CN2884146Y - Automatically levelling type laser crushing instrument - Google Patents
Automatically levelling type laser crushing instrument Download PDFInfo
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- CN2884146Y CN2884146Y CN 200620100253 CN200620100253U CN2884146Y CN 2884146 Y CN2884146 Y CN 2884146Y CN 200620100253 CN200620100253 CN 200620100253 CN 200620100253 U CN200620100253 U CN 200620100253U CN 2884146 Y CN2884146 Y CN 2884146Y
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Abstract
The utility model relates to an automatic leveling laser swinger, which comprises a power supply and a gravity leveling mechanism in a casing, wherein, the swing part of the leveling mechanism is provided with a laser which generates vertical collimated laser beam; an optical device which turns incident laser by 90 degrees is arranged on the projection path of the laser; the optical device is connected with a revolving axle; a motor is also arranged in the casing; the power drive unit is arranged between the motor and the revolving axle. The utility model is characterized in that: the swing part of the leveling mechanism is also provided with one or a plurality of projectors to project the collimated laser beam, and a projection path of the projector is provided with a conversion device which converts the collimated laser beam into laser vertical plane. The utility model has the advantages that: two groups of the orthogonal collimated laser beam projector and the vertical plane conversion device can be arranged on the swing part of the leveling mechanism, so as to form a plurality of cross-shaped intersectional laser baselines on wall face, zenith and ground, and the utility model can satisfy positioning requirement of multiple constructions, such as ceiling decoration, light fixture positioning and ground laying simultaneously.
Description
Technical field:
The utility model relates to a kind of Geoplane that can form a kind of self leveling of horizontal laser light line, vertical laser rays on object.
Background technology:
Horizontal reference or plumb datum all need be determined in building, decoration and equipment installing area in operation process.Traditional horizontal reference obtains by surveyor's staff or plastic water pipe, and plumb datum is often by drawing the weight line to obtain, but all there is the defective that precision is not high, operating efficiency is low in these methods.
In recent years, along with progress of science and technology and development, the production cost of lower powered visible laser was significantly reduced, and therefore made this class laser instrument become possibility in the universal use of civil area.Chinese patent 91226755 discloses a kind of many benchmark automatic laser collimator apparatus, it can provide automatic vertical reference field and automatic horizontal reference field, this patented technology is provided with a right angle reflector and one scan device on the basis of self leveling laser vertical instrument, the self leveling laser vertical instrument produces automatic perpendicular laser beam, it can scan a surface level when scanner directly is fixed on the projected path of perpendicular laser beam, but when producing vertical, needs then must pull down scanner earlier, fixing right angle reflector on the projected path of perpendicular laser beam then, by right angle reflector perpendicular laser beam is become horizontal laser beam, the last light-emitting window that again scanner is fixed on right angle reflector scans a vertical laser plane by its rotation.In the middle of reality is used, the defective of this patented technology is apparent, because it can not produce vertical reference field and level reference simultaneously, and the use of various level references and vertical reference field is frequent in the construction, utilize this patented technology the situation of right angle reflector and scanner must occur frequently changeing, use very inconvenient.Chinese patent 97102392 also discloses a kind of laser leveler that can produce level reference and vertical reference field automatically, place Shi Qineng autoscan in certain slant range vertically when this laser leveler and go out a level reference, it can go out a vertical reference field by autoscan again in certain slant range when this laser leveler traverse, in the middle of reality is used, though the convenience of its practicality and operation is improved, but it still can not produce level reference and vertical reference field simultaneously, still can't satisfy the construction occasion that need determine level and vertical benchmark simultaneously.
Comprehensive the above, the weak point separately at prior art is necessary to be improved.
