CN202485676U

CN202485676U - Economical high-accuracy measurement locator

Info

Publication number: CN202485676U
Application number: CN2012200890809U
Authority: CN
Inventors: 王东红; 李志国; 卢宏伟; 田国承; 杨国栋; 陈浩; 何劝云; 田学坤; 孙红岩; 牛雅静; 鲍慧丽; 肖洪涛; 赵进昌; 高洪伟; 高娟; 石有
Original assignee: BEIJING CONSTRUCTION MECHANIZATION RESEARCH INSTITUTE; Institute of Building Mechanization of Chinese Academy of Building Research; Langfang Kaibo Construction Machinery Technology Co Ltd
Current assignee: BEIJING CONSTRUCTION MECHANIZATION RESEARCH INSTITUTE; Institute of Building Mechanization of Chinese Academy of Building Research; Langfang Kaibo Construction Machinery Technology Co Ltd
Priority date: 2012-03-12
Filing date: 2012-03-12
Publication date: 2012-10-10
Anticipated expiration: 2022-03-12

Abstract

Provided is an economical high-accuracy measurement locator. A horizontal end face of a machine body is of a U shape formed by a left wing, a bottom section and a right wing in end to end mutual communicating mode. A horizontal shaft is disposed between the left wing and the right wing, and a telescope is sleeved on the horizontal shaft in a free rotation mode. The horizontal end faces of the left wing and the right wing of the machine body are both of groove shapes with notches facing outside. A bottom section is of box type with openings at two ends. An integrated circuit board is disposed in a communicating position between the left wing and the bottom section. A group of control panels are disposed on opening ends of the bottom section, and a universal series bus (USB) port is disposed at one side of the bottom section. The control panel is connected with the integrated circuit board. The economical high-accuracy measurement locator combines technologies of a measurement locator, light, electricity and a single-chip into a whole, is high in angular accuracy and is capable of being widely used in constructions of buildings and bridge projects, and therefore quality of engineering construction is guaranteed.

Description

Economic high precision measurement and positioning appearance

Technical field

The utility model relates to the orientator that use in a kind of engineering survey field, the orientator of the comprehensive location that particularly a kind of building or bridge are used.

Background technology

The measurement and positioning appearance is as electronic tachometer, and is at present, general in construction work and highway engineering construction etc. are measured; Measurement and positioning appearance commonly used at present adopts the mode of optical plummet to carry out point usually, and adjustment process is comparatively complicated; In addition because transverse axis adopts the structure of three grades of connections; Be in course of adjustment and cause vertical reading than large deviation through regular meeting, complex structure has also caused the reduction of instrument physical life, in addition; Reading and handling of measurement data can only begin after accomplishing a ranging, and efficiency of measurement is low.

The utility model content

The purpose of the utility model provides a kind of economic high precision measurement and positioning appearance, solve the preceding instrument adjustment process complicacy of measurement that existing measurement and positioning appearance exists, and vertical deviation of reading is big, and measurement data can't the real-time processing technique problem.

For realizing above-mentioned purpose, the utility model adopts following technical scheme:

A kind of economic high precision measurement and positioning appearance; Comprise base, underframe, body, leveling foot screw, telescope, be used to regulate the level(l)ing mechanism and the vertically modulating mechanism of position of telescope; The bottom of said body links to each other with underframe through the longitudinal axis, and said underframe links to each other with base through at least three leveling foot screws, and respectively there is an alignment clamp said telescope end face and bottom surface; The bottom surface, bottom of said body is provided with circular bubble; The horizontal end face of said body is provided with transverse axis for by the end to end U-shaped that is interconnected and forms of left wing, end section and right flank between said left wing and the right flank, said telescope is set on the transverse axis and is free to rotate; The horizontal end face of the left wing of said body and right flank self is the outside groove shape of notch; The box of section both ends open of the said end; Said left wing and end section are communicated with the position and are built-in with surface-mounted integrated circuit; The openend of section of the said end respectively is provided with one group of control panel, and its side is provided with USB interface, and said control panel is connected with surface-mounted integrated circuit; The notch place of said right flank is provided with side guard plate, and the notch bottom of said left wing is equipped with integrated battery, and top fastens through buckle, and said integrated battery and buckle connecting part are equipped with SD and store card.

