CN210100379U

CN210100379U - Fixed multi-cutter co-cutting one-slot cutting head assembly for large lump materials

Info

Publication number: CN210100379U
Application number: CN201920218585.2U
Authority: CN
Inventors: 保文明
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-02-21
Filing date: 2019-02-21
Publication date: 2020-02-21
Anticipated expiration: 2029-02-21

Abstract

The utility model discloses a fixed multi-cutter co-cutting one-slot cutting head assembly for massive materials, which is arranged at the lower end of a guide pillar of a stone bridge type cutting machine, a transverse dovetail guide rotary seat and a rotatable dovetail block guide rotary disk are respectively arranged at the front side and the rear side of a positive and negative transfer connecting seat, the dovetail block guide rotary disk is arranged on the positive and negative transfer connecting seat in a rotatable mounting mode, so as to realize the rotation adjustment of the cutter, the transverse dovetail guide rotary seat is connected to a transverse moving motor arranged on the forward and backward transfer connecting seat and can transversely move under the driving of the transverse moving motor, the cutting head assembly consists of four cutters distributed on two sides, the small cutter is arranged in front of the large cutter, the blade mounting shaft head of the small cutter is downward, except the cutters, other mechanical parts can not rub the bold material, so the utility model discloses a cutting head assembly cuts the corner stone material within 200mm under cutter 45 degrees states very advantageously.

Description

Fixed multi-cutter co-cutting one-slot cutting head assembly for large lump materials

Technical Field

The utility model relates to a bold material hornstone cutting technical field mainly is the cutting equipment to jumbo size corner stone material, and in particular to bold material fixed multitool is with cutting a seam cutting head assembly.

Background

Cutting machines are well established machines widely used for cutting materials, most commonly stone cutting machines, which are used to cut large pieces of stone wool into slabs of desired thickness. In actual stone construction application, profiles with corners, such as ladders, door cases, window case corner lines, decorative wall corners, skirting lines, bar counters, wash tables, large curbstones and the like, are often required. Because the existing stone cutting machine can not directly process corner section bars, which takes much labor, time and great waste, two sheets of plates are generally spliced and adhered at the corners by workers when the stone cutting machine is needed. However, the spliced and bonded angle stone has the problems of aging and falling of glue, influence on appearance, troublesome construction and poor mechanical strength.

In order to solve the problem that the existing stone cutting machine cannot process corner profiles, Chinese patent document CN200910192296 discloses an automatic stone cutting machine with any angle, although the automatic stone cutting machine can cut out corner profiles, the automatic stone cutting machine has a complex structure and high manufacturing cost and processing cost, and can complete a task only by feeding materials for two times or rotating materials for two times by a skip car, so that the corner profiles cannot be directly cut out at one time, and only one finished product can be cut out from one blank.

In order to solve the technical problems of special cutting of corner profiles, the applicant provides technical schemes of a material fixed type multi-angle material cutting machine (Chinese patent application number: 201520338053.4), a horizontal multi-cutter simultaneous cutting one-seam material cutting machine (Chinese patent application number: 201820106159.5) and the like, and in the actual cutting process, when a large material is cut, the position of the edge abraded by a cutter saw needs to be adjusted again, and the problems of some defects and difficult use exist.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a can carry out integration cutting to jumbo size corner stone material, and can be convenient to the depth of cut of sword saw finely tune, can convenient control cutting corner angle's adjustment remove, can convenient control sword saw the cutting thickness around the fixed multitool of bold material with cutting one seam cutting head assembly that the adjustment removed, cutting head assembly installs in stone material bridge type cutting machine's guide pillar lower extreme, include: the tool saw comprises a guide pillar connecting block connected with a guide pillar, a forward and backward transfer connecting seat installed below the guide pillar connecting block, a transverse dovetail guide rotary seat and a rotatable dovetail slide block guide rotary disk, wherein the transverse dovetail guide rotary disk and the rotatable dovetail slide block guide rotary disk are installed on the front side and the back side of the forward and backward transfer connecting seat respectively; the forward and backward transfer connecting seats are at least two groups which are arranged below the guide pillar connecting blocks in a front-back side-by-side mode.

Furthermore, the forward and backward movement and rotation connecting base is connected and fixed below the guide pillar through a connecting bolt of the forward and backward movement and rotation connecting base.

