CN207585602U - A kind of self-supporting ight water level box staff - Google Patents
A kind of self-supporting ight water level box staff Download PDFInfo
- Publication number
- CN207585602U CN207585602U CN201721821776.5U CN201721821776U CN207585602U CN 207585602 U CN207585602 U CN 207585602U CN 201721821776 U CN201721821776 U CN 201721821776U CN 207585602 U CN207585602 U CN 207585602U
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- Prior art keywords
- led light
- clamp
- sopwith staff
- bubble
- ontology
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Abstract
The utility model discloses a kind of self-supporting ight water level box staff, and the lower end of Sopwith staff ontology is removably mounted in the mounting hole of pedestal, and Sopwith staff tripod is sleeved on by sets of holes on Sopwith staff ontology；LED light clamp and bubble clamp are U-shaped component, Sopwith staff ontology is arranged in the cavity formed on LED light clamp and bubble clamp by base and two wing sides, the base and a wing side of LED light clamp and bubble clamp are threaded with bolt, and the end of the screw rod of the bolt on wing side is connected with the top plate with the front of Sopwith staff ontology or rear-face contact；LED light is installed on LED light clamp, and level(l)ing bubble is installed on bubble clamp.It can improve the accuracy of measurement data result by the Sopwith staff, while can be that staff reduces workload, save human resources, be on the other hand night, measurements provides a convenient in tunnel or during insufficient light, while improve the precision that night measures.
Description
Technical field
The utility model is related to measurement of the level technical fields, and in particular to a kind of self-supporting ight water level box staff.
Background technology
Measuring at least two talent of elevation by spirit level and Sopwith staff at present can carry out, and a people, which observes and records a people, helps tower
Ruler, but since Sopwith staff is shaken it is difficult to ensure that Sopwith staff is upright, so causing data, there are larger error, existing self-supporting towers
Ruler, does not on the one hand account for the stability of Sopwith staff bottom and tripod cannot accurately adjust height, on the other hand can not adapt to
Ground has the gradient or the environment that slightly rises and falls and using more complicated；It sometimes must not be without night in order to accelerate the duration
It measures, but general Sopwith staff can not be in night or the reading in tunnel, even if can be irradiated with flashlight, but staff is very
Difficulty accomplishes that, so as to cause measurement error, telemeter rod used at night has one kind at present using ensureing that Sopwith staff is upright while strong illumination Sopwith staff,
Using Noctilucent material, but luminescent properties are not very good, and the duration is also restricted and most fluorescent material is hazardous to the human body,
It is difficult to observe that night Sopwith staff, which tilts, simultaneously, and more it is necessary to make Sopwith staff upright.
Same device there are the problem of：Existing Sopwith staff does not account for the stability of Sopwith staff bottom and tripod cannot essence
Really adjust height, on the other hand since level(l)ing bubble is arranged in the sets of holes of tripod, but sets of holes and Sopwith staff be not consolidation so as to
It cannot be guaranteed that both it is vertical, so cannot accurately ensure that Sopwith staff is upright by adjusting the level(l)ing bubble in tripod sets of holes, also by
It is more complicated in pedestal, it is more complicated that the environment and use process that there be the gradient on ground or slightly rise and fall can not be adapted to.
Using the telemeter rod used at night of Noctilucent material, luminescent properties are not very good, and the duration is also restricted and most fluorescence
Material is hazardous to the human body, while it is difficult to observe that night Sopwith staff, which tilts, and more it is necessary to Sopwith staff is made uprightly to avoid artificially shaking.
Utility model content
To solve problems of the prior art, the purpose of this utility model is to provide a kind of self-supporting ight levels
Sopwith staff can improve the accuracy of measurement data result by the Sopwith staff, while can be that staff reduces workload, save
On the other hand human resources are night, measurement provides a convenient, while improve night measurement in tunnel or during insufficient light
Precision.
The technical solution adopted in the utility model is as follows：
A kind of self-supporting ight water level box staff, including Sopwith staff ontology, LED light, LED light clamp, level(l)ing bubble, bubble card
Son, pedestal and Sopwith staff tripod；Mounting hole is offered on pedestal, the lower end of Sopwith staff ontology is removably mounted to the mounting hole of pedestal
In, Sopwith staff tripod is sleeved on by sets of holes on Sopwith staff ontology；LED light clamp and bubble clamp are U-shaped component, and Sopwith staff ontology is set
It puts in the cavity formed on LED light clamp and bubble clamp by base and two wing sides, the bottom of LED light clamp and bubble clamp
While and a when wing be threaded with bolt, the end of the screw rod of the bolt on wing side be connected with the front of Sopwith staff ontology or
The top plate of rear-face contact；
LED light is installed on LED light clamp, and level(l)ing bubble is installed on bubble clamp.