Said level(l)ing mechanism is made up of the horizontal final motion screw and the level braking spiral of the right flank below that is exposed at body outward; Wherein, Horizontal final motion screw is screwed on the level braking spiral; Said vertically modulating mechanism is by vertical final motion screw that is exposed at body left wing middle part outward and vertical braking spiral, and wherein, vertical final motion screw is screwed on the vertical braking spiral.　?　

The left wing of said body and right flank end are provided with handle, and said handle is U-shaped, in-line or circular arc, and said handle two ends are connected through the handle set and locking screw with right flank with left wing respectively.

The openend of section of the said end is straight or slightly to evagination.

Said USB interface is at least 2.0 above USB interfaces.

Compared with prior art the utlity model has following characteristics and beneficial effect:

At first, through with telescope with directly be connected through transverse axis with body, avoided the adjustment repeatedly in the use to improve serviceable life, simultaneously, improved the precision of vertical reading because the secondary transmission of error has been avoided in vertical adjustment.

Secondly; Storing card, control panel and its side through SD is provided with USB interface and can realizes the real-time demonstration of data, storage and transfer function immediately; Overcome traditional total powerstation and need accomplish a ranging at least and can carry out data processing, improved the efficient of measuring greatly.

In addition, the utility model has avoided the mode of Traditional use optical plummet to carry out point through the surface-mounted integrated circuit of the new angle measuring system that has been coupled is set in body, reveal competence and vertically angle simultaneously, and angle measurement accuracy is high.

The utility model can be widely used in location and the measurement in road, bridge, the building operation.

Description of drawings

Below in conjunction with accompanying drawing the utility model is done further detailed explanation.

Fig. 1 is the utility model front view.

Fig. 2 is the utility model left side view.

Reference numeral: 1-transverse axis; The 2-circular bubble; The 3-surface-mounted integrated circuit; The 4-longitudinal axis; The 5-underframe; The horizontal final motion screw of 6-; 7-level braking spiral; The 8-alignment clamp; The 9-side guard plate; The 10-handle; The 11-telescope; The 12-body; 12.1-left wing; 12.2-right flank; 12.3-end section; The 13-control panel; The 14-base; The 15-USB interface; The 16-integrated battery; The 17-buckle; 18-vertical braking spiral; The vertical final motion screw of 19-; 20-flattens foot screw; 21-SD stores card; 22-handle set and locking screw.

Embodiment

Embodiment is referring to illustrated in figures 1 and 2; A kind of economic high precision measurement and positioning appearance; Comprise base 14, underframe 5, body 12, leveling foot screw 20, telescope 11, be used to regulate the level(l)ing mechanism and the vertically modulating mechanism of telescope 11 positions; The bottom of said body links to each other with underframe 5 through the longitudinal axis 4, and said underframe 5 links to each other with base 14 through at least three leveling foot screws 20, and respectively there is an alignment clamp 8 said telescope 11 end faces and bottom surface; The bottom surface, bottom of said body 12 is provided with circular bubble 2; The horizontal end face of said body 12 is provided with transverse axis 1 for by left wing 12.1, end section 12.3 and the right flank 12.2 end to end U-shapeds that are interconnected and form between said left wing 12.1 and the right flank 12.2, said telescope 11 is set on the transverse axis 1 and is free to rotate; The horizontal end face of the left wing 12.1 of said body 12 and right flank 12.2 self is the outside groove shape of notch; The box of section 12.3 both ends opens of the said end; Said left wing 12.1 is built-in with surface-mounted integrated circuit 3 with end section 12.3 connection positions; The openend of section of the said end 12.3 respectively is provided with one group of control panel 13, and its side is provided with usb 15, and said control panel 13 is connected with surface-mounted integrated circuit 3; The notch place of said right flank 12.2 is provided with side guard plate 9, and the notch bottom of said left wing 12.1 is equipped with integrated battery 16, and top fastens through buckle 17, and said integrated battery 16 is equipped with SD with buckle 17 connecting parts and stores card 21.

Said level(l)ing mechanism is made up of with level braking spiral 7 the horizontal final motion screw 6 of the right flank that is exposed at body 12 outward 12.2 belows; Wherein, Horizontal final motion screw 6 is coaxial with level braking spiral 7; Said vertically modulating mechanism is by vertical final motion screw that is exposed at body 12 left wings 12.2 middle parts outward 19 and vertical braking spiral 18, and wherein, vertical final motion screw 19 is coaxial with vertical braking spiral 18.　?　

