CN201086146Y - Reducing-torque force multi-shaft drilling machine - Google Patents
Reducing-torque force multi-shaft drilling machine Download PDFInfo
- Publication number
- CN201086146Y CN201086146Y CNU2007201442141U CN200720144214U CN201086146Y CN 201086146 Y CN201086146 Y CN 201086146Y CN U2007201442141 U CNU2007201442141 U CN U2007201442141U CN 200720144214 U CN200720144214 U CN 200720144214U CN 201086146 Y CN201086146 Y CN 201086146Y
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- rail set
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Abstract
The utility model discloses a torque-variable multi-shaft drilling machine which comprises a machine frame, a power transmission assembly, a power supply, a plurality of slide rail assemblies, a driving screw rod, a plurality of driven drill stands and two high-torque drill stands. Accordingly, the high-torque drill stands of the utility model are independently positioned at one side of the machine frame, the driven drill stands are adjusted and displaced on the slide rail assemblies, and the power transmission assembly transfers the different torques of the power supply to the drill heads preset on the driven drill stands and the two high-torque drill stands. Based on the flexible and adjustable positions of the driven drill stands and the different torques, the utility model has sufficient torque, stable operation and capability of torque-variable drilling operation.
Description
Technical field
The utility model relates to a kind of drilling machine, is meant a kind of different torsion multiple borer that can select with most different torsion drill bits especially.
Background technology
Because drilling machine now must precisely bore most hole parts of system simultaneously, can be convenient to meet the assembling demand between each assembly, so various drilling machine location structure and assembly have become rig production firm one of most important selling point when competition; But, more and more many main equipments need big quantity, large-sized boring coordinating operation (for example: the joint of girder steel, the combination of heavy facility), therefore, the facility that can carry out multi-spindle drilling simultaneously begin to occur, and the emphasis when how to develop the multiple borer that more meets user's demand and having become the industry research and development.
Multiaxial type drilling machine on the market mostly as shown in Figure 1 at present, directly use a rotating disk 10 to cooperate some adjustment pieces 11 to adjust many drill bits 12, this kind can carry out the multi-spindle drilling operation really simultaneously at the multiaxial type drilling machine of same axle center configuration, but, still have following problems to produce after the practicality of above-mentioned conventional borehole machine:
One, the rotating disk 10 that this kind commonly used the design of multiaxial type drilling machine lacks the positioning supports design, in drill bit 12 torsion deficiencies, support under the not enough influence, this product of commonly using only can cooperate the operation of boring the small-bore, can't satisfy large-scale boring needs on the practice so plant the multiaxial type drilling machine.
Its two, along with the complexity of bore operation is more and more high, the demand of porous operation is arranged not only, more produce the demand of different torsion along with the demand in machining object thickness, material, aperture; But aforesaid multiaxial type drilling machine only possesses same power source, when facing big torsion of difference or bore size, can't among same processing stroke, carry out the big synchronous boring of torsion difference at all, machining object still need move to have on big torsion, the large-sized machine table and process in addition, the complex job program that aforementioned torsion difference causes, not only can influence whole cost, also cause the puzzlement that separately to make in the operation.
They are three years old, most important key is, the personnel that in the past carried out bore operation must prepare the rig of high torsion rig and another low torsion simultaneously, and will carry out work, the difficulty work that the most at all can't reach especially under the collocation of two equipment simultaneously.
In order effectively to solve aforementioned issues associated, research and development technology and experience that the utility model designer was accumulated in the drilling machine field based on the past, but from stable support, adjust to change and can select to use the demand assistant that different torsion are processed, develop finally and different torsion multiple borer of the present utility model.
The utility model content
Technical problem to be solved in the utility model provides a kind of different torsion multiple borer, and it can select to carry out the boring work of different torsion at any time, can possess sufficient work torsion, adjustment displacement effect again, effectively stablizes the boring work of many drill bits.
