CN205940338U - Survey fabrics dimension change rate's measuring tool - Google Patents
Survey fabrics dimension change rate's measuring tool Download PDFInfo
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- CN205940338U CN205940338U CN201620786811.3U CN201620786811U CN205940338U CN 205940338 U CN205940338 U CN 205940338U CN 201620786811 U CN201620786811 U CN 201620786811U CN 205940338 U CN205940338 U CN 205940338U
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- scale
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- textile
- zeromark
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Abstract
The utility model discloses a survey fabrics dimension change rate's measuring tool, the main problem that is directed against current measurement fabrics dimension change rate's method inefficiency has provided a high -efficient survey fabrics dimension change rate's measuring tool who measures fabrics dimension change rate, include the measuring tool body and at least scale mark in the positive one side setting of the measuring tool body, the scale mark is including setting up the zeromark and the slewing rate scale of setting at the measuring tool body other end in measuring tool body one end, the slewing rate scale changes just the changing the scale and setting up and change the negative variation scale that the scale is close to zeromark one side zero of one side that the zeromark was kept away from to the scale including zero changing the scale, setting up zero, just changing scale and negative variation scale and all including a plurality of main scale marks, the main scale mark mark has corresponding percentage numerical value, and percentage numerical value is distance and zero percentage that changes the distance of scale to zeromark between main scale mark to the zero change scale. The utility model discloses can improve the work efficiency of fabrics size survey.
Description
Technical field
This utility model is related to a kind of measurer measuring size changing rate of textile.
Background technology
After textile is scrubbed and dry, the size of size changing rate is to weigh the important indicator of textile.Therefore, to spinning
The mensure of size changing rate after fabric is scrubbed and dry, is the work that textile inspection staff often must do.Existing
Under technology scrubbed to textile and dry after the mensure of size changing rate be according to standard GB/T 8630-2013《Textile
The mensure of change in size after washing and being dried》In formula calculate size changing rate of textile.Specifically it is simply that washing
Using tape measure or Steel Ruler, fabric length and width numerical value is carried out measuring, records numerical value before washing, after washing, reuse tape measure or steel
Board foot carries out measuring, records numerical value to fabric length and width numerical value, and the numerical value then measure according to before and after washing, recording carries out size
The calculating of rate of change.The method of this measurement size changing rate needs loaded down with trivial details measuring, record and calculating process, inefficiency.
Utility model content
For the problems referred to above, this utility model provides a kind of high efficiency to measure the change of textile scrubbed and dried size
The measurer of the mensure textile rate of change of rate
For reaching above-mentioned purpose, the measurer that this utility model measures size changing rate of textile includes measurer body and at least exists
The graduation mark of measurer body front side setting；Described graduation mark includes zeromark and the setting being arranged on described measurer body one end
Rate of change scale in the described measurer body other end；Described rate of change scale includes zero change scale, is arranged on described zero change
Scale changes scale near described zeromark away from the just change scale of the side of described zeromark with being arranged on described zero
The negative change scale of side；Described just changing scale and described negative change scale all include some main scale marks, described master calibration
Wire tag has corresponding percentages, described percentages be described main scale mark to zero change the distance between scale with
Described zero changes scale to the percentage ratio of the distance of zeromark.
Further, the opposite sides in described measurer body front is provided with two groups of graduation marks, described two groups of graduation marks with regard to
The midpoint centrosymmetry of described measurer body positive axis.
Further, described amount is specially the measurer body of bar shaped, and the specific two ends of described amount are respectively arranged with and measurer body
The handle connecting, the edge of described handle is smooth curve, and specific angle is 1 °～90 ° to described handle with described amount.
Further, the specific percentages of described amount are divided into two row, and two line number values are respectively the ten of percentages
Position and a position.
Further, the specific two ends of described amount are provided with attraction block, and described amount is particularly provided with ferrum along axis
The Inlaid strip of magnetic；Described measurer is hinged with Magnet pressing plate near one end of zeromark, when the described Magnet pressing plate amount of rotating to
During specific reverse side, near attraction block and the described Magnet pressing plate adhesive of described zeromark；The specific reverse side of described amount
It is provided with the Magnet fixed block with attraction block or Inlaid strip adhesive.
