CN207289430U - A kind of portable modular Boring device - Google Patents
A kind of portable modular Boring device Download PDFInfo
- Publication number
- CN207289430U CN207289430U CN201621120226.6U CN201621120226U CN207289430U CN 207289430 U CN207289430 U CN 207289430U CN 201621120226 U CN201621120226 U CN 201621120226U CN 207289430 U CN207289430 U CN 207289430U
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Abstract
The utility model provides a kind of portable modular Boring device, it includes feeding carriage module, boring bar drive module, bore hole bracket engagement module, controller and boring bar weldering bar module；Bore hole processing module is made of multi-functional boring processing modules such as coaxial boring bar driver, vertical boring bar driver, single shaft weldering bar drivers；Based on module feeding carriage module, the control being axially moved to boring bar or weldering bar and its respective drivers can be achieved, and contain the electronic drive unit of bore hole processing module part, it is possible to achieve the modularization of portable boring processing unit boring processing operation and automation.Therefore, the utility model has both the function of portable automatic Boring machine and boring welding machine, may be mounted at and repair is directly carried out on pending workpiece, complete the integrated treatment operation of bore hole, and there is the characteristics of operating procedure is few, and installation time and process-cycle are short, high precision machining.
Description
Technical field
Automatic multifunctional machinery processing apparatus field is the utility model is related to, especially a kind of portable modular automatic precision
Close Boring device.
Background technology
In industries such as mining industry, forestry, construction industry, Metallurgy Industry and shipbuildings, heavy construction equipment is widely used.Due to this
A little equipment bear a heavy burden or are pressurized greatly, and the bore hole of some key positions easily causes deformation and mill after the operation of a period of time
Damage.If repaired not in time, heavy construction equipment performance will be made gradually to reduce, so that can not use.
However, during the maintenance of heavy construction equipment, how to repair impaired bore hole is a technology difficulty
Topic；That is heavy construction equipment volume is extremely huge, if it is huge to transport heavy construction equipment back cost that manufacturer repaired
Greatly, and overlong time, capacity utilization is reduced.Therefore, it is necessary to select flight-line maintenance factory at the scene or nearby to carry out maintenance.
At present, the bore hole of damage is in most cases repaired using manual type in China, but manual type maintenance does not have
Have one it is unified, accurately, the maintenance method of timesaving and economy.That is, not only the time is grown for manual type maintenance, and
And precision is low so that the bore hole restricted lifetime after reparation, the level dispatched from the factory cannot be reached by the performance of maintenance of equipment.
To overcome this phenomenon, some Climax Portable Machine Tools Inc. such as the U.S., Canada
The company such as York Portable Machine Tools have developed Portable Automatic Boring machine (7,770,498 B2 of US)
With boring welding machine (US12573113), to realize scene or the automated maintenance of bore hole nearby.This technology in developed country
There are vicennial application and developing history, China belongs to imitation stage at present.
However, the Boring machine and the widely used separation of boring welding machine, stand alone type design, cargo handling process of above-mentioned company's production are cumbersome
And with repeatability, influence to repair precision.
Utility model content
In order to overcome problem above, the utility model aims to provide a kind of portable modular Boring device, uses
Modularized design, mechanism simple, makes Boring machine and boring welding machine become a part for the processing unit (plant), suitability is strong, can install
Repair is directly carried out on workpiece, without repeating to load and unload and can realize the modularization boring to a variety of working processes of bore hole progress
Hole automatic processing device.
