CN208773806U - A kind of novel numerical control woodworker milling side drilling machine - Google Patents

Abstract

The utility model discloses a kind of novel numerical control woodworker milling side drilling machines of production equipment technology, including workbench, control system control box and tool storage library are respectively arranged at the top of the workbench, and control system control box and tool storage lab setting are in the top two sides of workbench, crossbeam is provided between the control system control box and tool storage library, the rear portion of the workbench is provided with tooling system, the bottom of the workbench is evenly arranged with control circuit board electronic box, the workbench includes material placement platform, and the top of the evenly distributed workbench of material placement platform, the top droop of the material placement platform is provided with ° backer's locating piece, left backer's locating piece is provided between material placement platform described in two groups, the utility model reduces plant produced cost while maximizing and improving processing efficiency, drop Low industrial accident efficiently docks process up and down and realizes factory's intelligence manufacture.

Description

A kind of novel numerical control woodworker milling side drilling machine

Technical field

The utility model relates to production equipment technologies, specially a kind of novel numerical control woodworker milling side drilling machine.

Background technique

In carpenter's processing, cutting machine, edge milling machines and drilling machine are very widely used.Common cutting machine is manual band Saw, numerical control band saw or curved line engrave milling saw, and common edge milling machines has single head vertical shaft gong machine, double end vertical shaft gong machine, common drilling Machine has single head brill, gang drill etc., occur within nearly 2 years will number saw, however but needle milling and bore the composite machine that is fused together, To certain subdivision manufacture fields, these composite machines not can solve the actual demand of production, however it remains ask greatly very much Topic, especially timber and kitchen cabinet production industry, because the more special place of this industry is: 1, the technical staff of different factories Level is entirely different, while it is batch ticket that the same factory, which has can be connected to, it is also possible to be single customization list, so right The needs of operating software are entirely different, and machine in the market is completely dependent on third party settlement in operating software, not oneself R&D team causes a machine one to be able to satisfy a kind of needs；2, the frame and core plate of door and kitchen cabinet are needed using different millings Knife processing, the usage of existing machine is to meet this needs using frequent artificial tool changing, and tool changing is very time-consuming in the market Work, and frequently tool changing will increase the probability of industrial accident, therefore most efficient timber and kitchen cabinet processing machine are for cutting It is 5 knives that milling, which is bored, and one cutting, and one tenon knife, and one tongue-and-groove knife, and one door core knife, and one bore cutter, totally 5, this Sample is not necessarily to tool changing during processing once can all process all parts of entire door；3, with flexible manufacturing The development of (intelligence manufacture), current timber manufacture and kitchen cabinet production also enter the flexible manufacturing epoch, this needs machine necessary It is docked with process above and below entire producing line, this requires to want to be compatible with the production and processing software of process up and down in software view and match Full barcode scanning gun and bar code printer are realized.And the machine of Vehicles Collected from Market is that do not have this ability, is based on this, this is practical new Type devises a kind of novel numerical control woodworker milling side drilling machine, to solve the above problems.

Utility model content

The purpose of this utility model is to provide a kind of novel numerical control woodworker milling side drilling machines, to solve above-mentioned background technique The problem of middle proposition.