Summary of the invention:
The purpose of this utility model is: a kind of Geoplane that can form a kind of self leveling of horizontal laser light line, vertical laser rays on object simultaneously is provided.The utility model is achieved through the following technical solutions:
A kind of Geoplane of self leveling comprises: be located at power supply and gravity Anping mechanism in the housing, the swing component of Anping mechanism is provided with the laser instrument that produces vertical collimated laser beam, on the projected path of laser instrument, be provided with one with turn back 90 ° optical devices of incident laser, these optical devices are connected on the single-revolution axle, also be provided with motor in the housing, wherein be provided with actuating unit between motor and revolving shaft; It is characterized in that: also be provided with the grenade instrumentation of one or more projection collimated laser beams on the swing component of described Anping mechanism, on the projected path of grenade instrumentation, be provided with the conversion equipment that collimated laser beam is converted to vertical of laser.When the Geoplane of described self leveling when occurred level tilts within the specific limits, the compensation of corresponding angle of inclination can be made by gravity Anping mechanism, make the collimated laser beam of the laser instrument projection that is fixed on Anping mechanism swing component remain vertical direction, being fixed on optical devices on the revolving shaft turns back the perpendicular laser beam of incident and becomes after 90 ° horizontality outwards to throw, motor drives revolving shaft by gearing and optical devices are done swing or gyration, thereby the laser beam that optical devices are outwards throwed is converted to laser level plane.In the utility model, owing on the swing component of Anping mechanism, also be provided with other one or more grenade instrumentations that can produce collimated laser beam, and the collimated laser beam that is produced can be converted device and be converted to the laser plumb face, so the utility model can produce laser level plane and laser plumb face simultaneously, thereby can on metope, produce more than one " ten " word intersection laser-based directrix.Utilize this practical a kind of more useful result to be, two groups of mutually orthogonal collimated laser beam grenade instrumentations and vertical conversion equipment can be set on the swing component of Anping mechanism, thereby can form a plurality of " ten " word intersection laser-based directrix on metope, zenith and ground, can satisfy the location needs of multiple construction operations such as ceiling decoration, light fixture location and ground laying simultaneously.
In the utility model, described grenade instrumentation is provided in a side of the spectroscope on the described laser instrument projected path or is located at collimation laser device on Anping mechanism swing component.Utilize spectroscopical beam split function, described vertical collimated laser beam can be divided into one continues to keep the transmission collimated laser beam and of former vertical state projection by the reflection collimated laser beam that throws behind the certain angle of turning back, thereby can obtain two collimated laser beams with a collimation laser device, therefore can reach the purpose that reduces the utility model manufacturing cost, this point shows more obviously when the high-grade laser instrument that uses wavelength below 630nm.Certainly utilize the collimation laser device that is arranged on Anping mechanism swing component, can realize goal of the invention of the present utility model too.
In the utility model, the laser beam of described grenade instrumentation projection is horizontal collimated laser beam.Owing to be horizontal collimated laser beam, so being converted, it can intersect with laser level plane after device is converted to vertical of laser, thereby guarantee on metope, to get ten " word intersection laser-based directrix, utilize the scanister of similar rotation pentaprism one class horizontal collimated laser beam can be converted to vertical of laser in addition.
In the utility model, described conversion equipment comprises: gearing, revolving shaft and one are with turn back 90 ° optical devices of incident laser, the centre of gyration of revolving shaft overlaps with incident laser substantially, and optical devices are located on the revolving shaft, and gearing is located between revolving shaft and the motor.Motor drives affected swing of revolving shaft or gyration by gearing, because optical devices are provided in a side of on the revolving shaft, so optical devices can link with revolving shaft, also because described optical devices can be turned back incident laser 90 °, so have vertical of certain segment angle or the laser in full week by the horizontal collimated laser beam of incident being scanned into the swing of revolving shaft or gyration.
In the utility model, described conversion equipment is the cylindrical lens that is connected on Anping mechanism swing component, and the axis normal collimated laser beam of cylindrical lens also is parallel to surface level all the time.Collimated laser beam can reflect during by cylindrical lens, it just can be refracted as collimated laser beam a flat lasing area with certain segment angle when the axis normal collimated laser beam of cylindrical lens, when the parallel axes surface level of cylindrical lens, lasing area that its refraction produces is vertical state.Owing to utilize cylindrical lens not need above-mentioned revolution and optical devices etc. just can produce vertical of laser, make the advantage simple, that cost is low so have.
In the utility model, described optical devices are that pentaprism or two sides angle are 45 ° catoptron.Because pentaprism has the incident light characteristic vertical with emergent light, so turning back vertical incoming laser beam, it is the outgoing laser beam of level, but the pentaprism market price of general second class precision is all comparatively expensive, though, can increase the manufacturing cost of product so it has advantage easy to use.The market price of plane mirror is very cheap, and the angle optical devices that to be 45 ° catoptron form in two sides also can make incident light vertical with the emergent light maintenance, so utilize the two sides can realize goal of the invention of the present utility model too, and can reduce manufacturing cost of the present utility model through the catoptron of accurately proofreading and correct angle.