It is detachably connected between LED light and LED light clamp by boss groove structure, the side of LED light is equipped with boss knot
Structure offers the groove structure being adapted to the boss structure on the medial surface in LED light clamp wing side end portion.
Sopwith staff ontology sets two LED light clamps along its short transverse, is connected between two LED light clamps by connecting plate
It connects；LED light two boss structures setting up and down along its length, two boss structures respectively with the LED light clamp on top
The groove structure of groove structure and the LED light clamp of lower part is detachably connected.
It is detachably connected between level(l)ing bubble and bubble clamp by boss groove structure, one end of level(l)ing bubble is equipped with convex
Platform offers the groove being adapted to boss on the medial surface in bubble clamp wing side end portion.
The upper end of the lower supporting leg of Sopwith staff tripod is stretched into the inner cavity of upper supporting leg, and the lower thread of upper supporting leg is connected with spiral shell
Bolt, the bolt pass through the tube wall of upper supporting leg, and the head of the screw rod of bolt and the outer wall of lower supporting leg offset.
Bolt, the head connection of the screw rod of bolt are threaded at the sets of holes passed through on Sopwith staff tripod for Sopwith staff ontology
There is the top plate with the front of Sopwith staff ontology or rear-face contact.
On Sopwith staff tripod rubber layer is coated with for the inner surface of sets of holes that Sopwith staff ontology passes through.
Mounting hole on pedestal is blind round hole, and the internal diameter of mounting hole is more than the external diameter of a circle of Sopwith staff body cross-section.
Pedestal upper end is connected with handle.
LED light is rechargeable LED light.
The utility model has the advantages that：
The lower end of Sopwith staff ontology is removably mounted to the installation of pedestal by the self-supporting ight water level box staff of the utility model
Kong Zhong increases the stability of Sopwith staff bottom by pedestal, and Sopwith staff is avoided to slide and is tilted；LED light clamp and bubble clamp are U
Type component, Sopwith staff ontology are arranged in the cavity formed on LED light clamp and bubble clamp by base and two wing sides, LED light
The base and a wing side of clamp and bubble clamp are threaded with bolt, and LED light is installed on LED light clamp, level gas
Bubble is installed on bubble clamp, by installing level(l)ing bubble, can be increased the upright precision of Sopwith staff, be passed through mounted LED lamp, energy
Enough parts illuminate Sopwith staff ontology, therefore can improve the accurate of measurement data result by the Sopwith staff of the utility model
Property, at the same can be staff reduce workload, save human resources, be on the other hand night, in tunnel or light not
Measurement provides a convenient when sufficient, while improves the precision of night measurement；
When in use, LED light clamp and bubble clamp are laterally sleeved on by the opening between two wing sides on Sopwith staff ontology,
LED light clamp and bubble clamp are placed on predeterminated position, then tighten the bolt on wing side and base, makes LED light clamp
It is relatively fixed with bubble clamp and Sopwith staff ontology, therefore, LED light and water neatly can be adjusted and fix by above structure
The position of quasi- bubble, convenient for observing and measuring；The end of the screw rod of bolt on wing side be connected with the front of Sopwith staff ontology or
The top plate of rear-face contact by the front or rear-face contact of top plate and Sopwith staff ontology, can avoid the head of bolt from scratching Sopwith staff
Groove on ontology causes observation inconvenient.
Further, it is detachably connected between level(l)ing bubble and bubble clamp by boss groove structure, level(l)ing bubble
One end is equipped with boss, offers the groove being adapted to boss on the medial surface in bubble clamp wing side end portion, passes through boss groove knot
Structure facilitates the installation and dismounting of level(l)ing bubble, under the premise of normal use is ensured, while can avoid damage level(l)ing bubble.
Further, the upper end of the lower supporting leg of Sopwith staff tripod is stretched into the inner cavity of upper supporting leg, the lower thread of upper supporting leg
Bolt is connected with, which passes through the tube wall of upper supporting leg, and the head of the screw rod of bolt and the outer wall of lower supporting leg offset, needing to adjust
During section, bolt is unclamped, certain distance is extracted out from upper supporting leg by certain distance in lower supporting leg insertion upper supporting leg or by lower supporting leg,
Then bolt is tightened again, and the head of bolt is made to realize dieback between upper supporting leg and lower supporting leg between upper supporting leg and lower supporting leg
Fixed, therefore, the supporting leg of Sopwith staff tripod subtle can adjust height so that adjust finer.
