CN201672912U - Measuring instrument of continuous wall thickness - Google Patents
Measuring instrument of continuous wall thickness Download PDFInfo
- Publication number
- CN201672912U CN201672912U CN2010201945693U CN201020194569U CN201672912U CN 201672912 U CN201672912 U CN 201672912U CN 2010201945693 U CN2010201945693 U CN 2010201945693U CN 201020194569 U CN201020194569 U CN 201020194569U CN 201672912 U CN201672912 U CN 201672912U
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- support
- back shaft
- slide block
- wall thickness
- slide
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Abstract
The utility model relates to measuring wall thickness, and in particular to a measuring instrument of continuous wall thickness. The measuring instrument herein comprises a support, a supporting mechanism fixed on the support, and a sliding adjustment mechanism, wherein the supporting mechanism and the sliding adjustment mechanism are connected by the support, the supporting mechanism comprising a reading displaying unit, an end plate and a sliding block, the end plate being fastened to the end of the support and being formed into a enclosing area with the support. The utility model can give continuous measuring to wall thickness of work pieces to be measured by rotating one cycle, which can secure a convenient, efficient and accurate measuring.
Description
Technical field
The utility model relates to the wall thickness measuring field, particularly a kind of continuous wall thickness measurer.
Background technology
Current, when the wall thickness of pipeline is measured, often all be manually to try to achieve the theoretical wall thickness value of this pipeline, thereby judge whether this pipeline meets mark by the wall thickness of multimetering pipeline.And in the pipe production streamline, the Measuring Time of wall thickness is also shorter, and not only there is measuring error in the mode of artificial multimetering wall thickness, also can have the phenomenon that causes surveying instrument to damage because of manual measurement is overtime simultaneously, measures cost thereby increase.
Summary of the invention
In order to overcome above-mentioned weak point of the prior art, the utility model proposes a kind of continuous wall thickness measurer, solve available technology adopting measuring instrument multimetering pipeline wall thickness and cause the problem of measuring error, reach the purpose that reduces measuring error.
The utility model is achieved through the following technical solutions: design, make a kind of continuous wall thickness measurer, comprise support, be fixed on supporting mechanism and slidable adjustment mechanism on the described support; Described supporting mechanism is connected by support with described slidable adjustment mechanism; Described supporting mechanism comprises reading display unit, end plate and slide block; Described end plate is fixed on the end of described support and forms the closed region with described support; Described slide block snaps on the described support and can slide in described closed region; Be provided with elastic component between described end plate and described slide block; The limit portion of described slide block is provided with back shaft; Described back shaft in the vertical direction is perpendicular to described support; Described back shaft comprises left back shaft, right back shaft and intermediate supports axle; The centre position of described intermediate supports axle between described left back shaft and described right back shaft; Described left back shaft, right back shaft limit portion are the two-end-point of the string of circle; Described slidable adjustment mechanism is placed on the described support; Described slidable adjustment mechanism comprises slide, securing member, gauge head and driving lever;
Described gauge head and described slide link together and slide on described support; Described securing member is fixed on described slide on the described support; Described driving lever is replaced described gauge head.
The utility model is further improved to be, described slidable adjustment mechanism also is provided with handle, and described handle is positioned at the below of described slide and can allows described slide move in a circle.
The utility model is further improved to be, described slidable adjustment mechanism also is provided with Flexible Connector;
Described Flexible Connector is positioned at described gauge head and described supporting mechanism respective end portions and is located on the described support.
The utility model is further improved to be that described reading display unit is electronics, pointer or vernier reading display unit; Described reading display unit is fixed on the described support; Described support is provided with the numerical value label layer or described support is provided with the graduated tooth bar seat of sign.
The utility model is further improved to be, described slide block is three described slide blocks and snaps in three corresponding on described support chutes; Described slide block is connected with described end plate by an elastic component respectively; Described elastic component is replaced described slide block and described end plate.
