CN204984419U - A direction calibrating device for splitting stone equipment - Google Patents
A direction calibrating device for splitting stone equipment Download PDFInfo
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- CN204984419U CN204984419U CN201520476278.6U CN201520476278U CN204984419U CN 204984419 U CN204984419 U CN 204984419U CN 201520476278 U CN201520476278 U CN 201520476278U CN 204984419 U CN204984419 U CN 204984419U
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- tab
- expansion
- housing
- calibration device
- locator
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Abstract
The utility model relates to a building stones exploitation specifically provides a direction calibrating device for splitting stone equipment. The utility model discloses aim at solving the problem that the expansion device direction is difficult to the alignment. Mesh for this reason, the utility model discloses an it includes hydraulic power source, expansion device and hydraulic pressure pipe to split stone equipment. The expansion device includes the expansion pipe and the first and second inflation casings, both each other the symmetry set up and the size equals, at vacuole formation between the two, the expansion pipe setting is in this cavity and be connected to the hydraulic pressure pipe. Direction calibrating device includes the slide rail and sets up the locator on the slide rail that the expansion device equals and every locator all correspondingly overlaps on an expansion device with locator quantity to make the seam of the first and second inflation casings align along anticipated building stones divisural line. Due to the adoption of the structure, direction calibrating device can make the expansion device align along anticipated divisural line to make the inflation casing all follow fracture direction extrusion building stones, consequently improved and split stone efficiency and saved the energy by a wide margin.
Description
Technical field
The utility model relates to exploitation of stone, specifically provides a kind of direction calibration device for splitting stone equipment.
Background technology
Existing hydraulic pressure splits stone equipment and comprises at least one expansion gear, expansion tube-i.e. elastic rubber tube that expansion gear comprises two involutory expansion housings generally and is arranged in expansion housing.In operation, manually or electric hydraulic pump fluid under pressure is transported in this elastic rubber tube, elastic rubber tube expands and extrudes two expansion housings under the effect of hydraulic coupling, thus applies directive force therefore make it split to building stones.
But existing hydraulic pressure splits stone equipment and there are some problems.Specifically, when being placed into by multiple expansion gear in corresponding boring, expansion gear may along the direction alignment of building stones cracking, and this causes the direction splitting each expansion gear extruding building stones in stone process inconsistent, therefore cause serious energy dissipation, and split stone inefficiency.Therefore, this area needs a kind of direction calibration device to solve this problem.
Utility model content
The utility model is intended to the problem that the existing direction splitting the expansion gear of stone equipment of solution is difficult to align.For this purpose, the utility model provides a kind of direction calibration device for splitting stone equipment.This splits the hydraulic tube that stone equipment comprises hydraulic power source, at least one expansion gear and is connected with described expansion gear by described hydraulic power source.Described expansion gear comprises the first expansion housing, the second expansion housing and expansion tube.Described first expansion housing and described second expansion housing are mutually symmetrical and arrange and form cavity between which in assembled state, and described expansion tube to be arranged in described cavity and to be connected to described hydraulic tube.Described direction calibration device comprises slide rail and is arranged at least one locator on described slide rail, described expansion gear equal with described locator quantity and in operation each described locator be correspondingly enclosed within a described expansion gear, thus make the seam of the first each expansion housing in described expansion gear and the second expansion housing along the alignment of expection building stones divisural line.
Those skilled in the art it is understood that, owing to being provided with slide rail and locator, direction calibration device of the present utility model can make the seam between two expansion housings of each expansion gear align along expection building stones divisural line, thus make the expansion housing of each expansion gear along the direction extruding building stones that building stones ftracture, and deflection can not be there is, not only increase and split stone efficiency, also save energy significantly simultaneously.
Above-mentioned for splitting in the preferred embodiment of direction calibration device of stone equipment, each described locator comprises the first positioning housing and the second positioning housing and the first spring be arranged between described first positioning housing and described second positioning housing and the second spring.
Those skilled in the art are it is understood that split in the process of stone in extruding, and two expansion housings of each expansion gear can along the direction outwards movement perpendicular to expection building stones divisural line.In this case, each locator is arranged to comprise two positioning housings by the utility model, and two springs are set between two positioning housings, when expansion housing outwards moves along the direction perpendicular to expection building stones divisural line, it can extrude described positioning housing when resisting the elastic force of described spring, thus not only ensure that the seam of expansion housing is alignd with building stones divisural line, locator can also adapt to the outside extruding movement of expansion housing simultaneously.
