrel diameter of most metal barrels, so that the requirement on the aspect of selecting a roll cutting stress structure is also severe, and the flexibility is low.

For example, a cutting device for producing a metal drum for baking varnish disclosed in chinese patent literature, its bulletin number CN217316144U, comprising a machine body, a power assembly, a fixing assembly and a cutting assembly; the top of one side of the machine body is fixedly connected with a hydraulic cylinder, and the output end of the hydraulic cylinder is provided with a hydraulic rod; the first bevel gear is driven to rotate through the rotation of the second motor, the first bevel gear is meshed with the second bevel gear, so that the second bevel gear is driven to rotate, the screw rod is driven to rotate, the sliding block moves on the screw rod, the connecting rod fixedly connected with one side of the sliding block and the fixing plate move along with the screw rod, the plurality of fixing plates can fix the metal barrel sleeved on the fixing plate, the first motor is started subsequently, the gear is driven to rotate, the gear is meshed with the toothed ring on the outer wall of the wheel disc, the wheel disc is driven to rotate, the metal barrel fixed on the wheel disc also rotates along with the wheel disc, the cutting knife moves downwards, and one circle of the metal barrel is cut under the rotation of the wheel disc, so that the problem of poor stability of the steel plate during cutting is solved. The adoption of a single-blade cutting mode can lead to lower cutting efficiency.

Disclosure of Invention

The utility model mainly solves the problem of low cutting efficiency of the existing metal barrel cutting device; the utility model provides an iron drum roll cutting wire pressing device through improving metal drum supporting structure, sets up the column support of incomplete laminating ladle body and supports the adjustable supporting ring at the opening, can cooperate the shredding knife of many cutting edges to accomplish better and cut, and when the motor drove the ladle body and rotated, cooperation many cutting edges co-operation can accomplish the ladle body fast and cut. In addition, the scheme improves the structure of the discharge hole, and can realize classified discharge of materials in different shapes.

The technical problems of the utility model are mainly solved by the following technical proposal:

the utility model comprises a barrel placing frame, a columnar support and a blocking body are arranged in the horizontal direction, one ends of the blocking body and the columnar support are respectively attached to two sides of the barrel bottom, and the columnar support supports the barrel body; the support ring is arranged at any section of the columnar bracket in a surrounding manner, and the barrel opening is supported by the support ring; the shredding device is arranged right above the columnar support, and a plurality of shredding cutters are uniformly arranged at the contact part of the bottom end and the barrel body to cut the barrel body. The cylindrical support and the blocking body have the functions of firmly fixing the barrel bottom, so that the barrel bottom cannot displace in the cutting process; in addition, the additionally arranged supporting ring can support the bung hole, so that the bung hole is prevented from collapsing to cause cutting errors during cutting; the shredding knife covers the barrel body, can cut the barrel body equidistantly, forms the barrel silk of equal width, and the follow-up processing of being convenient for.

Preferably, a friction layer is paved on the contact surface between the blocking body and the outer side of the barrel bottom, the other surface of the opposite side of the blocking body is connected with a first motor, and the first motor guides the blocking body to rotate; the friction layer is laid on the contact surface between the columnar support and the inner side of the barrel bottom, one end, far away from the barrel bottom, of the columnar support is respectively connected with a second motor and a third motor, the second motor guides the columnar support to rotate, and the third motor drives the columnar support to horizontally displace. The design of friction layer can make the increase of barrel head two-sided frictional force, prevents that it from skidding, also can drive the staving through the rotation of the same frequency of both sides first motor and second motor simultaneously and rotate, accomplishes the basic work of cutting operation.

Preferably, the columnar support is a cylinder or a prism, is attached to the shape of the barrel body and has a diameter smaller than the caliber of the barrel body; the columnar support is provided with a support ring which is in sliding connection with the columnar support, and the sum of the diameters of the support ring and the columnar support is smaller than or equal to the caliber of the iron barrel. The cylinder or prism's setting can make the shape of cylindrical support laminating ladle body more, but does not accomplish the laminating, and the purpose of this design is reserved the space of cutting edge cutting ladle body, thereby prevents that cutting edge cutting knife cylindrical support from blocking, also can prevent to cut down the life of cutting edge and cylindrical support.