The utility model is further improved to be, described slide block is three described slide blocks and snaps in three corresponding on described support chutes; The slide block of described left back shaft and right back shaft correspondence is connected with described end plate by an elastic component respectively; The slide block of described intermediate supports axle correspondence directly is connected with described end plate.
The beneficial effects of the utility model are: the wall thickness size that the continuous coverage of the utility model energy is to be measured, can measure to be measured wall thickness value by rotating a circle, and both convenient and swift, improved efficiency of measurement and measuring accuracy again.
Description of drawings
Fig. 1 is the front elevation of the utility model continuous wall thickness measurer.
Fig. 2 is the vertical view of the utility model continuous wall thickness measurer.
Fig. 3 is the side view of the utility model continuous wall thickness measurer.
Fig. 4 is the sectional view of the utility model continuous wall thickness measurer A-A.
Fig. 5 is the utility model supporting structure synoptic diagram.
Fig. 6 is the utility model tip plate configurations synoptic diagram.
Fig. 7 is the utility model slide block structure synoptic diagram.
Fig. 8 is the utility model gauge stand structural representation and A-A sectional view.
Fig. 9 is the utility model gauge stand structure side view and vertical view.
Figure 10 is the utility model tooth bar seat synoptic diagram.
Figure 11 is the utility model one example structure synoptic diagram.
Embodiment
Below in conjunction with accompanying drawing, the utility model will be further described.
A kind of continuous wall thickness measurer comprises support, is fixed on supporting mechanism and slidable adjustment mechanism on the described support; Described supporting mechanism is connected by support with described slidable adjustment mechanism; Described slidable adjustment mechanism can carry out circular motion by described support; Described supporting mechanism can show the spacing distance between this slidable adjustment mechanism and described supporting mechanism when described slidable adjustment mechanism carries out circular motion.
Described supporting mechanism comprises reading display unit, end plate and slide block; Described end plate is fixed on the end of described support and forms the closed region with described support; Described slide block snaps on the described support and can slide in described closed region; Be provided with elastic component between described end plate and described slide block; The limit portion of described slide block is provided with back shaft; Described back shaft in the vertical direction is perpendicular to described support; Described back shaft comprises left back shaft, right back shaft and intermediate supports axle; The centre position of described intermediate supports axle between described left back shaft and described right back shaft; Described left back shaft, right back shaft limit portion are the two-end-point of the string of circle.
Described slidable adjustment mechanism is placed on the described support; Described slidable adjustment mechanism comprises slide, securing member, gauge head and driving lever; Described gauge head and described slide link together and slide on described support; Described securing member is fixed on described slide on the described support; Described driving lever is replaced described gauge head.
Described slidable adjustment mechanism also is provided with handle, and described handle is positioned at the below of described slide and can allows described slide move in a circle.
Described slidable adjustment mechanism also is provided with Flexible Connector; Described Flexible Connector is positioned at described gauge head and described supporting mechanism respective end portions and is located on the described support.
Described reading display unit is electronics, pointer or vernier reading display unit; Described reading display unit is fixed on the described support; Described support is provided with the numerical value label layer or described support is provided with the graduated chi deck of sign.
Described slide block is three described slide blocks and snaps in three corresponding on described support chutes; Described slide block is connected with described end plate by an elastic component respectively; Described elastic component is replaced described slide block and described end plate.
Described slide block is three described slide blocks and snaps in three corresponding on described support chutes; The slide block of described left back shaft and right back shaft correspondence is connected with described end plate by an elastic component respectively; The slide block of described intermediate supports axle correspondence directly is connected with described end plate.
