Cutting apparatus and automatic cutting system of blade's raw material of blanking die

• US 5,749,276 A
• Filed: 08/16/1996
• Issued: 05/12/1998
• Est. Priority Date: 12/11/1991
• Status: Expired due to Term

• Current Assignee: Seoul Laser Dieboard System Company Limited
• Original Assignee: Byung-Jung Song
• Inventors: Song, Byung-Jun
• Primary Examiner(s): Rachuba, Maurina T.
• Application Number:
  US08/698,758
• Time in Patent Office: 634 Days
• Field of Search: 83/76.1, 83/76.9, 83/549, 83/550, 83/551, 83/555, 234/111, 234/116, 234/117
• US Class Current: 83/76.9
• CPC Class Codes: B21D 37/205 Making cutting tools
• CPC Class Codes: B23P 15/406 rotary or plane die cutters
• CPC Class Codes: B26F 1/04 with selectively-operable punches
• CPC Class Codes: B26F 1/384 using rotating drums
• CPC Class Codes: B26F 1/44 Cutters therefor; Dies therefor
• CPC Class Codes: B26F 2001/4463 Methods and devices for rule setting, fixation, preparing cutting dies
• CPC Class Codes: Y10T 83/18 With operator input means
• CPC Class Codes: Y10T 83/8727 Plural tools selectively engageable with single drive
• CPC Class Codes: Y10T 83/873 Of paired tools

Abstract

The present invention relates to a cutting apparatus a used in a paper blanking die for manufacturing paper box and the like and an automatic cutting system using this cutting apparatus. This cutting apparatus comprises: more than two kinds of cutters having different cutting out or cutting off patterns arranged side by side laterally against a feeding direction of the raw material; a cutter guiding section for guiding each cutter so as to be able to perpendicularly move against a plane of the cutters toward a plane of the raw material; a cutter die for supporting raw material against the pressing force of the cutter and simultaneously interacting with the cutter whereby executing the cutting work of the raw material; and a cutter for selecting such that only any one of the cutters is pressed.

Claims

1. A cutting apparatus for cutting of band shaped raw material, consisting essentially of:

at least two cutters having different cutting shapes located solely above the raw material, said cutters being in a side-by-side array with each one of said cutters being independently movable and having blade or cutting edges in a plane parallel to a feeding direction of said raw material and receiving portions directly below and axially aligned with a cutter and directly below the raw material;

a stationary cutter guiding section including (1) a plurality of vertical guide slots, each one of the guide slots having a respective one of said cutters therein for guiding said cutters to perpendicularly move downwardly against a plane of said raw material, and (2) means for biasing said cutters upwardly;

means including an element spaced above said cutters for applying force to perpendicularly move and press said cutters into said plane of the raw material;

a cutter die for supporting said raw material against the pressing force of said cutters and simultaneously interacting with said cutters to execute a cutting pattern on the raw material;

a plurality of hydraulic pressure members located lower than and to one side of said element, each one of said pressure members being selectively movable between said element and a respective one of said cutters for transferring the pressing force to the respective one of said cutters;

driving means for selectively moving the pressure members beneath said element;

a control section for controlling said driving means and each said receiving portion collecting cut raw material.

2. A cutting apparatus as defined in claim 1, further comprising:

means for feeding the blade'"'"'s raw material to be worked to said cutting apparatus;

processing data inputting means for inputting data in relation to kind, and cutting out or cutting off processing position, a bending position and a bending condition for cutting out or cutting off the band shaped raw material; and

means for controlling said cutting apparatus and the raw material feeding means on the basis of said inputted processing data;

means for (1) identifying a bending position, (2) using a marking cutter to notch the blade'"'"'s raw material at the bending position, (3) aligning the notch with a protrusion on a bending device, and (4) bending the raw material in the bending device.

3. A cutting apparatus as defined in claim 2, wherein the notch cutter provides a long thin notch in the raw material to reduce force required to bend the raw material.

4. A cutting apparatus as defined in claim 1, wherein the control section of said hydraulic member driving means comprises:

selective switching means for selectively driving the hydraulic pressure member driving means.

5. A cutting apparatus as defined in claim 1 further consisting essentially of:

a raw material feeding device for feeding in measuring way the raw material to be worked by cutting to said cutting apparatus;

processing data inputting means for inputting data in relation to kind and cutting out or cutting off processing position, a bending position and a bending condition for cutting out or cutting off the band shaped raw material; and

means for controlling said cutting apparatus and the raw material feeding device on the basis of said inputted processing data.

6. A cutting apparatus as defined in claim 5, wherein said raw material feeding device comprises:

a pair of feeding rollers which places the raw material between them and resiliently pressing and contacting the raw material; and

a driving motor for rotatably driving in measuring way said feeding rollers.

7. An automatic cutting apparatus as defined in claim 5, wherein said processing data inputting means comprises:

data converting means which receives pattern designing data of a paper pattern to be cut off and formed by one of the cutters or a laser processing data of a paper container blanking die which converts into pattern designating data.

8. A cutting apparatus as defined in claim 4, wherein the control section includes a material data memory for storing material data of the raw material, optionally expansion rate data of the raw material according to a bending condition, and which compensates for each cutting out or cutting off processing position or bending position in accordance with inputted processing data on the basis of data stored in said material data memory.