For solving the problems of the technologies described above, the different torsion multiple borer of the utility model includes: a support, at least one slide rail set, a transmission of power group, a power source, at least one drive screw rod, some passive drilling cramps and at least one high torsion drilling cramp; Wherein:
This slide rail set, screw lock are positioned at outside this support;
This transmission of power group, screw lock are positioned this support top, and the some power transfer assemblies of interior tool, and this transmission of power group is via power transfer assembly some Universal arms that stretch out;
Those power sources, corresponding connection drive this transmission of power group, and plural power source is by this transmission of power group transferring power, and each power source drives the default Universal arm on this transmission of power group respectively;
This drives screw rod, is hubbed on this support below and parallel this slide rail set; And
Those passive drilling cramps, system is slidingly installed on this slide rail set one by one, the one end is linked to the Universal arm of this transmission of power group, the limited slide rail set of this passive drilling cramp only can stability line the advance and retreat displacement, and should drive solid those the passive drilling cramps of screw rod spiral shell on slide rail set, at each passive drilling cramp other end drill bit is installed in addition; And
This high torsion drilling cramp, location-independent is in a side of this support separately, and is assembled with drill bit on the high torsion drilling cramp, and this drill bit is linked to this transmission of power group equally and is driven.
The technique effect that the utility model can reach is: high by this torsion drilling cramp adopts location-independent in support one side, and utilize this transmission of power group that the different torsion of power source are passed to the drill bit of default passive drilling cramp and the drill bit of two high torsion drilling cramps, and can select or carry out different torsion work simultaneously;
So the utility model drives passive drilling cramp and high torsion drilling cramp respectively with a power source, really can carry out the boring work of different torsion simultaneously.
The mat slide rail set allows the passive drilling cramp that possesses drill bit can adjust displacement thereon, passive drilling cramp advance and retreat are then adjusted in this drive screw rod rotation, and this transmission of power group passes to the different torsion of power source on the drill bit of default passive drilling cramp, and the high torsion drilling cramp of mat adopts location-independent in support one side, drill bit that can the high torsion drilling cramp of stable position;
So the utility model drives passive drilling cramp and high torsion drilling cramp respectively with a power source; Aforementioned slide rail set allows passive drilling cramp stable position, and this passive drilling cramp modulation position flexibly, adds that this high torsion drilling cramp adopts location-independent in support, allows the utility model can possess that torsion changes and the stable function of adjusting.
Relevant this case utility model is the technology of reaching above-mentioned purpose, being adopted, means and other effect, enumerate now that but a preferable embodiment and conjunction with figs. describe in detail as after, this embodiment is not the unique aspect of the utility model, but believe purpose, feature and other advantage of this case utility model, when can by one deeply and concrete understanding.
Description of drawings
Below in conjunction with drawings and Examples the utility model is described in further detail:
Fig. 1 is the side schematic view of commonly using.
Fig. 2 is the combination stereogram of the utility model preferred embodiment.
Fig. 3 is the side view of the utility model preferred embodiment.
Fig. 4 is that the passive drilling cramp of the utility model preferred embodiment cooperates the slide rail set stereogram.
Reference numeral is among the figure: 10 1 rotating disks; 11 1 adjust piece; 12 1 drill bits; 20 1 supports; 21 1 activity spaces; 22 1 running openings; 30 1 slide rail set; 40 1 transmission of power groups; 41 1 Universal arms; 50 1 power sources; 60 1 drive screw rod; 70 1 passive drilling cramps; 72 1 positioned at intervals sheets; 73 1 drill bits; 80 1 high torsion drilling cramps; 81 1 drill bits.
