CN208223484U

CN208223484U - The general surveying instrument of distributed interactive

Info

Publication number: CN208223484U
Application number: CN201820345152.9U
Authority: CN
Inventors: 姚俊岭
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-03-14
Filing date: 2018-03-14
Publication date: 2018-12-11
Anticipated expiration: 2028-03-14

Abstract

The utility model discloses a kind of general surveying instruments of distributed interactive, including device pedestal, the bottom end of described device pedestal is provided with measurement bracket, and the measurement bracket is fixedly connected with device pedestal, the pedestal is internally provided with foot screw, and the foot screw is movably connected with the base, the general surveying instrument of this kind of distributed interactive uses newest design scheme, reduce the overall volume and quality of instrument, increase the convenience of instrument, it is quickly read in measurement accuracy and data and has done larger improvement and raising with processing, it can be realized handling data for distributed interactive, demagnetizer can carry out demagnetization to the precise part in apparatus main body, prevent external electromagnetic environment from generating large error to measurement result, greatly improve the measurement accuracy of apparatus main body, this kind of equipment is while meeting people's use, reduce survey crew Working strength, considerably increase the market competitiveness of this surveying instrument, future have widely use the market demand.

Description

The general surveying instrument of distributed interactive

Technical field

The utility model relates to surveying instrument technical fields, the specially general surveying instrument of distributed interactive.

Background technique

Measurement as component part important in engineering construction and through in the whole building course of work, so measure Accuracy and efficiency all have very important influence from the quality largely on the result of measurement and whole building engineering, Large scale digitized measurement is the important process of urban economy development construction, and traditional technology measurement method is unable to satisfy modern city The development and construction in city, in order to effectively improve the work quality of engineering mapping, it is ensured that the efficiency of mapping operations, using modern surveying Technical method completes number display, data processing technique, by electronic instrument, total station system, ERP system, by data collection, It draws, realizes that the integrated disposal processing of data information, digitized measurement are not individually to measure, be comprehensive by various modern technologies The measurement completed is closed, wherein including various data informations, is adjusted by automated system and realizes integrated control process, opened in system In hair, using reasonable engineering survey data, it is ensured that the measurement order of accuarcy of city different terrain reinforces the standard of city survey It divides, it is ensured that the reasonability of modern city measurement data.

But there is also many disadvantages for the existing general surveying instrument of distributed interactive, are that the precision of measurement is not high first, measurement Error is excessive, and the data of measurement have a great impact to indoor design with decoration, especially to the effect of decoration with it is some heavy The position for the object wanted generates biggish offset, and the efficiency in addition measured is lower, is unable to satisfy and completes within the limited time greatly The measurement work of scale, and the problems such as measuring technique is more single.

So how to design a kind of general surveying instrument of distributed interactive, becoming us will currently be solved the problems, such as.

Utility model content

The purpose of this utility model, for the general surveying instrument of distributed interactive, has solved the survey that above-mentioned background technique proposes a kind of The problems such as accuracy of measurement is not high ineffective to fitting up, and measurement efficiency is low and measuring technique is single.

To achieve the above object, the utility model provides the following technical solutions: a kind of general surveying instrument of distributed interactive, including Device pedestal, the lowermost end of described device pedestal is provided with measurement bracket, and the measurement bracket is fixedly connected with device pedestal, The lower end triangle of described device pedestal is provided with foot screw, and the foot screw is flexibly connected with device pedestal, described device bottom Seat upper end is equipped with surveying instrument main body, and the surveying instrument main body is flexibly connected with device pedestal, the centre of the surveying instrument main body Position is provided with telescope, and the telescope is connect with surveying instrument subject activity, and the surveying instrument body rear is equipped with laser Transmitter, and the laser emitter and surveying instrument main body are electrically connected, middle position is looked in the distance on the left of the surveying instrument main body Mirror clamp screw, and the telescope clamp screw is connect with surveying instrument subject activity, the surveying instrument body interior is equipped with collection At battery plate, and the integrated battery plate is fixedly connected with surveying instrument main body, and the front end surface of the integrated battery plate is provided with demagnetizer, And fitted closely between the demagnetizer and integrated battery plate, the surface middle position of the integrated battery plate is provided with built-in chip, And the built-in chip is fitted closely with integrated battery plate, the rear end of the built-in chip is provided with lithium battery, and the lithium battery It is electrically connected with built-in chip, eyepiece is equipped on the right side of the telescope, and eyepiece insertion is arranged in telescope.

Further, liquid crystal display, and the liquid crystal display and survey are provided on the downside of the surveying instrument body front end Draw the electric connection of instrument main body.