In the utility model, the Geoplane of described a kind of self leveling comprises the leveling device of indicator shell and terrain slope degree.Because gravity Anping mechanism can only make compensation to the angle of inclination in limited housing slant range, and even more important reason is when the housing run-off the straight, the incidence point of perpendicular laser beam on optical devices can depart from the centre of gyration, and then have influence on the accuracy of level or vertical laser datum face, the big more this influence in drift angle is just big more, so the range of tilt angles of necessary strict restriction housing has enough degree of accuracy with the reference field that guarantees output when using.
In the utility model, be provided with the adjusting knob of adjustment housings and terrain slope angle below the described housing.When the angle of inclination on housing and ground surpasses the maximal value of regulation, utilize the regulatory function of adjusting knob can correct this inclination of housing, thereby make the utility model can adapt to the bigger construction occasion of the terrain slope gradient.
In the utility model, the bottom of described housing is connected with a base, and described adjusting knob is located on the base, is provided with the structure that both are rotated relatively freely between housing and base.Because described housing and base can rotate relatively freely,, help to increase work efficiency so can adjust the direction of laser plumb face when using very easily according to the needs of constructing.
In the utility model, the Geoplane of described a kind of self leveling comprises the locking system that can make the static rapidly magnetoresistive devices of Anping mechanism swing component and can realize locking to Anping mechanism swing component.When gravity Anping mechanism is subjected to external interference and during the vibration that swings back and forth, can produces electromagnetic distu to the swing component of gravity Anping mechanism by set magnetoresistive devices, thereby can make the vibration back and forth of swing component stop rapidly.When instrument in transportation, when mobile, frequent collision can take place in swing component and housing, so just might influence the accuracy of the utility model structure, and can realize locking, thereby can avoid above-mentioned harmfulness result's appearance fully Anping mechanism swing component by locking system.
Description of drawings:
Fig. 1 is the structural representation of an embodiment of the present utility model.
Fig. 2 is that E to Fig. 1 embodiment is to vertical view.
Fig. 3 is that F to Fig. 1 embodiment is to partial view.
Fig. 4 is the structural representation of another embodiment of the present utility model.
Fig. 5 is that G to Fig. 4 embodiment is to vertical view.
Embodiment:
In conjunction with Fig. 1,2, shown in 3: the structure of an embodiment of the present utility model comprises: upper shell 1, motor seat board 2, horizontal motor 3, small pulley 4, horizontal alignment plate 5, catoptron 6, vertical revolving shaft 7, shaft-cup 8, little bearing 9, big bearing 10, mirror unit 11, driving-belt 12, catoptron 13, universal joint 14, driving-belt 15, lower house 16, horizontal axis of rotation 17, big bearing 18, catoptron 19, little bearing 20, shaft-cup 21, vertical wiring board 22, vertical motor 23, mirror unit 24, motor seat board 25, mirror unit 26, small pulley 27, swing component 28, locking slide block 29, locking knob 30, lower house seat 31, base 32, weight 33, cloudy Buddhist nun's sheet 34, magnet 35, magnetic receiver 36, adjusting knob 37, battery cover 38, battery case 39, vertical laser instrument 40, spectroscope base 41, spectroscope 42, horizontal Electric Machine Control key 43, circle bubble 44, vertical Electric Machine Control key 45.
Be further described below in conjunction with the structure of accompanying drawing this enforcement:
As shown in Figure 1, gravity Anping mechanism is located in the lower house 16, gravity Anping mechanism mainly is made up of universal joint 14, swing component 28, weight 33, universal joint 14 has two mutually orthogonal rotational freedoms, swing component 28 is connected on one group of swing bearing of universal joint 14 by straight pin, another group swing bearing of universal joint 14 is fixed on the lower house 16, and weight 33 wherein also is fixed with cloudy Buddhist nun's sheet 34 by the bottom of screw retention at swing component 28 between weight 33 and swing component 28.The lower surface of swing component 28 left side boss is fixed with vertical laser instrument 40, the upper surface of boss is fixed with spectroscope base 41, spectroscope 42 is glued on the spectroscope base 41, can make the laser beam of its projection keep vertical state by the gib screw of adjusting vertical laser instrument 40, can make reflection lasering beam keep the horizontality projection by two gib screws adjusting spectroscope base 41.Because swing component 28 lower house 16 is relatively done freely swinging of two orthogonal directionss, so no matter lower house 16 at which direction occurred level tilts, swing component 28 can both be made corresponding swing in the opposite direction under the restoring moment effect of weight 33, thereby can keep original state of swing component 28 constant, promptly keep the vertical state of transmission laser bundle constant, the horizontality of reflection lasering beam is constant.