The specific embodiment
See also Fig. 2, Fig. 3 and shown in Figure 4, it includes a kind of different torsion multiple borer of the present utility model: members such as a support 20, at least one slide rail set 30, a transmission of power group 40, a power source 50, at least one drive screw rod 60, some passive drilling cramps 70 and two high torsion drilling cramps 80 combine; Its detailed structure is described as follows:
This support 20, its inside offer an activity space 21, and offer a running opening 22 in a side of activity space 21;
This slide rail set 30, screw lock are positioned at outside the running opening 22 of this support 20, and offer T type chute on the slide rail set 30;
This transmission of power group 40, screw lock is positioned this support 20 tops, and the some power transfer assemblies of interior tool (for example: gear train, worm screw group, belt group etc.), and this transmission of power group 40 is via aforementioned power transfer assembly some Universal arms 41 that stretch out, and makes the activity space 21 of each Universal arm 41 by this support 20 arrive operating opening 22 places;
This power source 50, corresponding connection drive this transmission of power group 40, and power source 50 is by these transmission of power group 40 transferring power, and aforementioned power source 50 drives the default Universal arm 41 on this transmission of power group 40 respectively;
This drives screw rod 60, is hubbed on this support 20 belows, and parallel this slide rail set 30; And
Those passive drilling cramps 70, system is slidingly installed in the T type chute of this slide rail set 30 one by one, the running opening 22 that the one end passes this support 20 is linked to the Universal arm 41 of this transmission of power group 40, these passive drilling cramp 70 limited slide rail set 30 only can stability line the advance and retreat displacement, and this drive screw rod 60 cooperates some positioned at intervals sheet 72 screw locks to fix those passive drilling cramps 70 on slide rail set 30, at each passive drilling cramp 70 other ends drill bit 73 is installed in addition;
This high torsion drilling cramp 80, location-independent is in a side of support 20 separately, and is assembled with drill bit 81 on the high torsion drilling cramp 80, and this drill bit 81 is linked to this transmission of power group 40 equally and is driven;
The above is the correlation position and the general introduction thereof of each associated component of the utility model.
Clearly demonstrate enforcement of the present utility model for asking, the embodiment of primary embodiment below be described, see also shown in each figure:
As shown in the figure, this transmission of power group 40 of the utility model preferred embodiment, screw lock is positioned this support 20 tops, and the some power transfer assemblies of interior tool (for example: gear train, worm screw group, belt group or gear train collocation worm screw group), and this transmission of power group 40 is towards extending some Universal arms 41, utilize power source 50 corresponding connections to drive this transmission of power group 40, and the power of the different torsion of these transmission of power group 40 transmission drive default Universal arm 41 and two high torsion drilling cramps 80 on this transmission of power group 40 respectively; By this, when those passive drilling cramps 70 are linked to the Universal arm 41 of this transmission of power group 40, those passive drilling cramps 70 are the default less torsion of performance respectively, and be positioned at two high torsion drilling cramps 80 of support 20 1 sides, then can allow drill bit 81 be linked to this transmission of power group 40 equally, and driven with high torsion, so the utility model really can fill the different high and low torsion performance of part performance;
So the utility model can utilize the distribution of this transmission of power group 40, allow those passive drilling cramps 70, high torsion drilling cramp 80 produce different torsion collocation simultaneously, and the stable bore operation that carries out different torsion, and then break through the different torsion boring processing that in the past can't reach.
What be worth special instruction is, this transmission of power group 40 of the utility model cooperates the operating mode of power source 50 not only can reach different torsion running, and this this high torsion drilling cramp 80 separately location-independent in a side of support 20, not only cooperate power source 50 can produce more sufficient torsion, and can increase the running stability of high torsion drilling cramp 80.
The utility model can be reached following purpose by this:
One, the utility model power source drive different passive drilling cramps, high torsion drilling cramp respectively, really can select at any time to carry out the boring work of different torsion or process on one to be processed simultaneously.
Its two, high torsion drilling cramp location-independent of the present utility model, slide rail set then can drive passive drilling cramp displacement on demand, and this passive drilling cramp modulation position flexibly.
In sum, a kind of different torsion multiple borer of the innovation structure design department of this case, it includes support, transmission of power group, a power source, some slide rail set, drive members such as screw rod, some passive drilling cramps and two high torsion drilling cramps combines;
The mat previous designs, this high torsion drilling cramp adopts location-independent in support one side, and utilize slide rail set to allow passive drilling cramp can adjust displacement thereon, and this transmission of power group pass to the drill bit of default passive drilling cramp and the drill bit of two high torsion drilling cramps with the different torsion of power source; So the utility model possesses sufficient torsion, stable running and selects the ability of different torsion boring;
The feature technology of being exposed at this case embodiment, all publications before application, had not also been seen, also be not disclosed use, not only have the fact that effect is as mentioned above promoted, have more can not be indiscreet and negligent additional effect, hereat, " novelty " of the present utility model and " creativeness " have all met patent statute, so propose the application of utility model patent in accordance with the law, to request and give examination and grant quasi patent early, the true feeling moral is just.