Further, bolt is threaded at the sets of holes passed through on Sopwith staff tripod for Sopwith staff ontology, passes through the bolt
Tighten and unclamp the fixation and adjusting that enable between Sopwith staff tripod and Sopwith staff ontology, ensure that Sopwith staff ontology is using
It is in stable condition in the process so that measurement result is more accurate；The head of the screw rod of bolt be connected with the front of Sopwith staff ontology or
The top plate of rear-face contact by the front or rear-face contact of top plate and Sopwith staff ontology, can avoid the head of bolt from scratching Sopwith staff
Groove on ontology causes observation inconvenient.
Further, rubber layer is coated with for the inner surface of sets of holes that Sopwith staff ontology passes through on Sopwith staff tripod, passes through rubber
Sets of holes are by the surface tear of Sopwith staff ontology when glue-line can avoid the Sopwith staff ontology from being moved in sets of holes, and influence observation.
Further, the mounting hole on pedestal is blind round hole, and the internal diameter of mounting hole is external more than Sopwith staff body cross-section
Diameter of a circle, after mounting hole is inserted into the lower end of Sopwith staff ontology, Sopwith staff ontology can be rotated relative to mounting hole, Yi Jiqing
Tiltedly certain angle, in Sopwith staff ontology and pedestal in inclined surface in use, easily Sopwith staff ontology is enable to pass through Sopwith staff tripod
It adjusts to vertical state, without moving and the angle of rotating base, greatly facilitates operation.
Description of the drawings
Fig. 1 is that the self-supporting ight water level box staff of the utility model measures schematic diagram when using；
Fig. 2 is the schematic diagram of the utility model bubble clamp；
Fig. 3 is the structure diagram of the utility model level(l)ing bubble；
Fig. 4 is the utility model bubble clamp and the front view after level(l)ing bubble assembling；
Fig. 5 is the utility model bubble clamp and the vertical view after level(l)ing bubble assembling；
Fig. 6 is the front view of the utility model self-supporting ight water level box staff；
Fig. 7 is the vertical view of the utility model Sopwith staff tripod；
Fig. 8 is the front view of the utility model pedestal；
The side view of Fig. 9 the utility model pedestals；
Figure 10 is the utility model LED light clamp and the front view after LED light assembling；
Figure 11 is the utility model LED light clamp and the vertical view after LED light assembling.
In figure, 1- spirit levels, 2- infrared lasers, 3- levelling tripods, 4- Sopwith staff ontologies, 5-LED lamps, 6-LED lamps
Clamp, 7- level(l)ing bubbles, 7-1- boss, 8- bubble clamps, 8-1- grooves, 9- bolts, 10- rubber layers, 11- top plates are propped up on 12-
Leg, supporting leg under 13-, 14- pedals, 15- pedestals, 15-1- mounting holes, 16- handles, 17- Sopwith staff tripods, 17-1- sets of holes, 18-
Connecting plate.
Specific embodiment
The utility model is further described below in conjunction with the accompanying drawings.
As shown in Figures 2 to 11, the self-supporting ight water level box staff of the utility model, including Sopwith staff ontology 4, LED light 5,
LED light clamp 6, level(l)ing bubble 7, bubble clamp 8, pedestal 15 and Sopwith staff tripod 17；It detachably installs the lower end of Sopwith staff ontology 4
In the mounting hole 15-1 of pedestal 15, mounting hole 15-1 is blind round hole, and internal diameter is more than the straight of 4 cross section circumscribed circle of Sopwith staff ontology
Diameter, Sopwith staff tripod 17 are sleeved on by sets of holes 17-1 on Sopwith staff ontology 4；LED light clamp 6 and bubble clamp 8 are U-shaped component,
Sopwith staff ontology 4 is arranged in the cavity formed on LED light clamp 6 and bubble clamp 8 by base and two wing sides, LED light clamp 6
Be threaded with bolt with the base of bubble clamp 8 and a wing side, the end of the screw rod of the bolt on wing side be connected with
The front of Sopwith staff ontology 4 or the top plate 11 of rear-face contact；
LED light is installed on LED light clamp 6, and LED light 5 is rechargeable LED light, and level(l)ing bubble 7 is installed on bubble clamp 8
On.