Above-mentioned for splitting in the preferred embodiment of direction calibration device of stone equipment, described first positioning housing comprises the first tab and the second tab, described second positioning housing comprises the 3rd tab and the 4th tab, in assembled state, described first spring is connected between described first tab and described 3rd tab, and described second spring is connected between described second tab and described 4th tab.
Above-mentioned for splitting in the preferred embodiment of direction calibration device of stone equipment, described first expansion housing comprises the 5th tab and the 6th tab, described second expansion housing comprises the 7th tab and the 8th tab, in operation, described 5th tab and described 7th tab fit together and are contained between described first tab and described 3rd tab, and described 6th tab and described 8th tab fit together and be contained between described second tab and described 4th tab.
As hereinafter described by reference to the accompanying drawings, because the both sides of two positioning housings of each locator are provided with tab, when two positioning housings are to when being combined together, two can be formed receive space inside two, in operation, the tab on two sides of expansion housing is contained in described receiving space.Receiving space due to the positioning housing of each locator is alignment on the direction of building stones divisural line, therefore, when tab on two sides of expansion housing is contained in described receiving space, also aliging in direction along building stones divisural line by the seam of described expansion housing, thus makes each expansion gear along the direction extruding building stones perpendicular to building stones divisural line.
Above-mentioned for splitting in the preferred embodiment of direction calibration device of stone equipment, described direction calibration device also comprises the slide block equal with described locator quantity, each described locator is connected to described slide rail by a described slide block, and described slide block can slide on described slide rail.
Those skilled in the art are it is understood that split in stone operation actual, and the distance between each boring may be different according to concrete situation.Correspondingly, the distance be enclosed between the locator on each expansion gear also can be different.For this reason, direction calibration device of the present utility model is provided with and is connected to each locator and the slide block that can slide along described slide rail, to adapt to the change of bore position.
Above-mentioned for splitting in the preferred embodiment of direction calibration device of stone equipment, the described stone equipment that splits also comprises and is connected to energy distributor between described hydraulic power source and described expansion gear by described hydraulic tube, and described energy distributor is for regulating flow from the fluid of described hydraulic power source or pressure.
Above-mentioned for splitting in the preferred embodiment of direction calibration device of stone equipment, splitting in stone operating process, described slide rail is parallel with described expection building stones divisural line.
As hereinafter described by reference to the accompanying drawings, when described locator being arranged perpendicular to described slide rail and extending (connecting rod specifically between slide block and locator is perpendicular to described slide rail), after being set on each expansion gear by each locator, described slide rail will be parallel to described expection building stones divisural line.This not only contributes to regulating aiming at of the spacing between each locator and each locator and corresponding expansion gear, and also ensure that visual appearance.
Above-mentioned for splitting in the preferred embodiment of direction calibration device of stone equipment, described hydraulic power source is hydraulic hand-pump or electric hydraulic pump.
Above-mentioned for splitting in the preferred embodiment of direction calibration device of stone equipment, the outline of described first expansion housing and described second expansion housing is all semicircular, and/or the outline of described first positioning housing and described second positioning housing is also all semicircular.
Accompanying drawing explanation
Fig. 1 is according to the schematic diagram splitting stone equipment of the present utility model.
The schematic diagram that the setting direction that Fig. 2 is showing expansion gear of the prior art is not aimed at.
Fig. 3 is the schematic diagram according to direction calibration device of the present utility model.
Fig. 4 is the partial enlarged drawing according to direction calibration device of the present utility model.
Fig. 5 is the schematic diagram of the expansion gear mated with the direction calibration device shown in Fig. 4.