Further, adjusting bolt support about installing the main shaft casing on the sword saw main shaft casing and adjusting bolt is connected to the forked tail slider through main shaft casing and leads the carousel about, and sword saw main shaft casing is arranged in the forked tail slider who takes the forked tail guide slot through the forked tail slider at its back and is led the carousel in, and the forked tail slider leads the carousel and is fixed with the forked tail slider through a plurality of forked tail slider clearance adjusting bolt.

Furthermore, the dovetail slide block guide rotary disc is arranged on the rotary disc through four rotary disc locking bolts.

Furthermore, the knife saw penetrates through the knife saw spindle shell through the knife saw spindle to be connected with the knife saw motor.

Furthermore, the forward and backward transfer connecting seats are only provided with one group which is arranged below the guide pillar connecting blocks.

Furthermore, each positive and negative transfer connecting seat is provided with only one transverse moving dovetail guide rotary seat.

Furthermore, a dust cover is arranged on the outer layer of the transverse moving dovetail guide rotary seat.

The utility model has the advantages that:

(one) this cutting head assembly comprises four cutters altogether of arranging both sides in and distributing, and the big cutter is decurrent in the back because its blade installation spindle nose in the front of the little cutter, except the cutter, other mechanical parts can not rub the bold material, so the utility model discloses a cutting head assembly cuts the corner stone material within 200mm under cutter 45 degrees state very advantageously. Install the relative front sword saw assembly and the back sword saw assembly of installing of lower extreme slant each other on both sides respectively around through cutting head assembly mount pad, the two sets up in the cutting direction crisscross slope of each other, front sword saw assembly is used for cutting the front of stone material, back sword saw assembly is used for cutting the back of stone material, make cutting device be the type of falling triangle, its apex angle is cutting cut angle promptly, do not occupy the space on both sides around the cutting cut angle, consequently, can carry out the integration cutting to jumbo size corner stone material, thereby improve the variety of cutting object, the practicality and the application scope of improvement cutting machine.

(II) lead the carousel through the forked tail slider, the swivel mount is led to the sideslip forked tail, adjusting bolt support about the main shaft casing, the design of forked tail slider isotructure, make the sword saw assembly when can realize stable cutting on the whole, can be when needs are adjusted, holistic tool setting saw assembly carries out for the front and back of its axis direction, upper and lower and rotatory adjustment, thereby realization that can be convenient adjusts or compensates the cutting depth of cutting blade, realize the adjustment to cutting thickness, realize the adjustment to corner angle, through succinctly clear, scientific and reasonable's structural design, make this cutting machine adjustment easy operation convenient, realize the unified of variety demand and satisfy, further increase the application scope and the adjustable function of variety of this cutting machine.

And (III) the purpose of adjusting the cutting depth of the edge of the knife saw can be conveniently realized by matching the transverse moving function of the transverse moving dovetail guide seat of one knife saw assembly with the adjustment of the axial direction of the cutter shaft, so that the adjustment process is safe and quick, the working efficiency is improved, the service life of the knife saw is prolonged, and the material cost of the knife saw is saved.

(IV) the two groups of knife saws operate simultaneously, so that a cutting mode of simultaneously cutting multiple knives and one slit is realized, and the cutting efficiency is improved; when cutting less corner stone material, demolish one of them a set of sword saw can to the realization can carry out the flexibility adjustment according to actual demand, satisfies different cutting process demands, promotes the practicality and the application scope of this cutting machine again, really reaches a tractor serves several purposes' effect.

Drawings

FIG. 1 is a front view of a fixed multiple-blade co-slit cutting head assembly for bulk materials;

FIG. 2 is a rear view of a fixed multi-blade co-slit cutting head assembly for bulk material;

FIG. 3 is a side view of a fixed multiple-blade co-slit cutting head assembly for bulk materials;

FIG. 4 is a schematic structural view of a fixed multi-blade co-cutting one-slit cutting head assembly for bulk materials;

FIG. 5 is a partially enlarged structural view in side elevation;

FIG. 6 is a partially enlarged view of a corner stone material being cut;

wherein: 1 stone material, 2 corner stone material, 3 knife saws, 4 knife saw main shaft shells, 5 forward and backward transfer connecting seats, 6 forward and backward transfer connecting seat connecting bolts, 7 back knife saw main shaft shells, 8 knife saw motors, 9 guide pillar connecting blocks, 10 main shaft shell up-and-down adjusting bolts, 11 main shaft shell up-and-down adjusting bolt supports, 12 dovetail sliders, 13 dovetail slider gap adjusting bolts, 14 transverse moving motors, 15 rotating disk locking bolts, 16 transverse moving dovetail guide rotary seats, 17 dovetail slider guide rotary disks, 18 guide pillars, 19 transverse moving dovetail guide rotary seat adjusting bolts and 20 dust covers.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be described in detail with reference to the accompanying drawings. It should be understood that the description is intended to be illustrative only and is not intended to limit the scope of the present invention. Moreover, in the following description, descriptions of well-known structures and techniques are omitted so as to not unnecessarily obscure the concepts of the present invention. As described in the figures.