As shown in Fig. 2~Fig. 5, it is detachably connected between level(l)ing bubble 7 and bubble clamp 8 by boss groove structure, water
One end of quasi- bubble 7 is equipped with boss 7-1, and the groove being adapted to boss 7-1 is offered on the medial surface in 8 wing side end portion of bubble clamp
8-1。
As shown in Figure 10, it is detachable by boss groove structure between LED light 5 and LED light clamp 6 with reference to Fig. 2~Fig. 5
Connection, the side of LED light 5 are equipped with boss structure, are offered and the boss structure on the medial surface in 6 wing side end portion of LED light clamp
The groove structure of adaptation, the boss structure in LED light 5 is identical with boss 7-1 structures, the groove structure on LED light clamp 6 with it is recessed
Slot 8-1 structures are identical；
Such as Figure 11, the boss structure in LED light 5 is arranged on the side of 5 width direction of LED light, when LED light 5 is mounted on LED
After on lamp clamp 6, the light of LED light 5 is enable to be irradiated to scale on Sopwith staff ontology 4, convenient for observation.
Such as Figure 10, in order to which LED light 5 is made to have higher stability, Sopwith staff ontology 4 sets two LED along its short transverse
Lamp clamp 6 is connected by connecting plate 18 between two LED light clamps 6, and connecting plate 18, which had both played, connects two LED light clamps 6
For the effect of an entirety, also acting as makes have fixed spacing between two LED light clamps 6 so that LED light 5 is easy for installation；
Two boss structures setting up and down, two boss structures are recessed with the LED light clamp 6 on top respectively along its length for LED light 5
The groove structure of the LED light clamp 6 of slot structure and lower part is detachably connected, and above structure causes LED light 5 by two fixed,
Be conducive to measure.
As shown in Figure 6 and Figure 7, the upper end of the lower supporting leg 13 of Sopwith staff tripod 17 is stretched into the inner cavity of upper supporting leg 12, upper branch
The lower thread of leg 12 is connected with bolt, which passes through the tube wall of upper supporting leg 12, the head of the screw rod of bolt and lower supporting leg 13
Outer wall offset.Bolt, the screw rod of bolt are threaded at the sets of holes 17-1 passed through on Sopwith staff tripod 17 for Sopwith staff ontology 4
Head be connected with top plate 11 with the front of Sopwith staff ontology 4 or rear-face contact.It is passed through on Sopwith staff tripod 17 for Sopwith staff ontology 4
The inner surface of sets of holes 17-1 be coated with rubber layer 10.As shown in Figure 8 and Figure 9,15 upper end of pedestal is connected with handle 16.
Each section acts on and advantage：
1) LED light 5 is used for illuminating local reading area, easy to operate.
2) level(l)ing bubble 7 is inserted in bubble clamp 8, is fixed on Sopwith staff vertically, and then to Sopwith staff by the bolt 9 of both sides
Leveling.
3) rubber layer 10 can prevent abrasion Sopwith staff ontology.
4) top plate 11 on Sopwith staff tripod 17 can be bolted Sopwith staff, keep stablizing.
5) upper supporting leg 12 and lower supporting leg 13 can be relatively flexible up and down, and adjustment height is bolted.
6) pedal 14 under on supporting leg 13 is set, the tip of lower supporting leg can be treaded in soil by pedal 14, increases Sopwith staff
The stability of tripod.
7) pedestal 15 is metab, and base holes are rectangular, and rubber pad is equipped in hole, slows down Sopwith staff bottom abrasion；Bottom surface
There are four spurs, increase the anti-sliding stop of stability.
8) handle 16 is convenient for carrying pedestal.
The course of work：
1) when night uses spirit level 1, the position of Sopwith staff is determined by the infrared laser 2 on 1 top of spirit level.
2) LED light 5 is mounted on to the Sopwith staff side of 4 reading area of Sopwith staff ontology by LED light clamp 6.
3) bubble clamp 8 is sleeved on from Sopwith staff side on Sopwith staff, level(l)ing bubble 7 is inserted in bubble card in Sopwith staff another side
In groove 8-1 in son 8, the bolt 9 of both sides is tightened, level(l)ing bubble 7 is made to be close to tower by bolt and coupled top plate
Ruler is kept vertical with Sopwith staff.
4) Sopwith staff ontology 4 is penetrated from sets of holes 17-1, lower part is inserted into pedestal 15, passes through the spiral shell on the outside of sets of holes 17-1
Top plate 11 is attached on the front or the back side of Sopwith staff ontology by bolt 9, tightens bolt, and Sopwith staff ontology is fixed in sets of holes 17-1.
5) flexible upper supporting leg 12 and lower supporting leg 13 adjustment relative length carry out leveling level(l)ing bubble 7, by lower supporting leg 13
Bolt fixes supporting leg (12,13) up and down.