Preferably, one end of the columnar support, which is connected with the second motor and the third motor, is provided with a fixed baffle plate perpendicular to the length direction of the columnar support; the fixed baffle plate is arranged on the columnar support in a surrounding way, and is attached to the section of the columnar support; one end of the cylindrical support, which is attached to the bottom of the barrel, is provided with an annular boss along the vertical direction, the annular boss is fixedly connected with the end head of the cylindrical support, and the height of the annular boss is greater than or equal to that of the supporting ring. The barrel ring remained on the columnar support can be completely fallen down through the relative movement of the fixed baffle and the columnar support. The annular boss is arranged at the end of the columnar support and acts on the blocking support ring to prevent the support ring from falling off.

Preferably, the width of the shredder is greater than or equal to the maximum length of the barrel body, the shredding cutters are uniformly distributed at the contact part of the bottom end of the shredder and the barrel body, the fixing positions of the shredding cutters are arranged, the directions of the cutting edges are uniform, and the width between the cutting edges is greater than the width of the supporting ring. The shredding cutters are uniformly distributed and fixedly connected, so that the purpose of preventing the cutting edge from sliding during cutting is achieved, and meanwhile, the widths of barrel rings after cutting are ensured to be equal, so that the subsequent processing is facilitated; the cutting edge orientation is uniform, so that cutting errors can be prevented; the width between the blades is larger than the width of the supporting ring and the width of the barrel ring is larger than the width of the supporting ring, so that all barrel rings after cutting can be collected.

Preferably, the upper end of the shredder is connected with a fourth motor through an embedded fixing structure, and the fourth motor guides the shredder to displace in the vertical direction. The shredding device is displaced in the vertical direction, and can drive the cutting edge to lift, when the cutting edge descends, the cutting work is effectively accomplished, when the cutting is accomplished, when needs collecting barrel circle or change staving, just need leave sufficient space to clear up and install, therefore the cutting edge lift is very necessary.

Preferably, a conveyor belt is laid below the barrel placing frame, an inclined rolling body is arranged above the conveyor belt, a hook-shaped structure is arranged on the rolling body, and a barrel ring is stretched during rolling; the end of the conveyor belt is connected with a double-layer discharge port, the upper-layer discharge port is connected with a barrel bottom discharge box, and the lower-layer discharge port is connected with a barrel ring discharge box; the junction of the upper layer discharge port and the end of the conveyor belt is provided with a flow dividing structure. The inclined roller press can slowly flatten the barrel ring and the barrel bottom, and in addition, the inclined position is similar to a hook shape, and has no other action effect on the barrel bottom, but the barrel ring can be elongated, so that the barrel ring is long, and is easier to distinguish with the barrel bottom while being convenient for processing.

Preferably, the flow dividing structure is provided with a through hole with an inclined angle b, the width of the barrel ring is smaller than that of the through hole, the barrel falls off from the lower layer discharge hole, and the width of the barrel bottom is larger than that of the through hole and slides into the upper discharge hole. Through openings and inclined angles are arranged according to actual conditions, so that barrel rings and barrel bottoms can be better distinguished, and the effect of sorting discharging is achieved.

The beneficial effects of the utility model are as follows:

1. According to the iron barrel roll cutting wire pressing device, the barrel body is cut into the uniform barrel rings through the barrel holder and the wire cutting device which are matched, so that the internal supporting structure is improved, the barrel openings collapse during cutting, meanwhile, the baffle plates are added to prevent the barrel rings from being hung and being unable to be recovered, and the whole device is matched with each other, so that the wire cutting efficiency is effectively improved.

2. According to the iron barrel roll cutting wire pressing device, through improving the conveying structure, the rolling equipment with the small inclined surface is additionally arranged on the conveying structure, and the shape of the barrel ring is changed, so that the barrel ring and the barrel bottom are easy to distinguish, and the split structure is arranged in the discharging link to separate the barrel ring from the barrel bottom for discharging, so that the practicability and the flexibility of the scheme are improved.