To achieve the above object, the technical solution of the utility model is as follows：
The utility model provides a kind of portable modular Boring device；It includes feeding carriage module, at bore hole
Manage module, bore hole bracket engagement module and boring bar or weldering bar module；Bore hole processing module, including the coaxial boring with coupling stent
Bar driver, vertical boring bar driver and single shaft weldering bar driver；Feeding carriage module be used for realization to boring bar or weldering bar and its
The control that corresponding driver is axially moved, it includes sliding unit, fixed cell and rotary drive unit；The coaxial boring bar
Driver, vertical boring bar driver or single shaft weldering bar driver, stent is coupled with fastener, seamed collet or without slot liner by it
Set, is fixed on the sliding unit of the feeding carriage module；Bore hole bracket engagement module is by boring bar gland and affixed with it
Gland fix tail and the fixation tail welding plate affixed with it and welding rod with welding plate, boring bar and form；Wherein, the gland
With fixed tail with pending workpiece boring is concentric places, the gland is welded on welding plate and the pending workpiece by welding rod
Together；The fixed tail welding plate is welded together with the pending workpiece by welding rod；The feeding carriage module passes through
Its fixed cell is fixed in bore hole bracket engagement mould boring bar gland in the block；
When carrying out Boring technique, boring bar is inserted into boring bar from the boring bar gland and fixes tail, and same with bore hole
Axis is placed；The boring bar uses fastener, seamed collet or slotless with the coaxial boring bar driver or vertical boring bar driver
Bushing Joint Joint, wherein, the boring bar gland and boring bar fix tail and embed ball bearing, to carry boring bar with described
Coaxial boring bar driver or vertical boring bar driver boring bar driver are rotated, and the coaxial boring bar driver or hang down
Straight boring bar driver is driven by the rotary drive unit；Alternatively, when carrying out technique for welding, the weldering bar is welded with single shaft
Bar driver Joint, the weldering bar fix tail insertion from the boring bar, and the weldering bar is carried out with single shaft weldering bar driver
Motion positions, the single shaft weldering bar driver are driven by the rotary drive unit.
Preferably, the bore hole processing module further include realize boring bar or weld bar axially and in rotation move twin shaft control
Groove processing driver knead dough washes driver in boring.
Preferably, the sliding unit of the feeding carriage module further includes：Ball-screw, driving gear set and Feed servo system
Unit；The Feed servo system unit driving driving gear set and ball-screw, to control the boring bar placed on sliding unit or weldering
The axial movement of bar.
Preferably, the feeding carriage module further includes：The rotary drive unit being provided in feeding carriage module, works as boring
After bar driver or weldering bar driver are installed in bore hole bracket engagement module, the rotary drive unit is responsible for boring bar driver
The control of rotary motion.
Preferably, the portable modular Boring device further includes concentric cone, waits to locate for working as boring bar being inserted into
In the bore hole of science and engineering part, boring bar is set to be located in the concentric bore hole of pending workpiece by boring with one heart；The fixed tail is welded
After plate is welded together with the pending workpiece by welding rod, the cone with one heart slides and goes with the extraction of the boring bar automatically
Remove.
Preferably, the boring bar gland and gland welding plate is affixed, and the boring bar fixes tail and fixed tail
It is affixed with welding plate, it is affixed by fastener.
Preferably, the sliding unit includes being used to reinforce or loosen on the coupling stent of the bore hole processing module
Fastener, seamed collet or slotless bushing；Bore hole processing module and boring bar or weldering bar fit through fastener, seamed collet or
Slotless bushing is completed affixed.
Preferably, the controller module in feeding carriage module is further included, the controller module is shown by figure
Show device, membrane switch panel and communicating circuit composition, control the feeding carriage module and bore hole processing module to boring bar or weldering
Bar is axially moved and rotary motion.
It can be seen from the above technical proposal that portable modular automatic precision Boring dress provided by the utility model
Put, have the advantages that：
1., modularization：Its mechanism simple, achieve that the module that a variety of working processes are carried out to bore hole without repetition handling
Change bore hole automatic processing device.
2., convenient disassembly：The portable bore hole processing equipment factory Climax bore holes series machine of current maximum in the world
Device and boring weldering Series machine, senior technician at least needs 27 minutes to carry out installation bore hole machine, it is necessary to more than 20 minutes removed Boring machine,
31 minutes are also needed to install boring welding machine, takes nearly 90 minutes altogether.
And the modularization boring processing equipment of the utility model design production, part installation and removal program is simplified, is saved
Installation time, makes whole flow process be compressed to 40 minutes, and machining accuracy increases.
3., the device may be mounted on workpiece and directly to carry out repair, complete the required processing of bore hole.It is more existing its
For the portable automatic Boring machine and boring welding machine of the production of its company, with operating procedure is few, the process-cycle is short and processing is smart
Spend the characteristics of high.
