CN209279976U - A kind of mapping laying out apparatus based on BIM - Google Patents

Abstract

The utility model discloses a kind of mapping laying out apparatus based on BIM, including shell and total station, the upper end of the shell, which is run through, is connected with cover board, and the upper end of the cover board of the left and right sides is respectively welded and is connected with left handle and right handle, the left and right inner wall of the shell, which runs through, is connected with driving belt, the lower end of the cover board is fixedly connected with limited block, sliding panel is fixedly connected in the middle part of the driving belt, the lower end of the sliding panel is connected with fixing groove by spring, the upper center of the sliding panel is rotatably equipped with supporting table by shaft, fixture block is slidably connected at left and right sides of the upper end of the supporting table, the total station card slot is connected to the upper end of supporting table.The mapping laying out apparatus based on BIM is also convenient for rotating total station convenient for storing total station and being lifted, and facilitates adjusting angle, and facilitate insertion into BIM data storage, convenient for being stored in time to data, convenient for improving working efficiency.

Description

A kind of mapping laying out apparatus based on BIM

Technical field

The utility model relates to survey and draw setting-out correlative technology field, specially a kind of mapping laying out apparatus based on BIM.

Background technique

Currently, engineering setting out measuring technique is widely used in large-scale construction project during engineering setting out measurement In the process, especially engineering projects such as water-control project, large bridge construction, city underground and magnetic suspension train rail In, these large-scale engineering projects are required using setting out survey, through the total station in setting out survey, on setting-out curve Determine coordinate and control point, so that it may be calculated according to the measurement coordinate of curve.

But general total station is all to be supported and fixed by tripod, it has not been convenient to be stored to total station With protection, the data after also use inconvenient to carry, and measurement need the later period to count, are not inserted into BIM data storage, no Fast and easy goes out to scheme, the problem of influencing working efficiency, we have proposed a kind of thus mapping laying out apparatus based on BIM, is used to It solves the above problems.

Utility model content

The purpose of this utility model is to provide a kind of mapping laying out apparatus based on BIM, to solve above-mentioned background technique The general total station of middle proposition is all to be supported and fixed by tripod, it has not been convenient to be stored and be protected to total station Shield, the data after also use inconvenient to carry, and measurement need the later period to count, are not inserted into BIM data storage, it has not been convenient to Quickly go out the problem of scheming, influencing working efficiency.

To achieve the above object, the utility model provides the following technical solutions: a kind of mapping laying out apparatus based on BIM, Including shell and total station, the upper end of the shell, which is run through, is connected with cover board, and the upper end of the cover board of the left and right sides is respectively welded It is connected with left handle and right handle, the left and right inner wall of the shell, which runs through, is connected with driving belt, and driving belt is upper and lower Both ends are respectively connected with driven wheel, and the upper end of the driven wheel of upside is connected with cover board, and the lower end of the cover board is fixedly connected with Limited block, and limited block is in contact with the outer wall of shell, and sliding panel, and sliding panel are fixedly connected in the middle part of the driving belt By groove in the inside of shell to be slidably connected, the lower end of the sliding panel is connected with fixing groove, and fixing groove by spring Left end be rotatably equipped with driving wheel, the upper center of the sliding panel is rotatably equipped with supporting table, and supporting table by shaft Left and right ends pass through slide bar and be slidably connected on sliding panel, slidably connect folder at left and right sides of the upper end of the supporting table Block, the total station card slot is connected to the upper end of supporting table, and the internal signal of total station is connected with BIM data storage.

Preferably, the cover board is symmetrically set with 2 about the vertical central axes of shell, and cover board is connected by engagement The mode connect is connected with driven wheel, and cover board constitutes slide construction in the upper end of shell by driven wheel.

Preferably, the limited block is fixedly connected on the lower end of cover board, and the lower surface of limited block is lower than cover board Lower surface, left handle and right handle on cover board are symmetrical set, and the junction of left handle and right handle is that card slot connects It connects.

Preferably, the driven wheel and driving belt constitute drive mechanism, and vertical axis of the structure about sliding panel Line is symmetrically set with 2, and the driving belt of downside is in " 8 " font structure of traverse.

Preferably, the fixture block includes sliding block, clamping plate and rubber pad, and the lower end of sliding block is fixed on the upper end table of supporting table Face, the upper end of sliding block are welded and connected with clamping plate, and clamping plate is uniformly pasted with rubber pad close to the right end of total station.

Preferably, the sliding block and clamping plate constitute "L" shaped structure, and the structure is close to the one side and total station of total station It is set in parallel, and the hemispherical structure of the rubber pad on clamping plate.