Detailed description of the invention
Fig. 1 is according to the schematic diagram splitting stone equipment of the present utility model.As shown in Figure 1, this splits stone equipment and comprises hydraulic power source 1, hydraulic tube 2 and expansion gear 5, and hydraulic tube 2 is connected between hydraulic power source 1 and expansion gear 5.It should be noted that, in order to clearly illustrate the expansion gear be arranged in building stones to be cracked, be broken away along its pre-manufactured hole 6 for building stones shown in Fig. 1, and for the ease of indicating Reference numeral, do not draw the hatching line of building stones, but expansion gear 5 is not correspondingly cut along this hatching line open.As shown in Figure 1, when carrying out splitting lapicide and doing, first at least one hole 6 prefabricated on building stones, the quantity in hole 6 is equal with the quantity of expansion gear 5, correspondingly arranges an expansion gear 5 in each hole 6.The size and shape of pre-manufactured hole 6 is arranged to similar to expansion gear 5 and after expansion gear 5 expands a little, just can be extruded the wall of pre-manufactured hole 6.Although the stone equipment that splits shown in Fig. 1 has 4 expansion gears 5, should be understood that, the expansion gear that the utility model also can arrange other quantity except 4 carries out splitting lapicide's work.Hydraulic power source 1 is for providing fluid under pressure for expansion gear 5; And preferably, hydraulic power source 1 is hydraulic hand-pump or electric hydraulic pump, and hydraulic tube 2 is high-pressure oil pipes.Hydraulic power source shown in Fig. 1 is hydraulic hand-pump and comprises manual lever 11, pressure sensor (being pressure meter in a specific embodiment) 12, pumps hydraulic fluid port 13 and pump body 14.Split stone equipment and also preferably include energy distributor 3 for regulating flow from the fluid of hydraulic power source 1 or pressure, described energy distributor 3 is connected between hydraulic power source 1 and expansion gear 5 by hydraulic tube 2.In the preferred embodiment illustrated in fig. 1, energy distributor 3 comprises distributor body 31, distributor oil-in 32, distributor first oil-out 33, distributor second oil-out 34, distributor the 3rd oil-out 35 and distributor the 4th oil-out 36.When not arranging energy distributor 3, handle manual lever 11 by the liquid pressing in pump body 14, fluid under pressure enters expansion gear 5 from pumping hydraulic fluid port 13 via hydraulic tube 2.When being provided with energy distributor 3, fluid under pressure enters distributor body 31 from pumping the upstream tube 21 of hydraulic fluid port 13 via hydraulic tube 2 by distributor oil-in 32, and the fluid under pressure obtained from distributor oil-in 32 is assigned to distributor first oil-out 33, distributor second oil-out 34, distributor the 3rd oil-out 35 and distributor the 4th oil-out 36 by distributor body 31.Fluid under pressure enters corresponding expansion gear 5 respectively by these distributor oil-outs via the first arm 22, second arm 23 of hydraulic tube 2, the 3rd arm 24 and the 4th arm 25.It should be pointed out that all parts in Fig. 1 is not draw in proportion.In order to details can be shown better, the illustrated dimensions of expansion gear 5 is amplified.Therefore, the illustrated dimensions in accompanying drawing between all parts is not intended to imply the size of parts and relative size or limit.
The schematic diagram that the setting direction that Fig. 2 is showing expansion gear of the prior art is not aimed at.Building stones to be cracked are shown in Fig. 2 and have been arranged on 4 expansion gears in these building stones.For simplicity, in figure and the not shown miscellaneous part splitting stone equipment.Building stones are prefabricated with 4 pre-manufactured holes (being generally boring) arranged along expection divisural line 100, particularly, expection divisural line 100 is through the center of circle of 4 pre-manufactured holes.Expansion gear comprises the first expansion housing 51, second expansion housing 55 and expansion tube 53, in assembled state the first expansion housing 51 and the second expanding shell 55 opposite each other and form cavity between which, expansion tube 53 is arranged in described cavity.The connection of hydraulic tube and expansion gear realizes particular by the connection of hydraulic tube and expansion tube 53.With regard to an expansion gear, when splitting the work of stone equipment fluid under pressure enter expansion tube 53 extrude the first expansion housing 51 and the second expansion housing 55 and therefore by these two housings respectively along the direction extruding building stones of diagram 2 arrows.In the ideal situation, expansion gear is to the direction of 2 of building stones extruding forces all perpendicular to expection divisural line, and therefore extruding force is not completely for wasting building stones cracking.But, existingly split stone equipment observes each expansion gear alignment case by naked eyes, probably occur situation as shown in Figure 2 when being therefore arranged on by expansion gear in the pre-manufactured hole of building stones to be cracked, namely expansion gear is not along the situation of the direction alignment of building stones cracking.That is, an expansion gear does not make this extruding force completely for being ftractureed by building stones perpendicular to expection divisural line to the direction of 2 of building stones extruding forces.Further, this will make to split the direction that in stone process, each expansion gear extrudes building stones also inconsistent each other.These factors all will cause serious energy dissipation and split stone inefficiency, even cause splitting stone failure.Although illustrated in Fig. 2 use 4 expansion gears to ftracture building stones time the extruding force of expansion gear to building stones be not orthogonal to the detailed description of the invention of expection divisural line, but should be understood that, use the expansion gear of other quantity except 4 except-such as include but not limited to 1,2,3,5 and 6 to ftracture building stones time also may occur that the extruding force of expansion gear to building stones is not orthogonal to and expect the situation of divisural line.Therefore, this area needs a kind of direction calibration device to solve this problem.