Brief description of the drawings
Fig. 1 is the assembling structure schematic diagram of the utility model portable modular automatic precision Boring device
Fig. 2 is the feeding carriage module side in the utility model portable modular automatic precision Boring device depending on cuing open
View
Fig. 3 is the feeding carriage module side view in the utility model portable modular automatic precision Boring device
Fig. 4 is the feeding carriage module side view in the utility model portable modular automatic precision Boring device
Fig. 5 is the feeding carriage module rearview in the utility model portable modular automatic precision Boring device
Fig. 6 is that the coaxial boring bar driver in the utility model portable modular automatic precision Boring device is faced
Figure
Fig. 7 is that the coaxial boring bar drive-side in the utility model portable modular automatic precision Boring device regards
Figure
Fig. 8 is that the vertical boring bar driver in the utility model portable modular automatic precision Boring device is overlooked
Figure
Fig. 9 is that the vertical boring bar drive-side in the utility model portable modular automatic precision Boring device regards
Figure
Figure 10 is that the single shaft weldering bar driver in the utility model portable modular automatic precision Boring device is bowed
View
Figure 11 is that the single shaft in the utility model portable modular automatic precision Boring device welds bar drive-side
View
Figure 12 is the bore hole bracket engagement module in the utility model portable modular automatic precision Boring device
Structure diagram
Embodiment
Embodying the embodiment of the utility model features and advantages will describe in detail in the explanation of back segment.It should be understood that this
Utility model can have various changes in different examples, it does not all depart from the scope of the utility model, and therein
Illustrate and illustrate to regard purposes of discussion in itself, and be not used to limitation the utility model.
Below in conjunction with attached drawing 1-7, the portable modular Boring device by specific embodiment to the utility model
And its installation method is described in further detail.
Referring to Fig. 1, the assembling structure that Fig. 1 is the utility model portable modular automatic precision Boring device is shown
It is intended to.As shown in Figure 1, the device include feeding carriage module 1.0, bore hole processing module 2.0, bore hole bracket engagement module 3.0,
Control module 4.0 and boring bar 5.0 or weldering bar module 6.0, to complete the integrated treatment operation of bore hole.Wherein, for example, boring bar 5.0
Can be 1000 millimeters of boring bars 5.1 or 1500 millimeters of boring bars 5.2 or other size (not shown), weldering bar 6.0 can be 60 millimeters
Weld bar 6.1 or 175 millimeters of weldering bars 6.2 or other size (not shown).
It should be noted that in the embodiment of the utility model, to realize the modularization of portable Boring device,
Feeding carriage module 1.0 in the utility model is made usually as basic module, bore hole processing module 2.0 including some drivers
For selectable unit (SU), come axial direction and the rotary motion realized the boring bar being fixed in bore hole bracket engagement module 3.0 or weld bar 5.0
Control.
Specifically, to be adapted to different processing tasks, bore hole processing module 2.0 can be equipped with boring bar driving unit or weldering bar
Rotary drive unit；For example, boring bar driving unit can be as shown in Figure 1 in coaxial boring bar driver 2.1 or vertical boring bar
Driver 2.2；Weldering bar rotary drive unit can be as shown in Figure 1 in single shaft weldering bar driver 2.3.
When feeding carriage module 1.0 with it is shown in coaxial boring bar driver 2.1 or vertical boring bar driver 2.2 combine
When, it can be achieved that the cutting function such as bore hole and chamfering；When feeding carriage module 1.0 with weldering bar rotating driver combine when, it can be achieved that
The functions such as week weldering, section weldering and skip welding to bore hole.
Further, feeding carriage module 1.0 can also be with other block combiners, i.e. bore hole processing module 2.0 can be with
Including other modules, to realize other processing functions to Boring；For example, bore hole processing module 2.0 can also be included in fact
Groove processing driver (not shown) knead dough washes driver (figure in the boring of the control of biaxial movement axially and in rotation of existing boring bar or weldering bar
Do not show) etc..
Refer to Fig. 2 and Fig. 3, Fig. 2 be in the utility model portable modular automatic precision Boring device into
Carrier module sectional view is given, Fig. 3 is the feeding carriage in the utility model portable modular automatic precision Boring device
Module side view.As shown in Fig. 2, it is used for realization to boring bar 5.1 or welds the feeding carriage module 1.0 of 5.2 surge motion control of bar
Including sliding unit 1.1, fixed cell 1.2 and rotary drive unit 1.5；Bore hole processing module 2.0 couples stent by it and consolidates
Tap into the sliding unit 1.1 in carrier module 1.0.