To achieve the above object, the utility model provides the following technical solutions: a kind of novel numerical control woodworker milling side drilling machine, Including workbench, control system control box and tool storage library are respectively arranged at the top of the workbench, and control system is grasped Make case and tool storage lab setting to be arranged between the top two sides of workbench, the control system control box and tool storage library There is crossbeam, the rear portion of the workbench is provided with tooling system, and the bottom of the workbench is evenly arranged with control circuit board electricity Case, the top of the workbench is evenly distributed to be provided with material placement platform, the top droop setting of the material placement platform There is ° backer's locating piece, left backer's locating piece is provided between material placement platform described in two groups, the bottom difference of the crossbeam is equal It is even to be provided with main feeding pressure mechanism and auxiliary pressing mechanism, and main feeding pressure mechanism and the interlaced setting of auxiliary pressing mechanism, it is described Main feeding pressure mechanism and auxiliary pressing mechanism are arranged at the top of material placement platform, the top setting of the material placement platform There is material carrying mechanism, and the lower section of main feeding pressure mechanism and auxiliary pressing mechanism, the control system control box is arranged in material carrying mechanism Including handwheel, barcode scanning gun and control host, the tooling system includes X-axis servo motor, Y-axis servo motor, Z axis servo electricity The output shaft of machine, A axis rail screw rod and pusher cylinder, the X-axis servo motor is connected with X-axis guide rail and X-axis driving rack, And the bottom of X-axis guide rail is arranged in X-axis driving rack, and the X-axis guide rail is connect with crossbeam, and the two of the A axis rail screw rod End is provided with A axis speed reducer, and the input terminal of the A axis speed reducer is equipped with A axis servo motor, the output of the pusher cylinder End is respectively arranged with No.1 cutter, No. two cutters, No. three cutters, No. four cutters and No. five cutters, the main feeding pressure mechanism, auxiliary Feeding pressure mechanism, material carrying mechanism, handwheel, barcode scanning gun, X-axis servo motor, Y-axis servo motor, Z axis servo motor, A axis servo electricity Machine, pusher cylinder pass through control host and control circuit board electronic box is electrically connected.

Preferably, the inclination angle between 45 ° of backer's locating pieces and left backer's locating piece is 45 °, and two groups of 45 ° of backers Locating piece is symmetrical arranged about left backer's locating piece.

Preferably, the bottom of the workbench is evenly arranged with stable support plate.

Preferably, the control host includes motion control software (moving interpolation control and IO input and output logic control System), the CADCAM software of machining code is generated, the barcode scanning software and stamp software docked with production line.

Preferably, the length of the material carrying mechanism is 100mm.

Compared with prior art, the utility model has the beneficial effects that

1, there are 5 knives by design on needs of production machine, can be completed into process woth no need to tool changing whole The production of a door and all main components of kitchen cabinet (doorframe, Men Matou, door panel), most can efficiently realize and reduce work while production Hurt the generation of story, material scrap and tool damage caused by due to tool changing fault can be reduced, to reduce production cost.

2, machine is furnished with the handwheel that simulating cutting can be achieved, and can carry out handwheel simulating cutting when processing first time, reduces Because avoiding industrial injury story from occurring, to reduce production cost to machine and tool damage caused by the factors such as knife is incorrect.

3, machine is furnished with can meet the dialogue programming software of batch production simultaneously, and equipped with mass customized soft under can be achieved Part is able to satisfy user's use demands at all levels, can reduce recruitment cost to low end client, volume can be improved in centering end users Journey efficiency.

4, machine is furnished with the barcode scanning gun and coder that can be achieved that flow line production needs, and can dock with production line, realizes stream Waterline production, can engage in production efficiency.

5, machine design, which has, can be achieved oblique to the left 45 ° and the to the right locating piece of oblique 45 ° of processing needs, can meet positive and negative 45 ° The processing of bevelled tenon needs, and avoids bevelled tenon processing from needing to complete on other machines, to reduce the production cost of factory.

6, design has the material carrying mechanism that material can be fallen when preventing a head of the horse process finishing on machine, and material carrying mechanism length can Up to 100mm, material can be effectively prevent when process finishing, which to fall, leads to material scrap, machine damage and industrial accident.

7, design has mechanism for measuring thick on machine, can directly measure material thickness, reduces the step manually measured with slide calliper rule Suddenly, measurement accuracy is improved while saving processing.

8, plant produced cost is reduced while maximizing and improving processing efficiency, reduces industrial accident, efficiently to connecting Lower process realizes factory's intelligence manufacture.

Certainly, any product for implementing the utility model does not necessarily require achieving all the advantages described above at the same time.

Detailed description of the invention

In order to illustrate more clearly of the technical solution of the utility model embodiment, make required for being described below to embodiment Attached drawing is briefly described, it should be apparent that, the drawings in the following description are merely some embodiments of the present invention, For those of ordinary skill in the art, without creative efforts, it can also be obtained according to these attached drawings Other attached drawings.