Drawings

FIG. 1 is a plan view of an iron drum roll-cutting wire-pressing device according to the present utility model;

FIG. 2 is a front side view of a shredder of the drum-type rotary cutting and pressing apparatus of the present utility model;

fig. 3 is a roll press body structure view of a drum roll-cutting wire-pressing device of the present utility model.

In the figure, 1 part of columnar support, 1 part of supporting ring, 1 part of annular boss, 1 part of third motor, 1 part of second motor, 2 parts of blocking body, 2 parts of first motor, 3 parts of shredder, 3 parts of shredding knife, 3 parts of fourth motor, 4 parts of fixed baffle, 5 parts of conveyor belt, 6 parts of rolling body, 6 parts of hook-shaped structure, 7 parts of flow dividing structure, 7 parts of barrel bottom discharging box and 7 parts of barrel ring discharging box.

Detailed Description

The technical scheme of the utility model is further specifically described below through examples and with reference to the accompanying drawings.

Examples:

The iron barrel roll cutting wire pressing device of the embodiment, as shown in fig. 1, comprises a barrel placing frame, and particularly comprises a cylindrical support 1 and a blocking body 2 which are arranged in the horizontal direction, wherein one end of the blocking body and one end of the cylindrical support are respectively attached to two surfaces of a barrel bottom, and the cylindrical support supports a barrel body; the support ring 1-1 is arranged at any section of the columnar support in a ring manner, and the barrel opening is supported by the support ring in an adjusting manner; the device is arranged right above the columnar support, a plurality of shredding cutters 3-1 are uniformly arranged at the contact part of the bottom end and the barrel body, and the shredding device 3 is used for cutting the barrel body. The cylindrical support and the blocking body have the functions of firmly fixing the barrel bottom, so that the barrel bottom cannot displace in the cutting process; in addition, the additionally arranged supporting ring can support the bung hole, so that the bung hole is prevented from collapsing to cause cutting errors during cutting; the shredding knife covers the barrel body, can cut the barrel body equidistantly, forms the barrel silk of equal width, and the follow-up processing of being convenient for.

A friction layer is paved on the contact surface of the blocking body 2 and the outer side of the barrel bottom, the other surface of the opposite side of the blocking body is connected with a first motor 2-1, and the first motor guides the blocking body to rotate; the friction layer is paved on the contact surface between the columnar support 1 and the inner side of the barrel bottom, one end, far away from the barrel bottom, of the columnar support is respectively connected with a second motor 1-4 and a third motor 1-3, the second motor guides the columnar support to rotate, and the third motor drives the columnar support to horizontally displace. The design of friction layer can make the increase of barrel head two-sided frictional force, prevents that it from skidding, also can drive the staving through the rotation of the same frequency of both sides first motor and second motor simultaneously and rotate, accomplishes the basic work of cutting operation. The third motor is arranged to guide the columnar support to displace in the horizontal direction, and the purpose is to leave enough space for installing the barrel body and cleaning the structure after the barrel body is cut.

The columnar bracket 1 is arranged as a cylinder or a prism, is attached to the shape of the barrel body and has a diameter smaller than the caliber of the barrel body; the columnar support is provided with a support ring 1-1, the support ring is in sliding connection with the columnar support, and the sum of the diameters of the support ring and the columnar support is smaller than or equal to the caliber of the iron barrel. The cylinder or prism's setting can make the shape of cylindrical support laminating ladle body more, but does not accomplish the laminating, and the purpose of this design is reserved the space of cutting edge cutting ladle body, thereby prevents that cutting edge cutting knife cylindrical support from blocking, also can prevent to cut down the life of cutting edge and cylindrical support. The support ring is arranged on the columnar support in a surrounding manner, the position of the support ring can be shifted according to actual situations, the support ring is clamped between the bung hole and the columnar support, the support ring is used for supporting the bung hole, ensuring that the head knife can hit the accurate position, and preventing the sliding blade.