Specifically, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10 and Figure 11 are referred to, Fig. 4 is portable for the utility model
Feeding carriage module side view in formula modularization automatic precision Boring device, Fig. 5 are the utility model portable module
Change the feeding carriage module rearview in automatic precision Boring device；Fig. 6 is automatic for the utility model portable modular
Coaxial boring bar driver front view in accurate Boring device, Fig. 7 are the utility model portable modular automatic precision
Coaxial boring bar drive-side view in Boring device；Fig. 8 is the utility model portable modular automatic precision bore hole
Vertical boring bar drive-side view in processing unit (plant), Fig. 9 are the utility model portable modular automatic precision Boring
Vertical boring bar drive-side view in device.
For sake of convenience, in the present embodiment, using the coaxial boring bar driver 2.1 in bore hole processing module 2.0
Exemplified by be described in detail the syntagmatic of bore hole processing module 2.0 and feeding carriage module 1.0, in bore hole processing module 2.0
Other drivers combination principle it is essentially identical, this is no longer going to repeat them.
As shown in Figure 4, Figure 5, Figure 6 and Figure 7, include using fastener 1.11 on sliding unit 1.1；Coaxial boring bar driver
2.1 be to be connected by coupling stent 2.11 with the sliding unit 1.1 of feeding carriage module 1.0, and affixed with fastener 1.11,
Then positioned by the fastener 2.12 in coaxial boring bar driver 2.1 or seamless bush.In the other of the utility model
In embodiment, fastener 1.11 can be substituted with seamed collet or slotless bushing etc. and reach affixed function.
User can reinforce by adjusting on sliding unit 1.1 fastener 1.11 or loosen coaxial boring bar driver
2.1.During if necessary, with other drivers in bore hole processing module 2.0 to replace coaxial boring bar driver 2.1, first pine is only needed
Bolt and nut 1.11 in dynamic sliding unit 1.1, takes out coaxial boring bar driver 2.1, using the placement of above-mentioned the same manner and more
Change vertical boring bar driver 2.2 (as shown in Figure 8 and Figure 9) or single shaft weldering bar driver 2.3.
As shown in Figure 10 and Figure 11, single shaft weldering bar driver 2.3 can also connect sliding unit by coupling stent 2.31
1.1, i.e., it is connected by fastener 1.11 on sliding unit 1.1 with feeding carriage module 1.0, and with fastener 2.12 or seamless lining
Set positioning.After a boring processing operation is completed, user need to only unscrew a pair of of fastener on feeding carriage sliding unit
1.11, you can replace next boring processing module and start new operation, without dismantling bore hole bracket engagement module 3.0, feeding support
Frame module 1.0 and controller 4.0.
In some preferred embodiments of the utility model, as shown in Figures 2 and 3, the inside of sliding unit 1.1 has
Leading screw casing 1.13, leading screw casing 1.13 engage connection with ball-screw 1.3.Ball-screw 1.3 and leading screw follower gear
1.43 are located by connecting by key mapping.
Feed servo system unit 1.6 can be feed servo motor.In the present embodiment, feed servo motor 1.6, which is equipped with, closes
Suitable ball-screw 1.3 and driving gear set 1.4, realize the driving and control being axially moved to bore hole processing module.Feeding is driven
In feeding carriage module 1.0, servomotor 1.6 is located by connecting moving cell 1.6 with driving gear 1.41 by key mapping.When watching
When taking the work of motor 1.6, driving gear 1.41 engages with follower gear 1.42 and drives follower gear 1.42；Dynamic follower gear
1.42 engage with ball-screw follower gear 1.43, and drive ball-screw follower gear 1.43, single so as to fulfill sliding
Member 1.1 and the feed motion for the boring drive module 2.0 placed thereon.
It is the bore hole bracket in the utility model portable modular automatic precision Boring device to refer to 12, Figure 12
Fit module structure diagram.As shown in figure 12, bore hole bracket engagement module 3.0 fixes tail by boring bar gland 3.1, boring bar
3.3rd, gland welding plate 3.2, fixed tail welding plate 3.4 and welding rod 3.5 are formed.Wherein, gland 3.1 and fixed tail 3.3
With pending workpiece boring is concentric places, gland welding plate 3.2 is welded together with pending workpiece by welding rod 3.5；It is fixed
Tail welding plate 3.4 is welded together with pending workpiece by welding rod 3.5.