FIG. 1 is a schematic structural view of the utility model；

Fig. 2 is the portion the utility model A enlarged drawing；

Fig. 3 is the utility model rearview；

Fig. 4 is the portion the utility model B enlarged drawing；

Fig. 5 is the portion the utility model C enlarged drawing；

Fig. 6 is the utility model cutter power system architecture schematic diagram.

In attached drawing, parts list represented by the reference numerals are as follows:

1- workbench, 11- material placement platform, 12-45 ° of backer's locating piece, the left backer's locating piece of 13-, the main binder of 14- Mechanism, 15- auxiliary pressing mechanism, 16- material carrying mechanism, 2- control system control box, 21- handwheel, 22- barcode scanning gun, 23- control Host, 3- tool storage library, 4- crossbeam, 5- tooling system, 51-X axis servo motor, 511 ,-X-axis guide rail, 512-X axis driving cog Item, 52-Y axis servo motor, 53-Z axis servo motor, 54-A axis rail screw rod, 541-A axis servo motor, 542-A axis slow down Machine, 55- pusher cylinder, 551- No.1 cutter, No. bis- cutters of 552-, No. tri- cutters of 553-, No. tetra- cutters of 554-, 555- five Cutter, 6- control circuit board electronic box.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without creative efforts All other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-6 is please referred to, the utility model provides a kind of technical solution: a kind of novel numerical control woodworker milling side drilling machine, packet Workbench 1 is included, the top of workbench 1 is respectively arranged with control system control box 2 and tool storage library 3, and control system operates The top two sides of workbench 1 are arranged in case 2 and tool storage library 3, are arranged between control system control box 2 and tool storage library 3 There is crossbeam 4, the rear portion of workbench 1 is provided with tooling system 5, and the bottom of workbench 1 is evenly arranged with control circuit board electronic box 6, The top of workbench 1 is evenly distributed to be provided with material placement platform 11, and the top droop of material placement platform 11 is provided with 45 ° and leans on Mountain locating piece 12 is provided with left backer's locating piece 13 between two groups of material placement platforms 11, and the bottom of crossbeam 4 is uniformly arranged respectively There are main feeding pressure mechanism 14 and auxiliary pressing mechanism 15, and main feeding pressure mechanism 14 and the interlaced setting of auxiliary pressing mechanism 15, it is main Feeding pressure mechanism 14 and auxiliary pressing mechanism 15 are arranged at the top of material placement platform 11, and the top of material placement platform 11 is set It is equipped with material carrying mechanism 16, and the lower section of main feeding pressure mechanism 14 and auxiliary pressing mechanism 15, control system is arranged in material carrying mechanism 16 Control box 2 includes handwheel 21, barcode scanning gun 22 and control host 23, and tooling system 5 includes X-axis servo motor 51, Y-axis servo electricity Machine 52, Z axis servo motor 53, A axis rail screw rod 54 and pusher cylinder 55, the output shaft of X-axis servo motor 51 are connected with X-axis Guide rail 511 and X-axis driving rack 512, and X-axis driving rack 512 is arranged in the bottom of X-axis guide rail 511, X-axis guide rail 511 with Crossbeam 4 connects, and the both ends of A axis rail screw rod 54 are provided with A axis speed reducer 542, and the input terminal of A axis speed reducer 542 is equipped with A axis servo motor 541, the output end of pusher cylinder 55 are respectively arranged with the cutter of cutter 552, three of No.1 cutter 551, two 553, No. four cutters 554 and No. five cutters 555, main feeding pressure mechanism 14, material carrying mechanism 16, handwheel 21, are swept auxiliary pressing mechanism 15 Code rifle 22, X-axis servo motor 51, Y axis servo motor 52, Z axis servo motor 53, A axis servo motor 541, pusher cylinder 55 are equal It is electrically connected by control host 23 and control circuit board electronic box 6.