Compared with prior art, the utility model has the beneficial effects that should mapping laying out apparatus based on BIM, convenient for pair Total station carries out storage and is lifted use, is convenient for carrying, while being also convenient for rotating total station, facilitates adjusting angle, with And BIM data storage is facilitated insertion into, convenient for timely being handled data, convenient for improving working efficiency；

1, it is equipped with driven wheel, driving belt and cover board, driven wheel is engaged with cover board when rotating and connect, consequently facilitating right Cover board is turned on or off, while cover board drives driving belt to be driven, consequently facilitating sliding panel is driven to be gone up and down Movement, it is convenient to be also lifted total station while opening door, facilitate work to use；

2, it is equipped with cover board and left handle, left handle and right handle are symmetrical arranged on cover board, when 2 cover boards carry out card slot connection When, left handle also carries out card slot with right handle and connects, consequently facilitating opening shell, is also convenient for carrying shell, be easy to use；

3, fixture block, fixture block and BIM data storage is equipped with to be also convenient for simultaneously convenient for total station is installed and fixed Total station is protected, spring is deposited by the effect of buffering convenient for the BIM data inside protection total station and total station Reservoir uses convenient for the data of measurement are arranged and stored convenient for QuickDraw.

Detailed description of the invention

Fig. 1 is that the utility model faces the schematic diagram of the section structure；

Fig. 2 is enlarged structure schematic diagram at A in the utility model Fig. 1 knot；

Fig. 3 is the utility model shell and sliding panel attachment structure schematic diagram；

Fig. 4 is the utility model fixture block structural schematic diagram；

Fig. 5 is the utility model left handle structural schematic diagram.

In figure: 1, shell；2, cover board；3, left handle；4, right handle；5, limited block；6, driven wheel；7, driving belt；8, Groove；9, sliding panel；10, slide bar；11, supporting table；12, fixture block；1201, sliding block；1202, clamping plate；1203, rubber pad；13, turn Axis；14, spring；15, driving wheel；16, fixing groove；17, total station；18, BIM data storage.

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. 1-5 is please referred to, the utility model provides a kind of technical solution: a kind of mapping laying out apparatus based on BIM, including Shell 1, cover board 2, left handle 3, right handle 4, limited block 5, driven wheel 6, driving belt 7, groove 8, sliding panel 9, slide bar 10, branch Support platform 11, fixture block 12, shaft 13, spring 14, driving wheel 15, fixing groove 16, total station 17 and BIM data storage 18, shell 1 Upper end through being connected with cover board 2, and the upper end of the cover board 2 of the left and right sides is respectively welded and is connected with left handle 3 and right handle 4, The left and right inner wall of shell 1, which runs through, is connected with driving belt 7, and the upper and lower ends of driving belt 7 are respectively connected with driven wheel 6, and And the upper end of the driven wheel 6 of upside is connected with cover board 2, the lower end of cover board 2 is fixedly connected with limited block 5, and limited block 5 and shell 1 outer wall is in contact, and the middle part of driving belt 7 is fixedly connected with sliding panel 9, and sliding panel 9 passes through groove 8 in shell 1 Portion is to be slidably connected, and the lower end of sliding panel 9 is connected with fixing groove 16 by spring 14, and the left end of fixing groove 16 is rotatably equipped with The upper center of driving wheel 15, sliding panel 9 is rotatably equipped with supporting table 11 by shaft 13, and the left and right ends of supporting table 11 are equal It is slidably connected on sliding panel 9 by slide bar 10, slidably connects fixture block 12, total station at left and right sides of the upper end of supporting table 11 17 card slots are connected to the upper end of supporting table 11, and the internal signal of total station 17 is connected with BIM data storage 18.

As Fig. 1 and 2 cover plate 2 is symmetrically set with 2 about the vertical central axes of shell 1, and cover board 2 passes through engagement The mode of connection is connected with driven wheel 6, and cover board 2 constitutes slide construction in the upper end of shell 1 by driven wheel 6, is convenient for By rotating driven wheel 6, the sliding of cover board 2 is driven, facilitates unlatching that can close cover board 2, is easy to use or carries, convenient for complete Instrument 17 of standing is protected, and as limited block 5 is fixedly connected on the lower end of cover board 2 in Fig. 1 and 2, and the lower surface of limited block 5 is low In the lower surface of cover board 2, left handle 3 and right handle 4 on cover board 2 are symmetrical set, and the company of left handle 3 and right handle 4 The place of connecing is card slot connection, is defined convenient for the sliding route to cover board 2, cover board 2 is avoided to fall off from shell 1, influence to make With as driven wheel 6 in Fig. 1 and 3 and driving belt 7 constitute drive mechanism, and a vertical central axes left side of the structure about sliding panel 9 The right side is symmetrically arranged with 2, and the driving belt 7 of downside is in " 8 " font structure of traverse, convenient for keeping the transmission of the left and right sides Belt 7 is driven contrary, consequently facilitating sliding panel 9 is driven to slide up and down, convenient for being transmitted to sliding panel 9, is conveniently made With.