In the present embodiment, boring bar gland 3.1 is connected fixation with gland with welding plate 3.2 by four pairs of bolt and nuts；Boring
Bar fixes tail 3.3 and is also connected fixation by four pairs of bolt and nuts with welding plate 3.4 with fixed tail.Boring bar gland 3.1 is being located with waiting
After the boring of science and engineering part is placed with one heart, gland welding plate 3.2 and pending workpiece welding rod 3.5 are welded together；Equally, inciting somebody to action
Fixed tail 3.3 with welding rod with welding plate 3.4 and pending workpiece with after the concentric placement of pending workpiece boring, one is welded on by fixed tail
Rise, wherein, boring bar gland 3.1 and boring bar fix tail 3.3 and are embedded with the internal diameter rolling identical with boring bar 5.0 or weldering 6.0 diameter of bar
Pearl bearing, two ball bearings can support boring bar 5.0 or weldering 6.0 weight of bar at the same time.
The rotary motion of coaxial boring bar driver 2.1, vertical boring bar driver 2.2 and single shaft weldering bar driver 2.3 controls
It can be realized by the rotary drive unit 1.5 in feeding carriage module 1.0.
Before Boring technique is carried out, boring bar 5.0 can by concentric cone (not shown) and bore hole bracket engagement module 3.0
With with bore hole coaxial placement, boring bar 5.0 from boring bar fix tail 3.3 be inserted into boring bar gland 3.1, and make boring bar 5.0 with it is coaxial
The coupling stent 2.11 of boring bar driver 2.1 uses fastener, seamed collet or slotless bushing Joint, wherein, boring bar is fixed
First 3.1 and boring bar fix the embedded ball bearing of tail 3.3, be rotated with carrying boring bar 5.0 with boring bar driver 2.1,
Coaxial boring bar driver 2.1 is driven by rotary drive unit.
When carrying out technique for welding, weldering bar 6.0 is consolidated with 2.3 Joint of single shaft weldering bar driver, weldering bar 6.0 from boring bar
Fixed first 3.1 insertion, weldering bar 6.0 carry out motion positions with single shaft weldering bar driver 2.3.
Process tool can be placed and is fixed on boring bar 5.0.Feeding carriage module 1.0 is fixed on boring by its fixed cell
In boring bar gland in hole bracket engagement module 3.0.
Bore hole bracket engagement module 3.0 is nested with bore hole support with one heart by the fixed cell 1.2 in feeding carriage module 1.0
In gland 3.1 in frame fit module 3.0, the support base fastener 1.21 of fixed cell 1.2 steps up, to reach extruding
The purpose of cooperation.
Bore hole bracket engagement module 3.0 can also ensure feeding carriage module 1.0, boring processing module 2.0 and boring bar at the same time
Weldering bar module 5.0 is co-axially mounted.
Bore hole processing module 2.0 and the assembling of boring bar 5.0 or weldering bar 6.0, can drive according to selected coaxial boring bar
Depending on 2.3 situation of device 2.1, vertical boring bar driver 2.2 and single shaft weldering bar driver, specific assembly relation is as follows：
1., when coordinating with coaxial boring bar driver 2.1, coaxial boring bar driver 2.1 leans on adjusting screw 2.12 and boring bar
5.0 connect and fix.
2., when coordinating with vertical boring bar driver 2.2, vertical boring bar driver 2.2 is by positioning pin 2.12 and boring bar 5.0
Connect and fix.
3., single shaft weldering bar driver 2.3 coordinated with weldering bar 6.0 using the fastener on coupler 2.31 or seamed collet and connected
Connect and fix.
In addition, the modular portable Boring device of the utility model is further included installed in feeding carriage module 1.0
On controller module 4.0, controller module 4.0 is made of graphic alphanumeric display, membrane switch panel and communicating circuit, control into
Boring bar 5.0 is driven to carrier module 1.0 and bore hole processing module 2.0 or weldering bar 6.0 is axially moved and rotary motion.
Controller module 4.0 is by cable connection in 1.0 afterbody of feeding carriage module.
In conclusion by above-mentioned feeding carriage module 1.0, boring bar drive module 2.0, bore hole bracket engagement module 3.0,
The cooperation of controller 4.0 and boring bar weldering bar module 5.0, can complete the modularization of portable boring processing unit installation and automatic
Change.