As shown in Figure 1, vertical revolving shaft 7 is fixed in the axis hole of upper shell 1 with little bearing 9 by big bearing 10, be processed with the groove that holds driving-belt 12 on the periphery of wherein vertical revolving shaft 7 big ends, the inclined-plane gluing of vertical revolving shaft 7 lower ends is connected to catoptron 6, mirror unit 11 by screw retention on the big plane of vertical revolving shaft 7 lower ends, catoptron 13 is glued on the mirror unit 11, can make the catoptron 6 and the minute surface of catoptron 13 be 45 ° of angles by two gib screws adjusting mirror unit 11, after perpendicular laser beam incides catoptron 6, be reflected to catoptron 13, after the reflection once more of catoptron 13, just become the outgoing laser beam of level.Horizontal motor 3 is fixed in the upper shell 1 by motor seat board 2, on two pins of horizontal motor 3, be welded with horizontal alignment plate 5, horizontal alignment plate 5 is provided with the Electric Machine Control circuit, small pulley 4 is fixed on the output shaft of horizontal motor 3, be with driving-belt 12 at small pulley 4 and 7 of vertical revolving shaftes, when horizontal motor 3 rotates, small pulley 4 just drives vertical revolving shaft 7 by driving-belt 12 and rotates, because catoptron 6 and catoptron 13 and revolving shaft 7 interlocks are so can become a laser level plane with horizontal outgoing laser beam rotation sweep.
As shown in Figure 1, horizontal axis of rotation 17 is fixed in the axis hole on lower house 16 right sides with little bearing 20 by big bearing 18, wherein be processed with the groove that holds driving-belt 15 on the periphery of horizontal axis of rotation 17 big ends, the inclined-plane gluing of horizontal axis of rotation 17 left ends is connected to catoptron 19, mirror unit 24 by screw retention on the big plane of horizontal axis of rotation 17 left ends, catoptron 26 is glued on the mirror unit 24, can make the catoptron 19 and the minute surface of catoptron 26 be 45 ° of angles by two gib screws adjusting mirror unit 24, after horizontal laser beam incides catoptron 19, be reflected to catoptron 26, through catoptron 26 once more the reflection after just become vertical outgoing laser beam.Vertical motor 23 is fixed on the right side of lower house 16 by motor seat board 25, be welded with vertical wiring board 22 on two pins of vertical motor 23, vertical wiring board 22 is provided with the Electric Machine Control circuit, small pulley 27 is fixed on the output shaft of vertical motor 23, be with driving-belt 15 at small pulley 27 and 17 of horizontal axis of rotations, when vertical motor 23 rotates, small pulley 27 just drives horizontal axis of rotation 17 by driving-belt 15 and rotates, because catoptron 19 and catoptron 26 and horizontal axis of rotation 17 interlocks are so can become a laser plumb face with vertical outgoing laser beam rotation sweep.
As shown in Figure 1, the lower-left side of lower house 16 is fixed with battery case 39, is provided with battery in the battery case 39, and the battery outside is provided with a battery cover 38, and battery cover 38 can prevent that battery from dropping out from battery case 39.Lower house seat 31 is by the bottom of screw retention at lower house 16, be with locking knob 30 on the protruding axle on its upper right plane, locking slide block 29 is connected on the locking knob 30 by eccentric pin, when locking knob 30 when protruding axle rotates, effect locking slide block 29 by eccentric pin can be done and horizontally slip, it can compress weight 33 when sliding left, thereby swing component 28 can not be freely swung, otherwise swing component 28 just is in the duty that freely swings.Be fixed with the magnetic receiver 36 of " U " shape on the upper left plane of lower house seat 31, inboard at two sides of " U " shape is fixed with two blocks of magnet 35 respectively, cloudy Buddhist nun's sheet 34 is positioned at the centre of two blocks of magnet, when swing takes place in swing component 28, electromagnetic distu can take place in two blocks of magnet and cloudy Buddhist nun's sheet 34, thereby quickening consumes the kinetic energy of swing component 28 and make it static fast.The boss of lower house seat 31 lower ends places in the center pit of base 32, and both can freely rotate mutually.The bottom centre of base 32 lower ends is provided with internal thread, can spin with A-frame.Three adjusting knobs 37 all are processed with internal thread, be screwed in respectively on the screw rod of three projectioies of base 32, when the angle of inclination on instrument and ground surpasses the maximal value of regulation, utilize the regulatory function of adjusting knob 37 can correct this inclination of instrument, make it to be operated in regulation in the angle of Anping.