One end of the columnar support 1, which is connected with the second motor 1-4 and the third motor 1-3, is provided with a fixed baffle 4 in the length direction of the columnar support; the fixed baffle plate is arranged on the columnar support in a surrounding way, and is attached to the section of the columnar support; the annular boss 1-2 is arranged at one end of the cylindrical support, which is attached to the bottom of the barrel, along the vertical direction, and is fixedly connected with the end head of the cylindrical support, and the height of the annular boss is greater than or equal to that of the supporting ring.

Because the barrel bottom can drop off at first after the cutting is finished, along with the displacement in the horizontal direction of the columnar support, the barrel ring is hung on the columnar support, so that the barrel ring remained on the columnar support can drop completely through the relative motion of the fixed baffle and the columnar support. The annular boss is arranged at the end of the columnar support and acts on the blocking support ring to prevent the support ring from falling off. Here, since the width of the supporting ring is smaller than the width of the tub ring after cutting under the preset condition, all the tub rings can fall off in a very precise manner.

The width of the shredding device 3 is larger than or equal to the maximum length of the barrel body, the shredding cutters are uniformly distributed at the contact part of the bottom end of the shredding device and the barrel body, the fixing positions of the shredding cutters 3-1 are set, the blade orientations are uniform, and the width between the blades is larger than the width of the supporting ring. The shredding cutters are uniformly distributed and fixedly connected, so that the purpose of preventing the cutting edge from sliding during cutting is achieved, and meanwhile, the widths of barrel rings after cutting are ensured to be equal, so that the subsequent processing is facilitated; the cutting edge orientation is uniform, so that cutting errors can be prevented; the width between the blades is larger than the width of the supporting ring and the width of the barrel ring is larger than the width of the supporting ring, so that all barrel rings after cutting can be collected.

The upper end of the shredder 3 is connected with a fourth motor 3-2 through an embedded fixing structure, and the fourth motor guides the shredder to displace in the vertical direction. The shredding device is displaced in the vertical direction, and can drive the cutting edge to lift, when the cutting edge descends, the cutting work is effectively accomplished, when the cutting is accomplished, when needs collecting barrel circle or change staving, just need leave sufficient space to clear up and install, therefore the cutting edge lift is very necessary.

A conveyor belt 5 is laid below the barrel placing frame, an inclined rolling body 6 is arranged above the conveyor belt, a hook-shaped structure 6-1 is arranged on the rolling body, and a barrel ring is stretched during rolling; the end of the conveyor belt is connected with a discharge hole, the upper layer of the discharge hole is connected with a barrel bottom discharge box 7-1, and the lower layer of the discharge hole is connected with a barrel ring discharge box 7-2; the junction of discharge gate and conveyer belt end is equipped with reposition of redundant personnel structure 7. The inclined roller press can slowly flatten the barrel ring and the barrel bottom, and in addition, the inclined position is similar to a hook shape, and has no other action effect on the barrel bottom, but the barrel ring can be elongated, so that the barrel ring is long, and is easier to distinguish with the barrel bottom while being convenient for processing.

The diverting structure 7 is arranged as a through hole with the inclination angle of b, the width of the barrel ring is smaller than that of the through hole, the barrel bottom width is larger than that of the through hole and slides into the upper discharge hole. The structure of the roll-in body is specifically described as a structure with inclined sheets, when the roll-in material body is rolled, the inclined sheets firstly contact the material body, if the roll-in material body is sheet-shaped, only the roll-in effect is exerted, if the roll-in material body is annular, the roll-in material body can be hooked, and then the roll-in material body is secondarily rolled into a strip shape through the same roll body, so that the roll-in material body is separated from the barrel bottom. The diverting structure is set as the through hole with the inclination of b, the width of the barrel ring is smaller than the through hole, the barrel bottom width is larger than the through hole and slides into the upper discharge hole. Through openings and inclined angles are arranged according to actual conditions, so that barrel rings and barrel bottoms can be better distinguished, and the effect of sorting discharging is achieved.