Further, the front end middle position of the surveying instrument main body is provided with levelling tube, and levelling tube insertion is set It sets in surveying instrument main body.

Further, the telescope upper end, which is equipped with, slightly takes aim at device, and described slightly take aim at device and be fixedly connected with telescope.

Further, described device susceptor surface leftward position is equipped with circular bubble, and circular bubble insertion setting In device pedestal.

Further, outer wall is equipped with focusing screw on the left of the telescope, and the focusing screw and telescope activity connect It connects.

Compared with prior art, the utility model has the beneficial effects that the general surveying instrument of this kind of distributed interactive uses most New design scheme reduces the overall volume and quality of instrument, increases the convenience of instrument, fast with data in measurement accuracy Fast reading, which takes, have been done larger improvement with processing and has improved, and foot screw can effectively be adjusted the horizontal position of apparatus main body, In levelling tube bubble can also whether level refers to measurement process Instrumental, the crowd in liquid crystal display and apparatus main body Polyelectron element can be read out and handle to the measurement result of instrument, can be realized distributed interactive to data at Reason, demagnetizer can carry out demagnetization to the precise part in apparatus main body, prevent external electromagnetic environment from generating to measurement result Large error, greatly improves the measurement accuracy of apparatus main body, this kind of equipment reduces measurement while meeting people's use The working strength of personnel considerably increases the market competitiveness of this surveying instrument, will have in future and widely uses the market demand.

Detailed description of the invention

Fig. 1 is the surveying instrument overall structure diagram of the utility model；

Fig. 2 is partial structural diagram inside the integrated battery plate of the utility model；

Fig. 3 is the telescope part structural schematic diagram of the utility model.

In figure: 1- device pedestal；2- foot screw；3- measures bracket；4- surveying instrument main body；5- liquid crystal display；6- level Pipe；7- telescope；8- slightly takes aim at device；9- laser emitter；10- telescope clamp screw；11- circular bubble；12- integrates battery plate； 13- demagnetizer；14- built-in chip；15- lithium battery；16- eyepiece；17- focusing screw.

Specific embodiment

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

Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: the general surveying instrument of distributed interactive, including device bottom Seat 1, the lowermost end of described device pedestal 1 is provided with measurement bracket 3, and the measurement bracket 3 is fixedly connected with device pedestal 1, The lower end triangle of described device pedestal 1 is provided with foot screw 2, and the foot screw 2 is flexibly connected with device pedestal 1, the dress 1 upper end of bottom set seat is equipped with surveying instrument main body 4, and the surveying instrument main body 4 is flexibly connected with device pedestal 1, the surveying instrument master The middle position of body 4 is provided with telescope 7, and the telescope 7 is flexibly connected with surveying instrument main body 4, the surveying instrument main body 4 Rear end is equipped with laser emitter 9, and the laser emitter 9 and surveying instrument main body 4 are electrically connected, and the surveying instrument main body 4 is left There is telescope clamp screw 10 in side middle position, and the telescope clamp screw 10 is flexibly connected with surveying instrument main body 4, institute It states and is equipped with integrated battery plate 12 inside surveying instrument main body 4, and the integrated battery plate 12 is fixedly connected with surveying instrument main body 4, the collection The front end surface of battery plate 12 is provided with demagnetizer 13, and is fitted closely between the demagnetizer 13 and integrated battery plate 12, it is described The surface middle position of integrated battery plate 12 is provided with built-in chip 14, and the built-in chip 14 and integrated battery plate 12 closely paste It closes, the rear end of the built-in chip 14 is provided with lithium battery 15, and the lithium battery 15 and built-in chip 14 are electrically connected, described Eyepiece 16 is equipped on the right side of telescope 7, and the insertion of the eyepiece 16 is arranged in telescope 7.

Further, be provided with liquid crystal display 5 on the downside of 4 front end of surveying instrument main body, and the liquid crystal display 5 with Surveying instrument main body 4 is electrically connected, and the setting of the liquid crystal display 5 can be more quick intuitively to the data of measurement and information It is fed back, further increases instrument operability and practicability

Further, the front end middle position of the surveying instrument main body 4 is provided with levelling tube 6, and the levelling tube 6 is embedded in It is arranged in surveying instrument main body 4, the horizontal erection of effective optical viewer is capable of in the setting of the levelling tube 6, while also to instrument Booster action is played in the erection of device, effectively raises the measurement accuracy of instrument.

Further, 7 upper end of telescope, which is equipped with, slightly takes aim at device 8, and it is described slightly take aim at device 8 and be fixedly connected with telescope 7, institute It states and slightly takes aim at device 8 and can substantially judge the general orientation of measured object, provide convenience for measurement work.