Claims (5)
1. different torsion multiple borer, it is characterized in that: this different torsion multiple borer includes: a support, at least one slide rail set, a transmission of power group, a power source, at least one drive screw rod, some passive drilling cramps and at least one high torsion drilling cramp combine; Wherein:
This slide rail set, screw lock are positioned at outside this support;
This transmission of power group, screw lock are positioned this support top, and the some power transfer assemblies of interior tool, and this transmission of power group is via power transfer assembly some Universal arms that stretch out;
Those power sources, corresponding connection drive this transmission of power group, and plural power source is by this transmission of power group transferring power, and each power source drives the default Universal arm on this transmission of power group respectively;
This drives screw rod, is hubbed on this support below and parallel this slide rail set; And
Those passive drilling cramps, system is slidingly installed on this slide rail set one by one, the one end is linked to the Universal arm of this transmission of power group, the limited slide rail set of this passive drilling cramp only can stability line the advance and retreat displacement, and should drive solid those the passive drilling cramps of screw rod spiral shell on slide rail set, at each passive drilling cramp other end drill bit is installed in addition; And
This high torsion drilling cramp, location-independent is in a side of this support separately, and is assembled with drill bit on the high torsion drilling cramp, and this drill bit is linked to this transmission of power group equally and is driven.
2. different torsion multiple borer according to claim 1 is characterized in that: wherein, the power transfer assembly in this transmission of power group can be gear train, worm screw group or belt group.
3. different torsion multiple borer according to claim 1 is characterized in that: wherein, the power transfer assembly in this transmission of power group can be that gear train cooperates the worm screw group to be formed by connecting.
4. different torsion multiple borer according to claim 1 is characterized in that: wherein, offer T type chute on this slide rail set; Those passive drilling cramps utilize T type structure to be slidingly installed in one by one on this slide rail set.
5. different torsion multiple borer according to claim 1 is characterized in that: wherein:
This support, its inside offers an activity space, and offers a running opening in a side of activity space;
This slide rail set, screw lock are positioned at outside the running opening of this support; And
The running opening that those passive drilling cramps, an end pass this support is linked to the Universal arm of this transmission of power group.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201442141U CN201086146Y (en) | 2007-09-28 | 2007-09-28 | Reducing-torque force multi-shaft drilling machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201442141U CN201086146Y (en) | 2007-09-28 | 2007-09-28 | Reducing-torque force multi-shaft drilling machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201086146Y true CN201086146Y (en) | 2008-07-16 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007201442141U Expired - Fee Related CN201086146Y (en) | 2007-09-28 | 2007-09-28 | Reducing-torque force multi-shaft drilling machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201086146Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104968457A (en) * | 2013-02-06 | 2015-10-07 | 埃尔塞乐公司 | Device for drilling an acoustic component, cassette, acoustic drilling method and method of manufacturing an acoustic component |
| CN107225261A (en) * | 2016-03-23 | 2017-10-03 | 余敏守 | The multiple borer of energy two-dimension adjustment drill bit |
-
2007
- 2007-09-28 CN CNU2007201442141U patent/CN201086146Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104968457A (en) * | 2013-02-06 | 2015-10-07 | 埃尔塞乐公司 | Device for drilling an acoustic component, cassette, acoustic drilling method and method of manufacturing an acoustic component |
| CN107225261A (en) * | 2016-03-23 | 2017-10-03 | 余敏守 | The multiple borer of energy two-dimension adjustment drill bit |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20080716 Termination date: 20140928 |
|
| EXPY | Termination of patent right or utility model |