In the embodiment of the utility model, a kind of installation method of modular portable Boring device is further included,
There is the processing of at least a pair of concentric bore hole on pending workpiece, it may include steps of：
Step S1：Boring bar is inserted into the bore hole of pending workpiece, by boring with one heart, boring bar is located at pending workpiece same
In the bore hole in axle center；
Step S2：Boring bar gland and the gland welding plate affixed with it, and boring bar fix tail and affixed with it
Fixed tail welding plate, is inserted into from the both ends of bore hole respectively, and makes the gland and fixation tail and pending workpiece boring is concentric puts
Put；
Step S3：Gland welding plate and the pending workpiece are welded together by welding rod；Fixed tail is welded
Plate is welded together with pending workpiece by welding rod；
Step S4：Extract boring bar out, automatic slide of cone removes with one heart；
Step S5：Bore hole bracket engagement module is fixed in fixed single in feeding carriage module by its boring bar gland
Member；If carrying out boring bar operation, step S6 is performed；If carrying out weldering bar operation, step S7 is performed；
Step S6：The coupling stent Joint of sliding unit in feeding carriage module and boring bar driver, boring bar is from boring
Bar fixes tail and is inserted into boring bar gland, boring bar with having the boring bar driver Joint for coupling stent, wherein, boring bar gland
Tail is fixed with boring bar and embeds ball bearing, is rotated with carrying boring bar or weldering bar with bore hole processing module；
Step S7：The coupling stent Joint of bar and single shaft weldering bar driver is welded, weldering bar is inserted into from boring bar gland, welds bar
It is rotated with single shaft weldering bar driver.
It should be noted that in the embodiment of the utility model, the diameter due to welding bar is typically smaller than thorax bar, and weldering bar is simultaneously
Boring bar gland is not undertaken on and boring bar is fixed on the ball bearing that tail embeds.In order to be installed in place weldering bar, can by into
It is finely adjusted to carrier module；Similarly, in order to make the Cutting tool installation manner on thorax bar in place, can also be carried out by feeding carriage module
Fine setting.
In the present embodiment, step S5 is specifically included：
Step S51：According to the job requirements of pending workpiece, a kind of driver in bore hole processing module is selected；Wherein,
The bore hole processing module includes coaxial boring bar driver, vertical boring bar driver, single shaft and welds bar driver, realizes boring bar or weldering
Bar moves groove processing driver knead dough in the boring of twin shaft control and washes driver axially and in rotation；
Step S52：The coupling stent fastener, seamed collet or slotless bushing of selected bore hole processing module is affixed
Sliding unit in feeding carriage module；
Step S53：Driving gear set and ball-screw in Feed servo system unit, coordinate sliding unit to be placed thereon to control
Bore hole processing module axially position movement.
The embodiment of only the utility model above, embodiment and the patent protection model for being not used to limitation the utility model
Enclose, therefore the equivalent structure change that every specification and accompanying drawing content with the utility model is made, similarly it should be included in
In the scope of protection of the utility model.
Claims (8)
- A kind of 1. portable modular Boring device；It is characterized in that, described device is realized by modularization composite structure The integrated function of Boring machine and boring welding machine, including：Bore hole processing module, including the coaxial boring bar driver with coupling stent, vertical boring bar driver and single shaft weldering bar drive Dynamic device；Feeding carriage module, is used for realization the control being axially moved to boring bar or weldering bar and its corresponding driver, it includes sliding Moving cell, fixed cell and rotary drive unit；The coaxial boring bar driver, vertical boring bar driver or single shaft weldering bar driver, by its couple stent and fastener, Seamed collet or slotless bushing, is fixed on the sliding unit of the feeding carriage module；Bore hole bracket engagement module, is fixed tail with welding plate, boring bar by boring bar gland and the gland affixed with it and is consolidated with it The fixation tail welding plate and welding rod connect is formed；Wherein, the gland and fixed tail with pending workpiece boring is concentric places, institute Gland welding plate is stated with the pending workpiece by welding rod to weld together；The fixed tail welding plate with it is described pending Workpiece is welded together by welding rod；The feeding carriage module is fixed on the bore hole bracket engagement mould by its fixed cell In boring bar gland in the block；When carrying out Boring technique, boring bar fixes tail from the boring bar and is inserted into boring bar gland, and is coaxially put with bore hole Put；The boring bar uses fastener, seamed collet or slotless bushing with the coaxial boring bar driver or vertical boring bar driver Joint, wherein, the boring bar gland and boring bar fix tail and embed ball bearing, are driven with carrying boring bar with the coaxial boring bar Dynamic device or vertical boring bar driver are rotated, and the coaxial boring bar driver or vertical boring bar driver are by the rotation Turn driving unit drive；Alternatively,When carrying out technique for welding, the weldering bar and single shaft weldering bar driver Joint, the weldering bar are consolidated from the boring bar Determine head insertion, the weldering bar carries out motion positions with single shaft weldering bar driver, and the single shaft welds bar driver by the rotation Turn driving unit drive.