Wherein, the inclination angle between 45 ° of backer's locating pieces 12 and left backer's locating piece 13 is 45 °, and two groups of 45 ° of backers are fixed Position block 12 is symmetrical arranged about left backer's locating piece 13, can meet the processing needs of positive and negative 45 ° of bevelled tenons, and bevelled tenon is avoided to process needs It is completed on other machines, to reduce the production cost of factory, the bottom of workbench 1 is evenly arranged with stable support plate, mentions Stability when high workbench 1 works, control host 23 include that motion control software (patrol by moving interpolation control and IO input and output Collect control), the CADCAM software of machining code is generated, the barcode scanning software and stamp software docked with production line adds in first time Working hour can carry out handwheel simulating cutting, reduce because avoiding industrial injury former to machine and tool damage caused by the factors such as knife is incorrect Thing occurs, to reduce production cost, the length of material carrying mechanism 16 is 100mm, and material when process finishing can be effectively prevent to fall Lead to material scrap, machine damage and industrial accident.

One concrete application of the present embodiment are as follows: the utility model passes through control host 23 when in use and enters operating system And corresponding workpiece template is selected according to the workpiece to be processed, the actual size of workpieces processing is input to the corresponding parameter of template In, start button is pressed, A axis servo motor 541 drives material carrying mechanism 16 on A axis rail screw rod 54 mobile according to the size of input To specified position, suitable material placement platform 11 is selected according to the requirement of processing, then presses respective material placement platform 11 left backer's locating piece 13, which rises, carrys out button, allows left backer's locating piece 13 to rise and comes, and material is close to material carrying mechanism 16 and a left side After backer's locating piece 11 is put well, the auxiliary press cylinder of respective material placement platform 11 is pressed, allows auxiliary pressing mechanism 15 material Material compresses, and after material is fixed, presses station call button, cuts ready, presses start button and starts to process, first Drilling, No. three 553 main shafts of cutter rotate forward, and No. three 553 main shaft cylinders of cutter push required for No. three 553 main shafts of cutter to processing Position, control system send the move of tri- axis of XYZ according to hole size, to realize drilling purpose, hole is drilled No. three latter 553 main shaft of cutter returns to home under the promotion of No. three 553 main shaft cylinders of cutter, and No. three 553 main shafts of cutter stop operating； Then tenon is milled, No. two 552 main shafts of cutter rotate forward, and No. two 552 main shaft cylinders of cutter push No. two 552 main shafts of cutter to processing institute Position is needed, control system sends the move of tri- axis of XYZ according to hole size, thus realize the purpose of milling tenon, tenon milling No. two 552 main shafts of cutter return to home, No. two 552 main shafts of cutter under the promotion of No. two 552 main shaft cylinders of cutter after good It stops operating；The processing method of right end is with step as left end；It is opened slightly with No.1 cutter 551 first, 551 main shaft of No.1 cutter It rotates forward, 551 main shaft cylinder of No.1 cutter pushes 551 main shaft of No.1 cutter position to required for processing, and control system is according to hole location Size sends the move of tri- axis of XYZ, to realize that arc opens thick purpose, it is main that arc opens thick No.1 cutter 551 after the completion Axis returns to home under the promotion of 551 main shaft cylinder of No.1 cutter, and 551 main shaft of No.1 cutter stops operating；Then with four Number 554 mill-tenon slot of cutter, No. four 554 main shafts of cutter rotate forward, and 551 main shaft cylinder of No.1 cutter pushes No. four 554 main shafts of cutter to arrive Position required for processing, control system send the move of tri- axis of XYZ according to hole size, thus realize mill-tenon slot purpose, No. four 554 main shafts of cutter return to home, No. four knives to tongue-and-groove under the promotion of No. four 554 main shaft cylinders of cutter after processing is completed Have 554 main shafts to stop operating.