Fixture block 12 includes sliding block 1201, clamping plate 1202 and rubber pad 1203 in as Figures 1 and 4, and the lower end of sliding block 1201 is fixed In the upper end face of supporting table 11, the upper end of sliding block 1201 is welded and connected with clamping plate 1202, and clamping plate 1202 is close to total station 17 Right end is uniformly pasted with rubber pad 1203, convenient for total station 17 is fixed and is installed, while being also convenient for adjusting adjusting size Spacing, it is convenient that different size of driving belt 7 is fixed, it is easy to use, as sliding block 1201 in Fig. 4 and clamping plate 1202 are constituted "L" shaped structure, and the structure is set in parallel close to the one side of total station 17 with total station 17, and the rubber on clamping plate 1202 The hemispherical structure of rubber mat 1203 when convenient for total station 17 being fixed, by the extruding force of buffering, avoids damage total station 17。

Working principle: when using the mapping laying out apparatus based on BIM, total station 17 is connected together is supporting first The upper end face of platform 11, while fixture block 12 being slided in supporting table 11, it is fixed by bolt, convenient for total station 17 are fixed, in use, opening the switch that fixation is motor is bolted with driving wheel 15, driving wheel 15 is rotated When, drive driven wheel 6 to rotate by driving belt 7, consequently facilitating driving cover board 2 in the upper sliding of shell 1, due to the biography of lower end Dynamic belt 7 is in " 8 " font structure of traverse, so that the rotation direction of the driven wheel 6 of the left and right sides is on the contrary, consequently facilitating 2 lids 2 reverse slide of plate, convenient for being turned on or off, while be also convenient for the sliding panel 9 being fixedly connected on the driving belt 7 of upper end into Row elevating movement convenient for total station 17 is stored and protected, while being also convenient for carrying out certainly total station 17 by shaft 13 By rotation, facilitate mapping to use, after being measured, the BIM data storage 18 installed inside total station 17 carries out data Storage and arrangement are easy to use consequently facilitating quickly going out to scheme, and the model XD-60KTYZ for the motor that the above theory uses is convenient for Positive and negative rotation is carried out, is easy to use, here it is the whole process that the mapping laying out apparatus based on BIM uses.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (6)

1. a kind of mapping laying out apparatus based on BIM, including shell (1) and total station (17), it is characterised in that: the shell (1) upper end through being connected with cover board (2), and the upper end of the cover board (2) of the left and right sides be respectively welded be connected with left handle (3) and Right handle (4), the left and right inner wall of the shell (1), which runs through, to be connected with driving belt (7), and up and down the two of driving belt (7) End is respectively connected with driven wheel (6), and the upper end of the driven wheel (6) of upside is connected with cover board (2), the lower end of the cover board (2) It is fixedly connected with limited block (5), and limited block (5) is in contact with the outer wall of shell (1), the middle part of the driving belt (7) is solid Surely it is connected with sliding panel (9), and sliding panel (9) is to be slidably connected in the inside of shell (1) by groove (8), the sliding panel (9) lower end is connected with fixing groove (16) by spring (14), and the left end of fixing groove (16) is rotatably equipped with driving wheel (15), The upper center of the sliding panel (9) is rotatably equipped with supporting table (11) by shaft (13), and the left and right two of supporting table (11) End is slidably connected on sliding panel (9) by slide bar (10), is slidably connected at left and right sides of the upper end of the supporting table (11) Have fixture block (12), total station (17) card slot is connected to the upper end of supporting table (11), and the internal signal of total station (17) connects It is connected to BIM data storage (18).

2. a kind of mapping laying out apparatus based on BIM according to claim 1, it is characterised in that: the cover board (2) about The vertical central axes of shell (1) are symmetrically set with 2, and cover board (2) by way of engagement connection with driven wheel (6) phase Connection, and cover board (2) constitutes slide construction in the upper end of shell (1) by driven wheel (6).

3. a kind of mapping laying out apparatus based on BIM according to claim 1, it is characterised in that: the limited block (5) is solid Surely the lower end of cover board (2) is connected to, and the lower surface of limited block (5) is lower than the lower surface of cover board (2), on cover board (2) Left handle (3) and right handle (4) are symmetrical set, and left handle (3) is that card slot connects with the junction of right handle (4).

4. a kind of mapping laying out apparatus based on BIM according to claim 1, it is characterised in that: the driven wheel (6) and Driving belt (7) constitutes drive mechanism, and the structure is symmetrically set with 2 about the vertical central axes of sliding panel (9), and And the driving belt (7) of downside is in " 8 " font structure of traverse.

5. a kind of mapping laying out apparatus based on BIM according to claim 1, it is characterised in that: fixture block (12) packet Sliding block (1201), clamping plate (1202) and rubber pad (1203) are included, the lower end of sliding block (1201) is fixed on the upper end of supporting table (11) Surface, the upper end of sliding block (1201) are welded and connected with clamping plate (1202), and right end of the clamping plate (1202) close to total station (17) is uniform It is pasted with rubber pad (1203).

6. a kind of mapping laying out apparatus based on BIM according to claim 5, it is characterised in that: the sliding block (1201) "L" shaped structure is constituted with clamping plate (1202), and the structure is set with total station (17) in parallel close to the one side of total station (17) It sets, and rubber pad (1203) hemispherical structure on clamping plate (1202).