If 6) on soil, the tip of lower supporting leg 13 is treaded in soil by pedal 14, increase stability, while pedestal
Wedge angle also has phase same-action.
Claims (10)
1. a kind of self-supporting ight water level box staff, which is characterized in that including Sopwith staff ontology (4), LED light (5), LED light clamp
(6), level(l)ing bubble (7), bubble clamp (8), pedestal (15) and Sopwith staff tripod (17)；Pedestal offers mounting hole on (15)
(15-1), the lower end of Sopwith staff ontology (4) are removably mounted in the mounting hole (15-1) of pedestal (15), and Sopwith staff tripod (17) is logical
Sets of holes (17-1) are crossed to be sleeved on Sopwith staff ontology (4)；LED light clamp (6) and bubble clamp (8) are U-shaped component, Sopwith staff ontology
(4) it is arranged in the cavity formed on LED light clamp (6) and bubble clamp (8) by base and two wing sides, LED light clamp (6)
Bolt is threaded with the base of bubble clamp (8) and a wing side, and the end of the screw rod of the bolt on wing side is connected with
With the front of Sopwith staff ontology (4) or the top plate (11) of rear-face contact；
LED light (5) is installed on LED light clamp (6), and level(l)ing bubble (7) is installed on bubble clamp (8).
2. a kind of self-supporting ight water level box staff according to claim 1, which is characterized in that level(l)ing bubble (7) and bubble
Clamp is detachably connected between (8) by boss groove structure, and one end of level(l)ing bubble (7) is equipped with boss (7-1), bubble clamp
(8) groove (8-1) being adapted to boss (7-1) is offered on the medial surface in wing side end portion.
3. a kind of self-supporting ight water level box staff according to claim 1, which is characterized in that LED light (5) and LED light card
It is detachably connected between sub (6) by boss groove structure, the side of LED light (5) is equipped with boss structure, LED light clamp (6) wing
The groove structure being adapted to the boss structure is offered on the medial surface in side end portion.
4. a kind of self-supporting ight water level box staff according to claim 1, which is characterized in that Sopwith staff ontology (4) is high along it
It spends direction and two LED light clamps (6) is set, connected between two LED light clamps (6) by connecting plate (18)；LED light (5) edge
Its length direction two boss structures setting up and down, two boss structures groove structure with the LED light clamp on top (6) respectively
It is detachably connected with the groove structure of the LED light clamp (6) of lower part.
5. a kind of self-supporting ight water level box staff according to claim 1, which is characterized in that under Sopwith staff tripod (17)
The upper end of supporting leg (13) is stretched into the inner cavity of upper supporting leg (12), and the lower thread of upper supporting leg (12) is connected with bolt, which wears
The tube wall of upper supporting leg (12) is crossed, the head of the screw rod of bolt and the outer wall of lower supporting leg (13) offset.
6. a kind of self-supporting ight water level box staff according to claim 1, which is characterized in that screw thread connects at sets of holes (17-1)
Bolt is connected to, the head of the screw rod of bolt is connected with the top plate (11) with the front of Sopwith staff ontology (4) or rear-face contact.
A kind of 7. self-supporting ight water level box staff according to claim 1, which is characterized in that the inner surface of sets of holes (17-1)
It is coated with rubber layer (10).
A kind of 8. self-supporting ight water level box staff according to claim 1, which is characterized in that the mounting hole on pedestal (15)
(15-1) is blind round hole, and the internal diameter of mounting hole (15-1) is more than the external diameter of a circle in Sopwith staff ontology (4) cross section.
9. a kind of self-supporting ight water level box staff according to claim 1, which is characterized in that pedestal (15) upper end is connected with
Handle (16).
10. a kind of self-supporting ight water level box staff according to claim 1, which is characterized in that LED light (5) is rechargeable
LED light.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721821776.5U CN207585602U (en) | 2017-12-23 | 2017-12-23 | A kind of self-supporting ight water level box staff |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721821776.5U CN207585602U (en) | 2017-12-23 | 2017-12-23 | A kind of self-supporting ight water level box staff |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207585602U true CN207585602U (en) | 2018-07-06 |
Family
ID=62739705
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721821776.5U Expired - Fee Related CN207585602U (en) | 2017-12-23 | 2017-12-23 | A kind of self-supporting ight water level box staff |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207585602U (en) |
-
2017
- 2017-12-23 CN CN201721821776.5U patent/CN207585602U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180706 Termination date: 20181223 |