A kind of circumferentor for being easy to find
Technical field
The utility model belongs to geologic prospect technical field of tools, more particularly to a kind of circumferentor for being easy to find.
Background technology
Geologic compass is the necessary instrument of geologist's field work, the deviational survey and side coil of traditional geologic compass
It is the operating process of both sides independence, can only once measures the gradient, or inclination angle, or orientation, and error is larger;In addition, traditional geology
After compass survey during reading, hand will be always according to brake, and it is inconvenient to cause record data, especially in measurement low-angle dip
Inconvenient for operation during bottom, error of measured data is bigger, and prior art is one that China Patent Publication No. is CN20445076U
Technical scheme is used by kind portable multi-function geologic compass:According to the brakes subsystem of control azimuth measurement simultaneously
System, the braking of slope measuring system, while slope angle, inclination angle, bearing data are accurately read, solving traditional circumferentor can not one
The problem of secondary measurement multiple address dates.
But existing circumferentor is also there is being inconvenient to find, the problem of function imperfection and low measurement accuracy.
Therefore, invent a kind of circumferentor for being easy to find and seem very necessary.
Utility model content
In order to solve the above-mentioned technical problem, the utility model provides a kind of circumferentor for being easy to find, existing to solve
Circumferentor be inconvenient to find, the problem of function imperfection and low measurement accuracy.A kind of circumferentor for being easy to find, bag
Include base, support frame device, protective cover device, compass structure, cloche, connecting rope and fixture block, described support frame device point
The lower left quarter and right lower quadrant of base are not welded on, and described protective cover device hinge is connected to the upper left quarter of support frame device, institute
The compass structure stated is embedded in the inner side centre position of support frame device, and described cloche is bolted to the upper of compass structure
Portion, described connecting rope one end are pasted onto the right part centre position of support frame device, and the other end is pasted onto among the right part of fixture block
Position, described fixture block are connected to the upper right quarter of support frame device, and described support frame device includes fixed block, expansion link, rotation
Tube and orifice plate, described fixed block are welded on the lower left quarter of expansion link, and described expansion link is plugged on the lower left quarter of rotation pipe,
Lower left quarter of the described rotation barrel bolt axis connection in orifice plate.
Preferably, described protective cover device includes protective cover main body, mounting bracket, magnifying glass and alignment pin, described peace
The inner side left part centre position that hinge is connected to protective cover main body is shelved, described magnifying glass is embedded among the inner side of mounting bracket
Position, described alignment pin are plugged on the inner side upper left quarter of protective cover main body through mounting bracket.
Preferably, described compass structure includes shell, dial, pointer and horizontal bead, and described dial is embedded in
The inner side front surface centre position of shell, described needle pivot are connected on the front surface centre position of shell, described horizontal bead edge
Embedded in the inner side left part centre position of shell.
Preferably, the inside upper part of described protective cover main body offers neck, the left part four of described protective cover main body
All positions are pasted with fluorescent sticker.
Preferably, the lower left quarter of described mounting bracket is pasted with limited block.
Preferably, the upper left quarter of described rotation pipe is pasted with baffle plate and packing ring respectively, and described packing ring is pasted onto baffle plate
Upper left quarter.
Preferably, the inner side upper right quarter of described base offers buckling groove.
Preferably, graduation mark has been portrayed in the front surface surrounding position of described dial.
Compared with prior art, the utility model has the advantages that:Because one kind of the present utility model is easy to seek
The circumferentor looked for is widely used in geologic prospect technical field of tools.Meanwhile the beneficial effects of the utility model are:
1. in the utility model, the left part surrounding position of described protective cover main body is pasted with fluorescent sticker, be advantageous to conveniently
Circumferentor is found at night, solves the problems, such as that circumferentor is inconvenient to find.
2. in the utility model, the setting of described protective cover device, be advantageous to lead to while protection is played
Cross magnifying glass prospecting geology, you can to realize safeguard function, geology can be reconnoitred again, it is incomplete to solve circumferentor function
Problem.
3. in the utility model, the setting of described support frame device, be advantageous to the convenient levelness for adjusting circumferentor,
So that the measurement accuracy of circumferentor is more accurate, solve the problems, such as that circumferentor measurement accuracy is low.
4. in the utility model, the setting of described horizontal bead, being advantageous to make the more accurate measurement data of compass, reduce
Deviation when circumferentor measures, further improve the measurement accuracy of circumferentor.