In one embodiment, as Fig. 1, Fig. 2 and Fig. 3, a kind of continuous wall thickness measurer is made up of support 5, slidable adjustment mechanism and supporting mechanism.This supporting mechanism comprises reading display unit, end plate 1 and slide block 4, and the limit portion of this slide block 4 is provided with back shaft 10; Because securing member is fixed on the end of described support 5 with end plate 1, like this, the slide block 4 that snaps in this support 5 can be in these support 5 enterprising line slips.Described end plate 1 and described slide block 4 are connected by elastic component; Described back shaft 10 be positioned in the described slide block 4 limit portions and in the vertical direction perpendicular to described slide block 4; Described back shaft 10 comprises left back shaft, right back shaft and intermediate supports axle; The centre position of described intermediate supports axle between described left back shaft and described right back shaft also can be along with described support 5 horizontally slips on horizontal level; Described left and right back shaft limit portion is the two-end-point of the string of circle.
The slotted eye that this support 5 is provided with and this slide block 4 is connected, spring 2 are installed between slide block 4 and the end plate 1, and when exerting oneself compression spring 2, back shaft 10 can be moved to the left.In one embodiment, the position mounting spring 2 in three holes on the support 5 can all can be adjusted three back shafts 10 and be moved as required like this.Simultaneously, also can only left and right back shaft be connected with spring, and the intermediate supports axle directly is fixed on the end plate 1, make the intermediate supports axle remain at the fixed position like this.
Slidable adjustment mechanism is made up of handle 8, securing member 9 (as screw, bolt etc.), slide 12, driving lever 11 and gauge head 10, and slide 12 can be in support 5 enterprising line slips; And the bottom of the gauge head 10 of slidable adjustment mechanism and the back shaft 10 on the supporting mechanism is on same surface level.Simultaneously, the both sides that the gauge head 10 and the back shaft 10 on the supporting mechanism of slidable adjustment mechanism are fixed to be measured (as circular pipe fitting) wall respectively, like this, the gauge head 10 of slidable adjustment mechanism and the back shaft 10 on the supporting mechanism can form the line that intersects vertically, can be with a left side, right back shaft is fixed on the circumference cambered surface, like this, a left side, the bottom surface line of the gauge head in right back shaft vertical centering control countershaft and the slidable adjustment mechanism can vertically be divided the line of the bottom surface of left and right sides back shaft equally, with regard to be measured wall thickness in this position of energy measurement, promptly the spacing between the gauge head in intermediate supports axle and the slidable adjustment mechanism just is to be measured a wall thickness according to former relative theory; Certainly, also can between the gauge head in intermediate supports axle and the slidable adjustment mechanism, increase the partition unit of other regular length, so also be easy to calculate to be measured wall thickness.In process with the measuring instrument rotation, just can obtain to be measured wall thickness numerical value continuously, when measuring instrument is circled, just can obtain this wall thickness value of to be measured.By on reading device, setting two boundary alignment values, just can very accurate judgement, whether the value of wall thickness in boundary value, can read wall thickness value so very accurately, can show intuitively again this to be measured whether qualified.
Fig. 4 is the A-A surface chart, and as can be seen, slide 12 is enclosed within on the support 5 and can slides in the above, certainly, in other embodiment, also slide 12 can be fixed on the support 5.
In the time of in measuring process, the measuring error that causes in order to prevent moving of slidable adjustment mechanism, by in slidable adjustment mechanism, increasing securing member and driving lever, securing member 9 is fixed on slide 12 on the support 5, simultaneously, will replace gauge head 10 by driving lever 11 again, and can guarantee in rotary course like this, this slide 12 and gauge head 10 can not be offset, and guarantee the precision of measuring.And by install handle 8 additional in slidable adjustment mechanism, the purpose of doing like this is convenient rotation.
Intuitively the size of wall thickness is shown for more convenient, on support 5, can install a reading display unit additional, it can be for electronics, pointer or vernier reading display unit, in rotary course, to be measured wall thickness by it just can be very intuitively, clearly show.One is among the embodiment, and gauge stand 3 is rack-mount, indicator gauge (as electronics indicator gauge or pointer indicator gauge) can be installed in the gauge stand like this, and tooth bar seat 7 and reading sheet 6 are installed simultaneously, cooperates to come reading of data.Certainly, also can directly on support 5, increase scale mark,, in the process of rotation, also can directly cooperate the reading display unit to get access to be measured wall thickness value by the scale mark on the support 5 directly by the scale mark on the support 5.