It should be understood that the examples are only for illustrating the present utility model and are not intended to limit the scope of the present utility model. Furthermore, it should be understood that various changes and modifications can be made by one skilled in the art after reading the teachings of the present utility model, and such equivalents are intended to fall within the scope of the utility model as defined in the appended claims.

Claims (8)

1. An iron barrel roll cutting wire pressing device, comprising:

the barrel placing frame is provided with a columnar bracket (1) and a blocking body (2) in the horizontal direction, one ends of the blocking body and the columnar bracket are respectively attached to two surfaces of the barrel bottom, and the columnar bracket supports the barrel body; the support ring (1-1) is arranged at any section of the columnar bracket in a surrounding manner, and is used for supporting the barrel opening; the shredding device (3) is arranged right above the columnar support, and a plurality of shredding knives (3-1) are uniformly arranged at the contact part of the bottom end and the barrel body to cut the barrel body.

2. The iron drum rotary cutting wire pressing device according to claim 1, wherein a friction layer is paved on the contact surface of the blocking body (2) and the outer side of the drum bottom, the opposite side of the blocking body is connected with a first motor (2-1), and the first motor guides the blocking body to rotate; the friction layer is paved on the contact surface between the columnar support (1) and the inner side of the barrel bottom, one end, far away from the barrel bottom, of the columnar support is respectively connected with a second motor (1-4) and a third motor (1-3), the second motor guides the columnar support to rotate, and the third motor drives the columnar support to horizontally displace.

3. An iron drum roll-cutting wire-pressing device according to claim 1 or 2, characterized in that the columnar bracket (1) is provided as a cylinder or a prism, conforms to the shape of a drum body and has a diameter smaller than the caliber of the drum body; the columnar support is provided with a support ring (1-1), the support ring is in sliding connection with the columnar support, and the sum of the diameters of the support ring and the columnar support is smaller than or equal to the caliber of the iron barrel.

4. A drum-type wire-rolling and cutting device according to claim 3, wherein one end of the columnar bracket (1) connected with the second motor (1-4) and the third motor (1-3) is provided with a fixed baffle (4) perpendicular to the length direction of the columnar bracket; the fixed baffle plate is arranged on the columnar support in a surrounding way, and is attached to the section of the columnar support; annular boss (1-2) is arranged at one end of the cylindrical support, which is attached to the bottom of the barrel, along the vertical direction, the annular boss is fixedly connected with the end head of the cylindrical support, and the height of the annular boss is greater than or equal to the height of the supporting ring.

5. The iron drum rotary cutting wire pressing device according to claim 1, wherein the width of the wire cutter (3) is larger than or equal to the maximum length of the drum body, the wire cutters are uniformly distributed at the contact part of the bottom end of the wire cutter and the drum body, the fixed positions of the wire cutters (3-1) are arranged, the directions of the cutting edges are uniform, and the width between the cutting edges is larger than the width of the supporting ring.

6. The iron drum rotary cutting wire pressing device according to claim 5, wherein the upper end of the wire cutter (3) is connected with a fourth motor (3-2) through an embedded fixing structure, and the fourth motor guides the wire cutter to displace in the vertical direction.

7. The iron drum roll-cutting wire-pressing device according to claim 1, wherein a conveyor belt (5) is laid below the drum rack, an inclined rolling body (6) is arranged above the conveyor belt, a hook-shaped structure (6-1) is arranged on the rolling body, and a drum ring is stretched during rolling; the end of the conveyor belt is connected with a discharge hole, the upper layer of the discharge hole is connected with a barrel bottom discharge box (7-1), and the lower layer of the discharge hole is connected with a barrel ring discharge box (7-2); the junction of the discharge port and the end of the conveyor belt is provided with a diversion structure (7).

8. The iron drum rotary cutting wire pressing device according to claim 7, wherein the flow dividing structure (7) is provided with a through hole with an inclined angle b, the width of a drum ring is smaller than that of the through hole, the lower layer of the discharging hole falls down, and the width of the drum bottom is larger than that of the through hole and slides into the upper discharging hole.