Fig. 3 is the schematic diagram according to direction calibration device of the present utility model.Building stones to be cracked are shown in Fig. 3, have been arranged on 4 expansion gears 5 in these building stones and according to direction calibration device of the present utility model.For simplicity, in figure and the not shown miscellaneous part splitting stone equipment.As consulted described by Fig. 2 above, in figure 3 building stones are prefabricated with equally 4 pre-manufactured holes (being generally boring) arranged along expection divisural line 100.Particularly, expect that divisural line 100 passes the center of circle of 4 pre-manufactured holes.Described direction calibration device comprises slide rail 101 and 4 locators 103 for being located by expansion gear 5, and described locator 103 is arranged on slide rail 101 and also can slides on slide rail 101.Preferably, described direction calibration device also comprises 4 slide blocks 102, and each locator 103 is connected to slide rail 101 by a slide block 102, and slide block 102 can slide on slide rail 101, thus realizes the slip of locator 103 on slide rail 101.Although figure 3 illustrates 4 slide blocks 102 and 4 locators 103, but should be understood that, direction calibration device of the present utility model can also arrange the slide block 102 of other quantity-such as include but not limited to 1,2,3,5 and 6 and locator 103 helps the expansion gear 5 splitting stone equipment to locate.It should also be noted that slide block 102 and locator 103 need man-to-man with the use of, both quantity is equal.After being arranged on by expansion gear 5 in pre-manufactured hole 6, stone surface is exposed on the top of expansion gear 5.By the position of shifting sledge 101 and make locator 103 slide on slide rail 101 and by making expansion gear 5 carry out necessary rotation in pre-manufactured hole 6, therefore exposed portion locator 103 being set to expansion gear 5 make expansion gear 5 aim at along expection divisural line 100.Direction calibration device of the present utility model achieves the location to expansion gear like this.Be similar to and consult described by Fig. 2, in Fig. 3, expansion gear 5 comprises the first expansion housing 51', the second expansion housing 55' and expansion tube 53', first expansion housing 51' and the second expanding shell 55' is opposite each other and form cavity between which in assembled state, and expansion tube 53' is arranged in described cavity.Hydraulic tube 2 realizes particular by hydraulic tube 2 and the connection of expansion tube 53' with the connection of expansion gear 5.Further, first expansion housing 51' and the second expansion housing 55' is symmetrical arranged and preferably equal and opposite in direction, and locator 103 is equal with the quantity of expansion gear 5 and be correspondingly enclosed within and an expansion gear 5 make the seam of the first expansion housing 51' of this expansion gear 5 and the second expansion housing 55' align along the expection divisural line 100 of building stones carrying out splitting each locator 103 when stone operates.So just achieve the direction calibration of the expansion gear 5 desired by the utility model, now the direction of 2 extruding forces of each expansion gear 5 pairs of building stones will not wasted perpendicular to expection divisural line 100-and extruding force are used for completely by building stones cracking.