In another embodiment, as Figure 11, can in the middle of slidable adjustment mechanism and supporting mechanism, install a spring 17 and spring housing 18 additional, slidable adjustment mechanism and supporting mechanism are when the wall thickness that compresses to be measured like this, also can be by the elastic force of spring 17, by driving lever 11 and securing member 9, just can firmly slidable adjustment mechanism be fixed on the support 5 again, thereby prevent that the displacement that occurs because of slide 12 in the measuring process from causing error.
In like manner, with slidable adjustment mechanism and supporting mechanism switch, also can measure wall thickness very easily, be about to slide block 4 and replace to be measured outer wall, and gauge head 10 is replaced to be measured inwall, according to top metering system, also can measure to be measured wall thickness very easily.
This continuous wall thickness measurer can not only be measured the wall thickness of circular pipe fitting, the also wall thickness of other pipe fitting of energy measurement, gauge head 10 and slide block 4 can be positioned over its to be measured of inside and outside wall as columnar member and other, can accurately obtain to be measured wall thickness value by above-mentioned measuring process.
In the time of in actual measurement, the slidable adjustment mechanism on the S1 sliding support makes supporting mechanism and slidable adjustment mechanism replace the interior outside of to be measured wall respectively; S2 regulates slidable adjustment mechanism fixing it on support, in a kind of embodiment, by regulating securing member and the driving lever in the described slidable adjustment mechanism, it is fixed on the described support; Back shaft on the described supporting mechanism can form the vertical mechanism that divides equally with gauge head in the described slidable adjustment mechanism; S3 rotational slide governor motion also moves in a circle; The S4 supporting mechanism shows to be measured wall thickness numerical value.At this moment, described supporting mechanism comprises reading display unit, end plate and slide block; Described end plate is fixed on the end of described support and forms the closed region with described support; Described slide block snaps on the described support and can slide in described closed region; Be provided with elastic component between described end plate and described slide block; The limit portion of described slide block is provided with back shaft; Described back shaft in the vertical direction is perpendicular to described support; Described back shaft comprises left back shaft, right back shaft and intermediate supports axle; The centre position of described intermediate supports axle between described left back shaft and described right back shaft; Described left back shaft, right back shaft limit portion are the two-end-point of the string of circle; Described slidable adjustment mechanism is placed on the described support; Described slidable adjustment mechanism comprises slide, securing member, gauge head and driving lever; Described gauge head and described slide link together and slide on described support; Described securing member is fixed on described slide on the described support; Described driving lever is replaced described gauge head; Among the described step S2,, it is fixed on the described support by regulating securing member and the driving lever in the described slidable adjustment mechanism; Back shaft on the described slide block can form the vertical mechanism that divides equally with gauge head in the described slidable adjustment mechanism.
In the time of in one embodiment, as Fig. 1, elder generation is enclosed within slide 12 and gauge head 10 at an end of support 5, and slide block 4 and back shaft 10 are fixed on the other end of support 5, to be measured inside and outside wall is replaced the back shaft of gauge head 10 and slide block 4 limit portions respectively, the back shaft 10 on the adjusting slider 4 slowly, make a left side, right back shaft is replaced respectively on to be measured inwall, gauge head 10 is replaced on to be measured outer wall, at this moment, the intermediate supports axle of gauge head 10 and slide block 4 limit portions is positioned on to be measured the diameter, guarantee that it is vertical and divide equally about the end axle replace the line (i.e. Yuan string) of the end points on to be measured the inwall.At this moment, slide 12 is fixed on support 5, its fixing mode mainly is pressed on this slide 12 on this support 5 by securing member 9 (as screw, bolt etc.), replace this gauge head 10 by a driving lever 11 simultaneously, so just can avoid slide 12 and gauge head 10 in moving process, on support 5, to produce displacement, thus the error when causing measuring.