As shown in Figure 2, the top of upper shell is respectively equipped with horizontal Electric Machine Control key 43 and circle bubble 44, the break-make of the circuit that horizontal Electric Machine Control key 43 can controlling level motors 3, and the rotating speed by accelerator key and deceleration bond energy controlling level motor 3.Circle bubble 44 can indicating instruments vergence direction, when the bubble of air level exceeds the limbus line, show instrument overshoot from Anping scope, need to regulate the adjusting knob 37 of corresponding orientation and corrected.
As shown in Figure 3, vertical Electric Machine Control key 45 is located on the protruding plane on lower house 16 right sides, and it can control the break-make of the circuit of vertical motor 23, and controls the rotating speed of vertical motor 23 by accelerator key and deceleration bond energy.
In conjunction with Fig. 4, shown in 5: the structure of another embodiment of the present utility model comprises: upper shell 46, driving-belt 47, mirror unit 48, big bearing 49, little bearing 50, shaft-cup 51, catoptron 52, revolving shaft 53, circle bubble 54, motor seat board 55, control circuit board 56, motor 57, catoptron 58, small pulley 59, universal joint 60, dustproof glass 61, dust cap 62, cylindrical lens 63, cylindrical lens holder 64, collimation laser device 65, collimation laser device seat 66, swing component 67, locking slide block 68, locking knob 69, lower house seat 70, base 71, weight 72, cloudy Buddhist nun's sheet 73, magnet 74, magnetic receiver 75, adjusting knob 76, battery cover 77, battery case 78, vertical laser instrument 79, lower house 80, Electric Machine Control key 81, collimation laser device switch 82.
Be further described below in conjunction with the structure of accompanying drawing this enforcement:
As shown in Figure 4, gravity Anping mechanism is located in the lower house 80, gravity Anping mechanism mainly is made up of universal joint 60, swing component 67, weight 72, universal joint 60 has two mutually orthogonal rotational freedoms, swing component 67 is connected on one group of swing bearing of universal joint 60 by straight pin, another group swing bearing of universal joint 60 is fixed on the lower house 80, and weight 72 wherein also is fixed with cloudy Buddhist nun's sheet 73 by the bottom of screw retention at swing component 67 between weight 72 and swing component 67.The lower surface of swing component 67 left side boss is fixed with vertical laser instrument 79, can make the laser beam of its projection keep vertical state by the gib screw of adjusting vertical laser instrument 79.Collimation laser device 65 is connected the right side of swing component 67 by collimation laser device seat 66, cylindrical lens 63 is fixed on the light hole front side of collimation laser device 65 by cylindrical lens holder 64, because the axis normal collimated laser beam of cylindrical lens 63 also is parallel to surface level, so it can be refracted as a vertical fan-shaped laser plane with the collimated laser beam of collimation laser device 65 projections.Have described fan-shaped laser plane light-emitting window in the upper right corner of lower house 80, dustproof glass 61 is fixed on this light-emitting window by dust cap 62, to prevent entering of dust and other impurities.Because swing component 67 lower house 80 is relatively done freely swinging of two orthogonal directionss, so no matter lower house 80 at which direction occurred level tilts, swing component 67 can both be made corresponding swing in the opposite direction under the restoring moment effect of weight 72, thereby can keep original state of swing component 67 constant, the collimated laser beam of promptly vertical laser instrument 79 projections keeps the fan-shaped laser plane that vertical state is constant, cylindrical lens 63 reflects to keep vertical state constant.