5. in the utility model, the setting of described cloche, be advantageous to not influence user while protection is played
Observation, improve the protection effect of circumferentor.
6. in the utility model, the setting of described connecting rope, be advantageous to prevent fixture block from losing when idle.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of support frame device of the present utility model.
Fig. 3 is the structural representation of protective cover device of the present utility model.
Fig. 4 is the structural representation of compass structure of the present utility model.
In figure:
1st, base;11st, buckling groove;2nd, support frame device;21st, fixed block;22nd, expansion link;23rd, rotation pipe;231st, baffle plate;
232nd, packing ring;24th, orifice plate;3rd, protective cover device;31st, protective cover main body;311st, neck;32nd, mounting bracket;321st, limited block;33、
Magnifying glass;34th, alignment pin;4th, compass structure;41st, shell;42nd, dial;43rd, pointer;44th, horizontal bead;5th, cloche;6th, even
Splicing;7th, fixture block.
Embodiment
The utility model is described further below in conjunction with accompanying drawing:
Embodiment:
As shown in accompanying drawing 1 to accompanying drawing 4
The utility model provides a kind of circumferentor for being easy to find, including base 1, support frame device 2, protective cover device
3, compass structure 4, cloche 5, connecting rope 6 and fixture block 7, described support frame device 2 be respectively welded at base 1 lower left quarter and
Right lower quadrant, the described hinge of protective cover device 3 are connected to the upper left quarter of support frame device 2, and described compass structure 4 is embedded in branch
The inner side centre position of support device 2, described cloche 5 are bolted to the top of compass structure 4, described connecting rope 6
One end is pasted onto the right part centre position of support frame device 2, and the other end is pasted onto the right part centre position of fixture block 7, described card
Block 7 is connected to the upper right quarter of support frame device 2, and described support frame device 2 includes fixed block 21, expansion link 22, rotates pipe 23
With orifice plate 24, described fixed block 21 is welded on the lower left quarter of expansion link 22, and described expansion link 22 is plugged on rotation pipe 23
Lower left quarter, the described rotation bearing pin of pipe 23 are connected to the lower left quarter of orifice plate 24.
In above-described embodiment, specifically, described protective cover device 3 includes protective cover main body 31, mounting bracket 32, magnifying glass
33 and alignment pin 34, the described hinge of mounting bracket 32 be connected to the inner side left part centre position of protective cover main body 31, described puts
Big mirror 33 is embedded in the inner side centre position of mounting bracket 32, and described alignment pin 34 is plugged on protective cover main body through mounting bracket 32
31 inner side upper left quarter.
In above-described embodiment, specifically, described compass structure 4 includes shell 41, dial 42, pointer 43 and horizontal bead
44, described dial 42 is embedded in the inner side front surface centre position of shell 41, and the described axle of pointer 43 is connected on shell 41
Front surface centre position, described horizontal bead 44 are embedded in the inner side left part centre position of shell 41.
In above-described embodiment, specifically, the inside upper part of described protective cover main body 31 offers neck 311, it is described
The left part surrounding position of protective cover main body 31 is pasted with fluorescent sticker.
In above-described embodiment, specifically, the lower left quarter of described mounting bracket 32 is pasted with limited block 321.
In above-described embodiment, specifically, the upper left quarter of described rotation pipe 23 is pasted with baffle plate 231 and packing ring 232 respectively,
Described packing ring 232 is pasted onto the upper left quarter of baffle plate 231.
In above-described embodiment, specifically, the inner side upper right quarter of described base 1 offers buckling groove 11.
In above-described embodiment, specifically, graduation mark has been portrayed in the front surface surrounding position of described dial 42.
Operation principle
Operation principle of the present utility model:In use, first rotating support frame device 2 to from left to right respectively, then 7 are distinguished
Extracted from buckling groove 11 and neck 311, by adjustable telescopic rod 22, the bubble in horizontal bead 44 is reached centre position, see
Pointer 43 is examined, and judges direction, when needing to carry out geological prospecting, alignment pin 34 is extracted, by mounting bracket 32 to anticlockwise, is led to
Magnifying glass 33 is crossed to observe geology roughly.
Using technical scheme described in the utility model, or those skilled in the art is in technical solutions of the utility model
Under inspiration, similar technical scheme is designed, and reaches above-mentioned technique effect, is to fall into protection model of the present utility model
Enclose.