9. A cutting apparatus as defined in claim 1 wherein said cutter guiding section is fixedly located above said raw material with said plurality of vertical guide slots being positioned in a side-by-side array with each one of the guide slots being transverse to a feeding direction of said raw material.

10. A cutting apparatus as defined in claim 9 wherein said cutters are planar in shape, and said apparatus includes at least two cutter assemblies;

each one of the cutter assemblies comprising;

(a) a cutter supporting section above said guiding section with one of said cutters being connected to an underside of the cutter supporting section and extending downwardly into a respective one of the guide slots,

(b) said biasing means being between the cutter supporting section and said cutter guiding section for biasing the cutter supporting section upwardly, and

(c) one of the hydraulic pressure members, including a hydraulic cylinder for selectively and reciprocally moving the hydraulic pressure member on the cutter supporting section, and means above and to one side of the cutters for fixing the hydraulic cylinder to the cutter supporting section.

11. A cutting apparatus as defined in claim 10 wherein said control section selectively actuates one of the hydraulic cylinders to move a respective one of the hydraulic pressure members beneath the force applying element for transferring the force of the force applying means to a respective one of the cutter supporting sections.

16. A cutting apparatus as defined in claim 1 wherein there are four cutters.

12. A cutting apparatus for cutting of band shaped raw material consisting essentially of:

a cutter guiding member fixedly located solely above said raw material and including a plurality of vertical guide slots positioned in a side-by-side array with each one of the guide slots being parallel to a feeding direction of said raw material and receiving portions directly below each vertical guide slot and said raw material;

at least two different cutter assemblies;

each one of the cutter assemblies including (a) a cutter supporting section above said guiding member, (b) a planner cutter connected to an underside of the cutter supporting section and extending downwardly into a respective one of the guide slots, (c) means between the cutter supporting section and said cutter guiding member for biasing the cutter supporting section upwardly, (d) a hydraulic pressure member, (e) a hydraulic cylinder for selectively and reciprocally moving the hydraulic pressure member on the cutter supporting section, and (f) means above and to one side of the planar cutter for interconnecting the hydraulic cylinder to the cutter supporting section;

each one of the guide slots guiding a respective one of the planar cutters to perpendicularly move downwardly against a plane of said raw material, wherein the planar cutters are positioned in a side-by-side array with each one of the planar cutters being independently movable and having blade or cutting edges in a plane parallel to the feeding direction of the raw material;

at least two of the planar cutters each having a different cutting shape located at a bottom thereof and above the raw material;

means spaced above and transverse to all of the cutter assemblies for selectively applying a force to at least one of the cutter supporting sections to perpendicularly move and press the planar cutter thereunder into said plane of the raw material;

a cutter die for supporting the raw material against the pressing force of the planar cutters and simultaneously interacting with the planar cutters to execute a cutting pattern on the raw material;

a means control section for selectively actuating one of the hydraulic cylinders to move at least one respective hydraulic pressure member beneath a force for transferring said force to the respective one of the cutter supporting sections and each said receiving portion located below and axially aligned with each of said planar cutters collects cut raw material.

13. A cutting apparatus as defined in claim 12, wherein said force applying means includes a single element spaced above and transverse to all of the cutter supporting sections for selectively applying the force to one of the cutter supporting sections.

14. A cutting apparatus as defined in claim 13 wherein said single element is movable only in a vertical direction.

15. A cutting apparatus as defined in claim 12 wherein there are four guide slots and cutter assemblies.

17. A cutting apparatus for cutting of band shaped raw material consisting of:

a cutter guiding member fixedly located solely above said raw material and including a plurality of vertical guide slots positioned in a side-by-side array with each one of the guide slots being parallel to a feeding direction of said raw material and receiving portions directly below each vertical guide slot and said raw materials;

at least two different cutter assemblies;

each one of the cutter assemblies including (a) a cutter supporting section above said guiding member, (b) a planar cutter connected to an underside of the cutter supporting section and extending downwardly into a respective one of the guide slots, (c) means between the cutter supporting section and said cutter guiding member for biasing the cutter supporting section upwardly, (d) a hydraulic pressure member, (e) a hydraulic cylinder for selectively and reciprocally moving the hydraulic pressure member on the cutter supporting section, and (f) means above and to one side of the planar cutter for interconnecting the hydraulic cylinder to the cutter supporting section;

each one of the guide slots guiding a respective one of the planar cutters to perpendicularly move downwardly against a plane of said raw material, wherein the planar cutters are positioned in a side-by-side array with each one of the planar cutters being independently movable and having blade or cutting edges in a plane parallel to the feeding direction of the raw material;

at least two of the planar cutters each having a differing cutting shape located at a bottom thereof and above the raw material;

means spaced above and transverse to all of the cutter assemblies for selectively applying a force to at least one of the cutter supporting sections to perpendicularly move and press the planar cutter thereunder into said plane of the raw material;

a cutter die for supporting the raw material against the pressing force of the planar cutters and simultaneously interacting with the planar cutters to execute a cutting pattern on the raw material;

a means control section for selectively actuating one of the hydraulic cylinders to move at least one respective hydraulic pressure member beneath a force for transferring said force to the respective one of the cutter supporting sections and each said receiving portion located below and axially aligned with each of said planar cutters collects cut raw material.