As shown in Figure 4, vertical revolving shaft 53 is fixed in the axis hole of upper shell 46 with little bearing 50 by big bearing 49, be processed with the groove that holds driving-belt 47 on the periphery of wherein vertical revolving shaft 53 big ends, the inclined-plane gluing of vertical revolving shaft 53 lower ends is connected to catoptron 52, mirror unit 48 by screw retention on the big plane of vertical revolving shaft 53 lower ends, catoptron 58 is glued on the mirror unit 48, can make the catoptron 52 and the minute surface of catoptron 58 be 45 ° of angles by two gib screws adjusting mirror unit 48, after perpendicular laser beam incides catoptron 52, be reflected to catoptron 58, after the reflection once more of catoptron 58, just become the outgoing laser beam of level.Horizontal motor 57 is fixed in the upper shell 46 by motor seat board 55, on two pins of horizontal motor 57, be welded with horizontal alignment plate 56, horizontal alignment plate 56 is provided with the Electric Machine Control circuit, small pulley 59 is fixed on the output shaft of horizontal motor 57, be with driving-belt 47 at small pulley 59 and 53 of vertical revolving shaftes, when horizontal motor 57 rotates, small pulley 59 just drives vertical revolving shaft 53 by driving-belt 47 and rotates, because catoptron 52 and catoptron 58 and revolving shaft 53 interlocks are so can become a laser level plane with horizontal outgoing laser beam rotation sweep.Circle bubble 54 is fixed on the top of upper shell 46, vergence direction by circle bubble 54 energy indicating instruments, when the bubble of air level exceeds the limbus line, show instrument overshoot from Anping scope, need to regulate the adjusting knob 76 of corresponding orientation and corrected.
As shown in Figure 4, the lower-left side of lower house 80 is fixed with battery case 78, is provided with battery in the battery case 78, and the battery outside is provided with a battery cover 77, and battery cover 77 can prevent that battery from dropping out from battery case 78.Lower house seat 70 is by the bottom of screw retention at lower house 80, be with locking knob 69 on the protruding axle on its upper right plane, locking slide block 68 is connected on the locking knob 69 by eccentric pin, when locking knob 69 when protruding axle rotates, effect locking slide block 68 by eccentric pin can be done and horizontally slip, it can compress weight 72 when sliding left, thereby swing component 67 can not be freely swung, otherwise swing component 67 just is in the duty that freely swings.Be fixed with the magnetic receiver 75 of " U " shape on the upper left plane of lower house seat 70, inboard at two sides of " U " shape is fixed with two blocks of magnet 74 respectively, damping fin 73 is positioned at the centre of two blocks of magnet, when swing takes place in swing component 67, electromagnetic distus can take place in two blocks of magnet and damping fin 73, thereby accelerate to consume the kinetic energy of swing component 67 and make it static fast.The boss of lower house seat 70 lower ends places in the center pit of base 71, and both can freely rotate mutually.The bottom centre of base 71 lower ends is provided with internal thread, can spin with A-frame.Three adjusting knobs 76 all are processed with internal thread, be screwed in respectively on the screw rod of three projectioies of base 71, when the angle of inclination on instrument and ground surpasses the maximal value of regulation, utilize the regulatory function of adjusting knob 76 can correct this inclination of instrument, make it to be operated in regulation in the angle of Anping.
As shown in Figure 5, the top of upper shell is respectively equipped with horizontal Electric Machine Control key 81 and collimation laser device switch 82, the break-make of the circuit of horizontal Electric Machine Control key 81 energy controlling level motors 57, and by the rotating speed of accelerator key and deceleration bond energy controlling level motor 57, collimation laser device switch 82 can be controlled the break-make of the circuit of collimation laser device 65.
Claims (10)
1. the Geoplane of a self leveling comprises: be located at power supply and gravity Anping mechanism in the housing, the swing component of Anping mechanism is provided with the laser instrument that produces vertical collimated laser beam, on the projected path of laser instrument, be provided with one with turn back 90 ° optical devices of incident laser, these optical devices are connected on the single-revolution axle, also be provided with motor in the housing, wherein be provided with actuating unit between motor and revolving shaft; It is characterized in that: also be provided with the grenade instrumentation of one or more projection collimated laser beams on the swing component of described Anping mechanism, on the projected path of grenade instrumentation, be provided with the conversion equipment that collimated laser beam is converted to vertical of laser.
2. the Geoplane of a kind of self leveling according to claim 1 is characterized in that: described grenade instrumentation is provided in a side of the spectroscope on the described laser instrument projected path or is located at collimation laser device on Anping mechanism swing component.
3. the Geoplane of a kind of self leveling according to claim 2, it is characterized in that: the laser beam that described grenade instrumentation throwed is horizontal collimated laser beam.
4. the Geoplane of a kind of self leveling according to claim 1, it is characterized in that: described conversion equipment comprises: gearing, revolving shaft and one are with turn back 90 ° optical devices of incident laser, optical devices are located on the revolving shaft, and gearing is located between revolving shaft and the motor.