Fig. 4 is the partial enlarged drawing according to direction calibration device of the present utility model.Locator 103 comprises the first positioning housing 1031, second positioning housing 1032 and the first spring 1033A be arranged between first and second positioning housing and the second spring 1033B.Preferably, the first and second springs are all extension springs.First positioning housing 1031 comprises the first tab 1031A and the second tab 1031B.Second positioning housing 1032 comprises the 3rd tab 1032A and the 4th tab 1032B.In assembled state, the first spring 1033A is connected between the first tab 1031A and the 3rd tab 1032A, and the second spring 1033B is connected between the second tab 1031B and the 4th tab 1032B.So, under non-mode of operation, form two in two inner sides of each ring-type locator 103 and receive space.As composition graphs 3 and hereafter composition graphs 5 description above, in assembled state, the tab on the external surface of expansion gear 5 will be contained in described receiving space.
Fig. 5 is the schematic diagram of the expansion gear 5 mated with the direction calibration device shown in Fig. 4.First expansion housing 51' comprises the 5th tab 511' and the 6th tab 512', and the second expansion housing 55' comprises the 7th tab 551' and the 8th tab 552'.It should be pointed out that shown in Fig. 5 be expansion tube 53 ' do not have expand state, now the first expansion housing 51' and the second expansion housing 55' fits together.Correspondingly, the 5th tab 511' and the 7th tab 551' and the 6th tab 512' and the 8th tab 552' also fits together.When positioning operation, first, the position of shifting sledge 101, locator 103 is slided on slide rail 101 and makes expansion gear 5 in pre-manufactured hole 6, carry out necessary rotation, then, slightly pull the first positioning housing 1031 and the second positioning housing 1032 that distance is between the two increased, finally, these two positioning housings are enclosed within exposing in the part of building stones of expansion gear 5.Under the elastic force effect of the first spring 1033A and the second spring 1033B, the first positioning housing 1031 and the second positioning housing 1032 clamp the exposed portion of expansion gear 5.Particularly, first tab 1031A and the 3rd tab 1032A clamps the 5th tab 511' and the 7th tab 551', 5th tab 511' and the 7th tab 551' is fit together and is contained between the first tab 1031A and the 3rd tab 1032A, second tab 1031B and the 4th tab 1032B clamps the 6th tab 512' and the 8th tab 552', make the 6th tab 512' and the 8th tab 552' fit together and be contained between the second tab 1031B and the 4th tab 1032B, thus achieve the direction calibration of expansion gear 5.It should be noted that, when locator 103 is arranged in clamping expansion gear 5, first positioning housing 1031 and the inner surface of the second positioning housing 1032 do not contact the external surface of the first expansion housing 51' and the second expansion housing 55', and the seam between two expansion housings that so just farthest can ensure each expansion gear is alignd along the direction of divisural line 100 all the time.Pass through said structure, the utility model makes the seam of the 5th tab 511' and the 7th tab 551' and the 6th tab 512' overlap with the expection divisural line 100 of building stones with the seam of the 8th tab 552', so just achieve the direction calibration of the expansion gear 5 desired by the utility model, now the direction of 2 extruding forces of expansion gear 5 pairs of building stones all will not wasted perpendicular to expection divisural line 100-and extruding force are used for completely by building stones cracking.As alternate embodiment, the specification of the first spring 1033A and the second spring 1033B can be set, make under non-mode of operation, the size together with the size together with the size in the receiving space of two inner sides of each ring-type locator 103 to fit to the 7th tab 551' slightly larger than the 5th tab 511' and the 6th tab 512' fit to the 8th tab 552'.So, between the tab of expansion gear 5 and the tab of locator 103, form matched in clearance, thus the tab of locator 103 can not clamp or the tab of extrusion expansion device 5 in assembled state.
Preferably, the outline of the first expansion housing 51' and the second expansion housing 55' is all semicircular, and/or the outline of the first positioning housing 1031 and the second positioning housing 1032 is all also semicircular.
In addition, although the first expansion housing 51' that the application describes is identical with the shape of the second expansion housing 55' and the shape of the first positioning housing 1031 and the second positioning housing 1032 is also identical, those skilled in the art it is easily understood that, can ensure that locator 103 cover to be set on expansion gear 5 and under limiting the prerequisite of its rotation direction, the shape of the first expansion housing 51' and the second expansion housing 55' and the first positioning housing 1031 and the second positioning housing 1032 can be arranged to different from each other according to embody rule occasion, this does not depart from protection domain of the present utility model.