Above content be in conjunction with concrete preferred implementation to further describing that the utility model is done, can not assert that concrete enforcement of the present utility model is confined to these explanations.For the utility model person of an ordinary skill in the technical field, under the prerequisite that does not break away from the utility model design, can also make some simple deduction or replace, all should be considered as belonging to protection domain of the present utility model.
Claims (6)
1. a continuous wall thickness measurer is characterized in that: comprise support, be fixed on supporting mechanism and slidable adjustment mechanism on the described support; Described supporting mechanism is connected by support with described slidable adjustment mechanism; Described supporting mechanism comprises reading display unit, end plate and slide block; Described end plate is fixed on the end of described support and forms the closed region with described support; Described slide block snaps on the described support and can slide in described closed region; Be provided with elastic component between described end plate and described slide block; The limit portion of described slide block is provided with back shaft; Described back shaft in the vertical direction is perpendicular to described support; Described back shaft comprises left back shaft, right back shaft and intermediate supports axle; The centre position of described intermediate supports axle between described left back shaft and described right back shaft; Described left back shaft, right back shaft limit portion are the two-end-point of the string of circle; Described slidable adjustment mechanism is placed on the described support; Described slidable adjustment mechanism comprises slide, securing member, gauge head and driving lever; Described gauge head and described slide link together and slide on described support; Described securing member is fixed on described slide on the described support; Described driving lever is replaced described gauge head.
2. according to the described continuous wall thickness measurer of claim 1, it is characterized in that: described slidable adjustment mechanism also is provided with handle, and described handle is positioned at the below of described slide and can allows described slide move in a circle.
3. according to the described continuous wall thickness measurer of claim 1, it is characterized in that: described slidable adjustment mechanism also is provided with Flexible Connector; Described Flexible Connector is positioned at described gauge head and described supporting mechanism respective end portions and is located on the described support.
4. according to the described continuous wall thickness measurer of claim 1, it is characterized in that: described reading display unit is electronics, pointer or vernier reading display unit; Described reading display unit is fixed on the described support; Described support is provided with the numerical value label layer or described support is provided with the graduated tooth bar seat of sign.
5. according to the described continuous wall thickness measurer of claim 1, it is characterized in that: described slide block is three described slide blocks and snaps in three corresponding on described support chutes; Described slide block is connected with described end plate by an elastic component respectively; Described elastic component is replaced described slide block and described end plate.
6. according to the described continuous wall thickness measurer of claim 1, it is characterized in that: described slide block is three described slide blocks and snaps in three corresponding on described support chutes; The slide block of described left back shaft and right back shaft correspondence is connected with described end plate by an elastic component respectively; The slide block of described intermediate supports axle correspondence directly is connected with described end plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201945693U CN201672912U (en) | 2010-05-19 | 2010-05-19 | Measuring instrument of continuous wall thickness |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201945693U CN201672912U (en) | 2010-05-19 | 2010-05-19 | Measuring instrument of continuous wall thickness |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201672912U true CN201672912U (en) | 2010-12-15 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010201945693U Expired - Fee Related CN201672912U (en) | 2010-05-19 | 2010-05-19 | Measuring instrument of continuous wall thickness |
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| CN (1) | CN201672912U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107727017A (en) * | 2017-08-30 | 2018-02-23 | 贵州省智能崛起科技有限公司 | A kind of calibrator and measuring method for being used to detect roller shutter door board thickness |
-
2010
- 2010-05-19 CN CN2010201945693U patent/CN201672912U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107727017A (en) * | 2017-08-30 | 2018-02-23 | 贵州省智能崛起科技有限公司 | A kind of calibrator and measuring method for being used to detect roller shutter door board thickness |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20101215 Termination date: 20110519 |