5. the Geoplane of a kind of self leveling according to claim 1, it is characterized in that: described conversion equipment is the cylindrical lens that is connected on Anping mechanism swing component, the axis normal of cylindrical lens is in collimated laser beam and be parallel to surface level all the time.
6. according to the Geoplane of claim 1 or 4 described a kind of self levelings, it is characterized in that: described optical devices are that pentaprism or two sides angle are 45 ° catoptron.
7. the Geoplane of a kind of self leveling according to claim 1, it is characterized in that: the Geoplane of described a kind of self leveling comprises the leveling device of indicator shell and terrain slope degree.
8. the Geoplane of a kind of self leveling according to claim 7 is characterized in that: the adjusting knob that is provided with adjustment housings and terrain slope angle below the described housing.
9. the Geoplane of a kind of self leveling according to claim 8, it is characterized in that: the bottom of described housing is connected with a base, and described adjusting knob is located on the base, is provided with the structure that both are rotated relatively freely between housing and base.
10. the Geoplane of a kind of self leveling according to claim 1 is characterized in that: the Geoplane of described self leveling is provided with the locking system that makes the static rapidly magnetoresistive devices of Anping mechanism swing component and Anping mechanism swing component is realized locking.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620100253 CN2884146Y (en) | 2006-01-08 | 2006-01-08 | Automatically levelling type laser crushing instrument |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620100253 CN2884146Y (en) | 2006-01-08 | 2006-01-08 | Automatically levelling type laser crushing instrument |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2884146Y true CN2884146Y (en) | 2007-03-28 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620100253 Expired - Fee Related CN2884146Y (en) | 2006-01-08 | 2006-01-08 | Automatically levelling type laser crushing instrument |
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| CN (1) | CN2884146Y (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101949208A (en) * | 2010-09-08 | 2011-01-19 | 深圳市建设（集团）有限公司 | Construction method for plastering wall and adhering plaster dough in building construction |
| CN102607538A (en) * | 2012-02-28 | 2012-07-25 | 武汉大学 | Automatic leveling device and method of quick automatic leveling laser swinger |
| CN106017671A (en) * | 2016-08-03 | 2016-10-12 | 深圳市创鑫激光股份有限公司 | Spectrum testing jig and system |
| CN106679637A (en) * | 2016-12-15 | 2017-05-17 | 宁波舜宇测绘科技有限公司 | Double-motor type laser casting tracking device |
| CN108413950A (en) * | 2018-06-19 | 2018-08-17 | 浙江石井工具有限公司 | A kind of ground mural circle |
-
2006
- 2006-01-08 CN CN 200620100253 patent/CN2884146Y/en not_active Expired - Fee Related
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101949208A (en) * | 2010-09-08 | 2011-01-19 | 深圳市建设（集团）有限公司 | Construction method for plastering wall and adhering plaster dough in building construction |
| CN101949208B (en) * | 2010-09-08 | 2012-09-05 | 深圳市建设（集团）有限公司 | Construction method for plastering wall and adhering plaster dough in building construction |
| CN102607538A (en) * | 2012-02-28 | 2012-07-25 | 武汉大学 | Automatic leveling device and method of quick automatic leveling laser swinger |
| CN102607538B (en) * | 2012-02-28 | 2013-08-21 | 武汉大学 | Automatic leveling device and method of quick automatic leveling laser swinger |
| CN106017671A (en) * | 2016-08-03 | 2016-10-12 | 深圳市创鑫激光股份有限公司 | Spectrum testing jig and system |
| CN106017671B (en) * | 2016-08-03 | 2018-06-29 | 深圳市创鑫激光股份有限公司 | A kind of spectrum test jig and system |
| CN106679637A (en) * | 2016-12-15 | 2017-05-17 | 宁波舜宇测绘科技有限公司 | Double-motor type laser casting tracking device |
| CN106679637B (en) * | 2016-12-15 | 2019-01-15 | 宁波舜宇测绘科技有限公司 | Double motor type laser demarcation follow-up mechanism |
| CN108413950A (en) * | 2018-06-19 | 2018-08-17 | 浙江石井工具有限公司 | A kind of ground mural circle |
| CN108413950B (en) * | 2018-06-19 | 2024-02-06 | 浙江石井工具有限公司 | Floor wall instrument |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20070328 |