- 2. portable modular Boring device according to claim 1, it is characterised in that the bore hole processing module Further include groove processing driver knead dough in the boring for the twin shaft control of movement axially and in rotation realized boring bar or weld bar and wash driver.
- 3. portable modular Boring device according to claim 1, it is characterised in that the feeding carriage module Sliding unit further include：Ball-screw, driving gear set and Feed servo system unit；The Feed servo system unit drives driving cog Wheel group and ball-screw, with the axial movement for controlling the boring bar placed on sliding unit or welding bar.
- 4. portable modular Boring device according to claim 1, it is characterised in that the feeding carriage module Further include：The rotary drive unit being provided in feeding carriage module, when boring bar driver or weldering bar driver are installed on bore hole After in bracket engagement module, the rotary drive unit is responsible for the control of boring bar driver rotary motion.
- 5. portable modular Boring device according to claim 1, it is characterised in that further include concentric cone, institute Stating cone with one heart ensures being co-axially mounted for feeding carriage module, boring processing module and bore hole bracket engagement module, for working as boring Bar is inserted into the bore hole of pending workpiece, boring bar is located in the concentric bore hole of pending workpiece by boring with one heart；When by institute State after fixed tail welding plate and the pending workpiece welded together by welding rod, the cone with one heart with the boring bar pumping Go out, automatic slide removes.
- 6. portable modular Boring device according to claim 1, it is characterised in that the boring bar gland with Gland welding plate it is affixed, and the boring bar fix tail with fixation tail welding plate it is affixed, be affixed by fastener.
- 7. portable modular Boring device according to claim 1, it is characterised in that the sliding unit includes Fastener, seamed collet or the slotless bushing on coupling stent for reinforcing or loosening the bore hole processing module；Bore hole Processing module and boring bar or weldering bar fit through fastener, seamed collet or slotless bushing complete it is affixed.
- 8. portable modular Boring device according to claim 1, it is characterised in that further include installed in feeding Controller module in carrier module, the controller module are made of graphic alphanumeric display, membrane switch panel and communicating circuit, The feeding carriage module and bore hole processing module are controlled to boring bar or weldering bar is axially moved and rotary motion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621120226.6U CN207289430U (en) | 2016-10-13 | 2016-10-13 | A kind of portable modular Boring device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621120226.6U CN207289430U (en) | 2016-10-13 | 2016-10-13 | A kind of portable modular Boring device |
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| Publication Number | Publication Date |
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| CN207289430U true CN207289430U (en) | 2018-05-01 |
Family
ID=62270279
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| Application Number | Title | Priority Date | Filing Date |
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| CN201621120226.6U Withdrawn - After Issue CN207289430U (en) | 2016-10-13 | 2016-10-13 | A kind of portable modular Boring device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106944830A (en) * | 2016-10-13 | 2017-07-14 | 朱湘冀 | A kind of portable modular Boring device and installation method |
| CN116423232A (en) * | 2023-05-12 | 2023-07-14 | 武义扬升机械设备有限公司 | Manual-automatic integrated boring and welding integrated machine |
-
2016
- 2016-10-13 CN CN201621120226.6U patent/CN207289430U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106944830A (en) * | 2016-10-13 | 2017-07-14 | 朱湘冀 | A kind of portable modular Boring device and installation method |
| CN106944830B (en) * | 2016-10-13 | 2019-05-10 | 朱湘冀 | A kind of portable modular Boring device and installation method |
| CN116423232A (en) * | 2023-05-12 | 2023-07-14 | 武义扬升机械设备有限公司 | Manual-automatic integrated boring and welding integrated machine |
| CN116423232B (en) * | 2023-05-12 | 2023-09-29 | 武义扬升机械设备有限公司 | Manual-automatic integrated boring and welding integrated machine |
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| AV01 | Patent right actively abandoned | ||
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Granted publication date: 20180501 Effective date of abandoning: 20190510 |