Example 1: as shown in fig. 1-6, 1, a fixed multi-cutter co-cutting one-slot cutting head assembly for massive materials is installed at the lower end of a guide pillar of a stone bridge type cutting machine, and is characterized in that: the method comprises the following steps: the tool saw comprises a guide post connecting block 9 connected with a guide post 18, a forward and backward transfer connecting seat 5 arranged below the guide post connecting block 9, a transverse dovetail guide rotary seat 16 and a rotatable dovetail slide block guide rotary disk 17 which are respectively arranged on the front side and the back side of the forward and backward transfer connecting seat 5, wherein the dovetail slide block guide rotary disk 17 is arranged on the forward and backward transfer connecting seat 5 in a rotatable mounting mode, the transverse dovetail guide rotary seat 16 is connected to a transverse moving motor 14 arranged on the forward and backward transfer connecting seat 5 and is arranged through a transverse dovetail guide rotary seat adjusting bolt 19 and can transversely move under the driving of the transverse moving motor 14, the rotatable dovetail slide block guide rotary disk 17 is arranged on the transverse dovetail guide rotary seat 16, and a tool saw main shaft shell 4 is movably arranged in the dovetail slide; the forward and backward transfer connecting seats 5 are at least two groups which are arranged below the guide pillar connecting blocks 9 in a front-back side-by-side manner. The bridge cutting machine is the mature technique, the utility model discloses an install guide pillar 18 lower extreme at the bridge cutting machine with guide pillar connecting block 9, make its realize the cutting to corner building stones 1 under the drive of bridge cutting machine, positive and negative transfer connecting seat is fixed in the guide pillar below through positive and negative transfer connecting seat connecting bolt connection. The front side of positive side sword saw assembly installation at positive and negative transfer connecting seat 5, the back side installation of positive and negative transfer connecting seat 5 has back sword saw assembly, the two sets up in the alternately slope of cutting orientation reciprocal intersection, positive sword saw assembly is used for cutting the front of stone material, back sword saw assembly is used for cutting the back of stone material, the stone material of waiting to cut is fixed in on the station, sword saw assembly is under the removal drive of guide rail, earlier through positive sword saw assembly to its cutting, later through back sword saw assembly to its back cutting, thereby the shaping of stable completion stone material integrated cutting. The upper and lower adjusting bolt support 11 of sword saw main shaft shell is installed on sword saw main shaft shell and is connected to the forked tail slider through adjusting bolt 10 about the main shaft shell and leads carousel 17, and sword saw main shaft shell arranges in the forked tail slider who takes the forked tail guide slot through the forked tail slider 12 at its back leads carousel 17 in to realize the upper and lower flexible function of rotation function and axis direction, forked tail slider leads carousel 17 and is fixed with forked tail slider 12 through a plurality of forked tail slider clearance adjusting bolt 13. The knife saw penetrates through the knife saw main shaft shell through the knife saw main shaft and is connected with the knife saw motor. Each positive and negative transfer connecting seat is provided with only one transverse moving dovetail guide seat, namely only one knife saw assembly has the transverse moving function. After cutting work for a certain time, the disc diameter of the edge of the knife saw is shortened due to abrasion, at the moment, the main shaft shell upper and lower adjusting bolts 10 are respectively unscrewed, so that the knife saw assembly can be adjusted along the up and down displacement of the axis of the knife saw assembly, then the cross sliding dovetail guide swivel seat adjusting bolts 19 on the front knife saw assembly are unscrewed, the cross sliding motor 14 connected with the main shaft shell is started, the cross sliding motor 14 drives the cross sliding dovetail guide swivel seat 16 to move transversely in the dust cover 20 integrally, so that the edge of the knife saw reaches a preset depth position needing to be adjusted, the main shaft shell upper and lower adjusting bolts 10 are screwed down to be fixed, the cross sliding motor 14 is stopped, the compensation adjustment of the back knife saw assembly in the axis direction is completed in the same operation mode, the cutting edge points of the two groups of knife saws are at the same height, and the compensation adjustment of the cutting depth or the; when the corner angle needs to be obtained and is a certain angle value, the angle of the cutter saw relative to the cutting surface of the stone can be adjusted by loosening the rotating disc locking bolt 15 and controlling the dovetail slide block guide turntable 17, so that the required angle value can be obtained. At least two groups of knife saw assemblies and the back knife saw assembly 4 realize that the multiple knives are cut at the same time to form a seam, and the cutting efficiency is improved. Thereby realize carrying out the flexibility adjustment according to the actual demand, satisfy different cutting process demands, promote the practicality and the application scope of this cutting machine again, really reach a tractor serves several purposes's effect, totally four swords of this cutting head assembly both sides distribution, little cutter in the front are because its blade installation spindle nose is decurrent in the back, except the cutter, other mechanical parts can not rub the bold material, so the utility model discloses a cutting head assembly cuts the corner stone material within 200mm under cutter 45 degrees states very has the advantage.