So far, shown by reference to the accompanying drawings preferred embodiment describes the technical solution of the utility model, but those skilled in the art are it is easily understood that protection domain of the present utility model is obviously not limited to these detailed description of the invention.Under the prerequisite not departing from principle of the present utility model, those skilled in the art can make equivalent change or replacement to correlation technique feature, and these changes or the technical scheme after replacing it all will fall within protection domain of the present utility model.
Claims (9)
1., for splitting a direction calibration device for stone equipment, this splits the hydraulic tube that stone equipment comprises hydraulic power source, at least one expansion gear and is connected with described expansion gear by described hydraulic power source,
Described expansion gear comprises: the first expansion housing; Second expansion housing, described first expansion housing and described second expansion housing are mutually symmetrical and arrange and form cavity between which in assembled state; And expansion tube, it to be arranged in described cavity and to be connected to described hydraulic tube,
It is characterized in that, described direction calibration device comprises slide rail and is arranged at least one locator on described slide rail, described expansion gear equal with described locator quantity and in operation each described locator be correspondingly enclosed within a described expansion gear, thus make the seam of the first each expansion housing in described expansion gear and the second expansion housing along the alignment of expection building stones divisural line.
2. direction calibration device according to claim 1, is characterized in that, each described locator comprises the first positioning housing and the second positioning housing and the first spring be arranged between described first positioning housing and described second positioning housing and the second spring.
3. direction calibration device according to claim 2, it is characterized in that, described first positioning housing comprises the first tab and the second tab, described second positioning housing comprises the 3rd tab and the 4th tab, in assembled state, described first spring is connected between described first tab and described 3rd tab, and described second spring is connected between described second tab and described 4th tab.
4. direction calibration device according to claim 3, it is characterized in that, described first expansion housing comprises the 5th tab and the 6th tab, described second expansion housing comprises the 7th tab and the 8th tab, in operation, described 5th tab and described 7th tab fit together and are contained between described first tab and described 3rd tab, and described 6th tab and described 8th tab fit together and be contained between described second tab and described 4th tab.
5. direction calibration device according to claim 4, it is characterized in that, described direction calibration device also comprises the slide block equal with described locator quantity, and each described locator is connected to described slide rail by a described slide block, and described slide block can slide on described slide rail.
6. direction calibration device according to claim 5, it is characterized in that, the described stone equipment that splits also comprises and is connected to energy distributor between described hydraulic power source and described expansion gear by described hydraulic tube, and described energy distributor is for regulating flow from the fluid of described hydraulic power source or pressure.
7. the direction calibration device according to any one of claim 2 to 6, is characterized in that, is splitting in stone operating process, and described slide rail is parallel with described expection building stones divisural line.
8. direction calibration device according to claim 7, is characterized in that, described hydraulic power source is hydraulic hand-pump or electric hydraulic pump.
9. direction calibration device according to claim 8, it is characterized in that, the outline of described first expansion housing and described second expansion housing is all semicircular, and/or the outline of described first positioning housing and described second positioning housing is also all semicircular.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520476278.6U CN204984419U (en) | 2015-07-03 | 2015-07-03 | A direction calibrating device for splitting stone equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520476278.6U CN204984419U (en) | 2015-07-03 | 2015-07-03 | A direction calibrating device for splitting stone equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204984419U true CN204984419U (en) | 2016-01-20 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520476278.6U Withdrawn - After Issue CN204984419U (en) | 2015-07-03 | 2015-07-03 | A direction calibrating device for splitting stone equipment |
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| Country | Link |
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| CN (1) | CN204984419U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104929645A (en) * | 2015-07-03 | 2015-09-23 | 北京旭日汇安矿山工程技术有限公司 | Direction calibration device for stone cracking equipment |
-
2015
- 2015-07-03 CN CN201520476278.6U patent/CN204984419U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104929645A (en) * | 2015-07-03 | 2015-09-23 | 北京旭日汇安矿山工程技术有限公司 | Direction calibration device for stone cracking equipment |
| CN104929645B (en) * | 2015-07-03 | 2017-05-03 | 北京旭日汇安矿山工程技术有限公司 | Direction calibration device for stone cracking equipment |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160120 Effective date of abandoning: 20170503 |