Further, 1 surface leftward position of described device pedestal is equipped with circular bubble 11, and the circular bubble 11 is embedded in It is arranged in device pedestal 1, the circular bubble 11 can judge whether instrument is horizontal, provides convenience to balance instrument.

Further, the 7 left side outer wall of telescope is equipped with focusing screw 17, and the focusing screw 17 and telescope 7 Be flexibly connected, the focusing screw 17 can the focal length effectively to telescope 7 be adjusted, improve observation object it is clear Degree.

Working principle: first taking out surveying instrument main body 4, opens and sets up measurement bracket 3, then by surveying instrument main body 4 It is installed on 3 on measurement bracket, observes circular bubble 11 and levelling tube 6, whether judgment means are horizontal, pass through foot screw 2 and water Surveying instrument main body 4 is adjusted to level by quasi- pipe 6, with slightly take aim at device 8 first judge measure target approximate location, then use telescope 7 Eyepiece 16 observe, fix telescope with telescope clamp screw 14, while adjusting focusing screw 17, until adjust out it is clear Until ground crosshair, keep target high-visible, emit laser with laser emitter 9, is located at luminous point in measurement target, starts instrument The enough precise parts in surveying instrument main body 4 of demagnetizer 13 carry out demagnetization after device, prevent external electromagnetic environment to measurement result Large error is generated, processing and analysis of the resulting data through built-in chip 14 are measured, carrying out display by liquid crystal display is in It is existing.

Although the utility model is described in detail with reference to the foregoing embodiments, come for those skilled in the art Say, it is still possible to modify the technical solutions described in the foregoing embodiments, or to part of technical characteristic into Row equivalent replacement, within the spirit and principle of the utility model, any modification, equivalent replacement, improvement and so on should all It is included within the scope of protection of this utility model.

Claims

1. the general surveying instrument of distributed interactive, including device pedestal (1), it is characterised in that: the lowermost end of described device pedestal (1) is set It is equipped with measurement bracket (3), and the measurement bracket (3) is fixedly connected with device pedestal (1), the lower end of described device pedestal (1) Triangle is provided with foot screw (2), and the foot screw (2) is flexibly connected with device pedestal (1), described device pedestal (1) upper end Equipped with surveying instrument main body (4), and the surveying instrument main body (4) is flexibly connected with device pedestal (1), the surveying instrument main body (4) Middle position be provided with telescope (7), and the telescope (7) is flexibly connected with surveying instrument main body (4), the surveying instrument master Body (4) rear end is equipped with laser emitter (9), and the laser emitter (9) and surveying instrument main body (4) are electrically connected, the survey Drawing middle position on the left of instrument main body (4) has telescope clamp screw (10), and the telescope clamp screw (10) and surveying instrument Main body (4) flexible connection, the surveying instrument main body (4) is internal to be equipped with integrated battery plate (12), and the integrated battery plate (12) and survey It draws instrument main body (4) to be fixedly connected, the front end surface of the integrated battery plate (12) is provided with demagnetizer (13), and the demagnetizer (13) it is fitted closely between integrated battery plate (12), the surface middle position of the integrated battery plate (12) is provided with built-in chip (14), and the built-in chip (14) is fitted closely with integrated battery plate (12), and the rear end of the built-in chip (14) is provided with lithium Battery (15), and the lithium battery (15) and built-in chip (14) are electrically connected, and eyepiece is equipped on the right side of the telescope (7) (16), and the eyepiece (16) insertion is arranged in telescope (7).

2. the general surveying instrument of distributed interactive according to claim 1, it is characterised in that: surveying instrument main body (4) front end Downside is provided with liquid crystal display (5), and the liquid crystal display (5) and surveying instrument main body (4) are electrically connected.

3. the general surveying instrument of distributed interactive according to claim 1, it is characterised in that: before the surveying instrument main body (4) End middle position is provided with levelling tube (6), and the levelling tube (6) insertion setting is in surveying instrument main body (4).

4. the general surveying instrument of distributed interactive according to claim 1, it is characterised in that: telescope (7) upper end is equipped with It slightly takes aim at device (8), and described slightly take aim at device (8) and be fixedly connected with telescope (7).

5. the general surveying instrument of distributed interactive according to claim 1, it is characterised in that: described device pedestal (1) surface is left Side position is equipped with circular bubble (11), and the circular bubble (11) insertion is arranged in device pedestal (1).

6. the general surveying instrument of distributed interactive according to claim 1, it is characterised in that: outer wall on the left of the telescope (7) Equipped with focusing screw (17), and the focusing screw (17) is flexibly connected with telescope (7).