In this embodiment, only one set of forward and backward movement connecting seats is installed below the guide pillar connecting block. The front side knife saw assembly and the back side knife saw assembly are only one group, and the utility model has the cutting function.

It is to be understood that the above-described embodiments of the present invention are merely illustrative of or explaining the principles of the invention and are not to be construed as limiting the invention. Therefore, any modification, equivalent replacement, improvement and the like made without departing from the spirit and scope of the present invention should be included in the protection scope of the present invention. Further, it is intended that the appended claims cover all such variations and modifications as fall within the scope and boundaries of the appended claims or the equivalents of such scope and boundaries.

Claims

1. Fixed multitool of big lump material is with cutting a seam cutting head assembly, and the cutting head assembly is installed in stone material bridge type cutting machine's guide pillar lower extreme, characterized by: the method comprises the following steps: a guide post connecting block (9) connected with a guide post (18), a forward and backward transfer connecting seat (5) arranged below the guide post connecting block (9), a transverse dovetail guide rotary seat (16) and a rotatable dovetail slide block guide rotary disk (17) respectively arranged at the front side and the rear side of the forward and backward transfer connecting seat (5), wherein, the dovetail slide block guide rotary disc (17) is arranged on the forward and backward transfer connecting seat (5) in a rotatable mounting way, the transverse dovetail guide rotary seat (16) is connected to a transverse moving motor (14) arranged on the forward and backward transfer connecting seat (5) and is arranged by a transverse dovetail guide rotary seat adjusting bolt (19), the knife saw spindle can transversely move under the driving of a transverse moving motor (14), a rotatable dovetail slide block guide turntable (17) is mounted on the transverse moving dovetail guide rotation seat (16), and the knife saw spindle shell (4) and the dovetail slide block (12) are movably arranged in the dovetail slide block guide turntable (17); the forward and backward transfer connecting seats (5) are at least two groups which are arranged below the guide post connecting blocks (9) in parallel front and back.

2. The cutting head assembly according to claim 1, wherein the forward and reverse rotation connecting base (5) is fixedly connected below the guide post (18) by a forward and reverse rotation connecting base connecting bolt (6).

3. The cutting head assembly according to claim 1, wherein the tool and saw spindle housing (4) is provided with a spindle housing upper and lower adjusting bolt support (11) and is connected to the dovetail slider guide rotary table (17) through a spindle housing upper and lower adjusting bolt (10), the tool and saw spindle housing (4) is placed in the dovetail slider guide rotary table (17) with the dovetail guide groove through a dovetail slider (12) at the back of the tool and saw spindle housing, and the dovetail slider guide rotary table (17) is fixed with the dovetail slider (12) through a plurality of dovetail slider gap adjusting bolts (13).

4. The cutting head assembly of claim 1, wherein the dovetail slider rotary guide plate (17) is mounted on the rotary plate by four rotary plate locking bolts (15).

5. The cutting head assembly of claim 1, wherein the saw is connected to the saw motor (8) by the saw spindle through the saw spindle housing (4).

6. The cutting head assembly according to claim 1, wherein only one set of forward and reverse rotation connection seats (5) is mounted below the guide post connection block (9).

7. The assembly of claim 1, wherein each forward and reverse rotatable coupling base (5) has only one transverse dovetail guide (16).

8. The cutting head assembly as set forth in claim 1 wherein a dust guard (20) is mounted to an outer layer of the traversing dovetail swivel mount (16).