In the description of this specification, the description of reference term " one embodiment ", " example ", " specific example " etc. means Particular features, structures, materials, or characteristics described in conjunction with this embodiment or example are contained at least one of the utility model In embodiment or example.In the present specification, schematic expression of the above terms be not necessarily referring to identical embodiment or Example.Moreover, particular features, structures, materials, or characteristics described can be in any one or more embodiment or examples In can be combined in any suitable manner.

The preferred embodiment in the utility model disclosed above is only intended to help to illustrate the utility model.Preferred embodiment is simultaneously There is no the details that detailed descriptionthe is all, also not limiting the utility model is only the specific embodiment.Obviously, according to this theory The content of bright book can make many modifications and variations.These embodiments are chosen and specifically described to this specification, is in order to preferably The principles of the present invention and practical application are explained, so that skilled artisan be enable to better understand and utilize this Utility model.The utility model is limited only by the claims and their full scope and equivalents.

Claims (4)

1. a kind of novel numerical control woodworker milling side drilling machine, including workbench (1), it is characterised in that: the top of the workbench (1) It is respectively arranged with control system control box (2) and tool storage library (3), and control system control box (2) and tool storage library (3) It is arranged and is provided with crossbeam between the top two sides of workbench (1), the control system control box (2) and tool storage library (3) (4), the rear portion of the workbench (1) is provided with tooling system (5), and the bottom of the workbench (1) is evenly arranged with control electricity Road plate electronic box (6), the top of the workbench (1) is evenly distributed to be provided with material placement platform (11), and the material is placed flat The top droop of platform (11) is provided with 45 ° of backer's locating pieces (12), is provided with a left side between material placement platform (11) described in two groups The bottom of backer's locating piece (13), the crossbeam (4) is evenly arranged with main feeding pressure mechanism (14) and auxiliary pressing mechanism respectively (15), and main feeding pressure mechanism (14) and auxiliary pressing mechanism (15) interlaced setting, the main feeding pressure mechanism (14) and auxiliary Feeding pressure mechanism (15) is arranged at the top of material placement platform (11), is provided with support at the top of the material placement platform (11) Expect mechanism (16), and material carrying mechanism (16) is arranged in the lower section of main feeding pressure mechanism (14) and auxiliary pressing mechanism (15), the control System operatio case (2) processed includes handwheel (21), barcode scanning gun (22) and control host (23), and the tooling system (5) includes that X-axis is watched Motor (51), Y-axis servo motor (52), Z axis servo motor (53), A axis rail screw rod (54) and pusher cylinder (55) are taken, it is described The output shaft of X-axis servo motor (51) is connected with X-axis guide rail (511) and X-axis driving rack (512), and X-axis driving rack (512) it is arranged in the bottom of X-axis guide rail (511), the X-axis guide rail (511) connect with crossbeam (4), the A axis rail screw rod (54) both ends are provided with A axis speed reducer (542), and the input terminal of the A axis speed reducer (542) is equipped with A axis servo motor (541), the output end of the pusher cylinder (55) is respectively arranged with No.1 cutter (551), No. two cutters (552), No. three cutters (553), No. four cutters (554) and No. five cutters (555), the main feeding pressure mechanism (14), auxiliary pressing mechanism (15), retainer machine Structure (16), handwheel (21), barcode scanning gun (22), X-axis servo motor (51), Y-axis servo motor (52), Z axis servo motor (53), A Axis servo motor (541), pusher cylinder (55) are electrically connected by control host (23) and control circuit board electronic box (6).

2. a kind of novel numerical control woodworker milling side according to claim 1 drilling machine, it is characterised in that: 45 ° of backers are fixed Inclination angle between position block (12) and left backer's locating piece (13) is 45 °, and two groups of 45 ° of backer's locating pieces (12) are about left backer Locating piece (13) is symmetrical arranged.

3. a kind of novel numerical control woodworker milling side according to claim 1 drilling machine, it is characterised in that: the workbench (1) Bottom be evenly arranged with stable support plate.

4. a kind of novel numerical control woodworker milling side according to claim 1 drilling machine, it is characterised in that: the material carrying mechanism (16) length is 100mm.