The left wing 12.1 and right flank 12.2 ends of said body 12 are provided with handle 10, and said handle 10 is U-shaped, in-line or circular arc, and said handle 10 two ends are connected through handle set and locking screw 22 with right flank 12.2 with left wing 12.1 respectively.

The openend of section of the said end 12.3 is straight or slightly to evagination.

Said usb 15 is at least 2.0 above usb 1s 5.

Said SD storage card is the abbreviation of Secure Digital Card, i.e. " safe digital card ".

Method of application: when carrying out surveying work, the high-acruracy survey orientator is installed on the tripod, at first through control tripod and leveling foot screw 20 leveling circular bubbles 2; Load onto the integrated battery 16 that is full of electricity, after the start, earlier through behind the alignment clamp 8 accurate aligning measuring points; Can aim at measurement target through telescope 11 and measure, make telescope 11 horizontal level that accurately aims at the mark through horizontal final motion screw 6, fixing through level braking spiral 7 then; Prevent its rotation; Program through surface-mounted integrated circuit 3 is calculated, and data presentation on control panel 13, is stored the data on the SD storage card 21 simultaneously.

The utility model can also hang high measurement and opposite side is measured.Wherein, outstanding high measurement: below measuring point, set up a reference point, and this reference point is measured, rotate telescope, can measure the height of impact point to impact point.Opposite side is measured: at reference point each impact point is measured, is confirmed horizontal range, vertical range, oblique distance, percent of grade between each impact point, but the instrument frame in observation station arbitrarily as reference point.

Claims

1. economic high precision measurement and positioning appearance; Comprise base (14), underframe (5), body (12), leveling foot screw (20), telescope (11), be used to regulate the level(l)ing mechanism and the vertically modulating mechanism of telescope (11) position; The bottom of said body links to each other with underframe (5) through the longitudinal axis (4); Said underframe (5) links to each other with base (14) through at least three leveling foot screws (20); Respectively there is an alignment clamp (8) said telescope (11) end face and bottom surface; The bottom surface, bottom of said body (12) is provided with circular bubble (2); It is characterized in that: the horizontal end face of said body (12) is provided with transverse axis (1) for by left wing (12.1), end section (12.3) and the end to end U-shaped that is interconnected and forms of right flank (12.2) between said left wing (12.1) and the right flank (12.2), and it is last and free to rotate that said telescope (11) is set on transverse axis (1); The horizontal end face of the left wing (12.1) of said body (12) and right flank (12.2) self is the outside groove shape of notch; The box of section of the said end (12.3) both ends open; Said left wing (12.1) and end section (12.3) are communicated with the position and are built-in with surface-mounted integrated circuit (3); The openend of section of the said end (12.3) respectively is provided with one group of control panel (13), and its side is provided with USB interface (15), and said control panel (13) is connected with surface-mounted integrated circuit (3); The notch place of said right flank (12.2) is provided with side guard plate (9); The notch bottom of said left wing (12.1) is equipped with integrated battery (16); Top fastens through buckle (17), and said integrated battery (16) and buckle (17) connecting part are equipped with SD and store card (21).

2. economic high precision measurement and positioning appearance according to claim 1; It is characterized in that: said level(l)ing mechanism is made up of the horizontal final motion screw (6) and the level braking spiral (7) of the right flank that is exposed at body (12) outward (12.2) below; Wherein, Said horizontal final motion screw (6) is coaxial with level braking spiral (7); Said vertically modulating mechanism is by vertical final motion screw (19) that is exposed at body (12) left wing (12.2) middle part outward and vertical braking spiral (18), and wherein, said vertical final motion screw (19) is coaxial with vertical braking spiral (18).

3. economic high precision measurement and positioning appearance according to claim 1; It is characterized in that: the left wing (12.1) of said body (12) and right flank (12.2) end are provided with handle (10); Said handle (10) is U-shaped, in-line or circular arc, and said handle (10) two ends are connected through handle set and locking screw (22) with right flank (12.2) with left wing (12.1) respectively.

4. economic high precision measurement and positioning appearance according to claim 1 is characterized in that: the openend of section of the said end (12.3) is straight or slightly to evagination.

5. economic high precision measurement and positioning appearance according to claim 1 is characterized in that: said USB interface (15) is at least 2.0 above USB interfaces.