Further, the specific two ends of described amount are provided with attraction block, and described amount is particularly provided with ferrum along axis
The Inlaid strip of magnetic；Described measurer two ends have been respectively articulated with Magnet pressing plate, when the specific reverse side of the described Magnet pressing plate amount of rotating to
When, near attraction block and the described Magnet pressing plate adhesive of described zero point；The specific reverse side of described amount is provided with and Magnet is inhaled
Draw the Magnet fixed block of block or Inlaid strip adhesive.
Further, the position of the corresponding described zeromark of described measurer body reverse side arranges fluted, described Magnet pressing plate
On be provided with raised line with described groove fit.
Further, it is evenly arranged with some subscale marks described in adjacent two between main scale mark.
Further, described zeromark line and described zero change the distance between graduation mark are not less than 350mm, described just
The maximum of change scale is not less than 15%, and the maximum of described negative change scale is not less than 30%.
Further, described zeromark changes the distance between scale for 500mm with described zero.
The measurer that this utility model measures size changing rate of textile was carried out to textile before textile is washed
Labelling, the size changing rate treated textile washing and textile can be gone out after being dried with direct measurement.This utility model measures and spins
The measurer of fabric size changing rate only needs to through measurement twice it is not necessary to remember during measuring size changing rate of textile
Record and calculating, substantially increase the work efficiency measuring size changing rate of textile.
Brief description
Fig. 1 is the structural representation of the measurer that this utility model measures size changing rate of textile；
Fig. 2 is a kind of preferred structure of the handle of measurer that this utility model measures size changing rate of textile；
One kind that Fig. 3 measures the rate of change graduation mark of measurer of size changing rate of textile for this utility model is preferably tied
Structure.
Specific embodiment
With reference to Figure of description, this utility model is further described.
Embodiment 1
As shown in figure 1, the present embodiment provides a kind of measurer measuring size changing rate of textile, including measurer body with least
Graduation mark in the setting of measurer body front side；Described graduation mark includes being arranged on the zeromark of described measurer body one end and sets
Put the rate of change scale in the described measurer body other end；Described rate of change scale includes zero change scale, is arranged on described zero change
Change the just change scale away from the side of described zeromark for the scale to carve near described zero point with being arranged on described zero change scale
The negative change scale of degree side；Described just changing scale and described negative change scale all include some main scale marks, described main quarter
Degree wire tag has corresponding percentages, and described percentages are that described main scale mark changes the distance between scale to zero
Percentage ratio with described zero change scale to the distance of zeromark.
The use process of the measurer of mensure size changing rate of textile of the present embodiment is as follows, carries out washing it in textile
Before, the measurer using the mensure size changing rate of textile of the present embodiment measures to textile, and, will be right on textile
Answer the zeromark of measurer and the position of zero change scale to be marked, after treating textile washing and being dried, adopt this again
The measurer of the mensure size changing rate of textile of embodiment measures to textile, during measurement, by one of labelling and amount
Zeromark alignment on tool, and the rate of change scale of another label alignment is carried out by reading and records, another labelling institute
The scale of alignment is exactly size changing rate after washing and drying for the textile.
The measurer that the present embodiment measures size changing rate of textile entered rower to textile before textile is washed
Note, the size changing rate treated textile washing and textile can be gone out after being dried with direct measurement.The present embodiment measures textile
The measurer of size changing rate measure size changing rate of textile during only need to through twice measurement it is not necessary to record and
Calculate, substantially increase the work efficiency measuring size changing rate of textile.
Embodiment 2
On the basis of above-described embodiment, continue as shown in figure 1, the opposite sides in described measurer body front is provided with two groups
Graduation mark, described two groups of graduation marks are with regard to the midpoint centrosymmetry of described measurer body positive axis.
All there is scale the both sides of the measurer of mensure size changing rate of textile of the present embodiment, and so, just can in both sides
Measure, need not specially distinguish positive and negative when measuring, to a certain extent being capable of improve production efficiency.
Embodiment 3
On the basis of above-described embodiment, as shown in Fig. 2 described amount is specially the measurer body of bar shaped, described amount is specific
Two ends are respectively arranged with the handle being connected with measurer body, and described handle is semicircle away from the specific side of described amount, described handss
Specific angle is 1 °～90 ° to handle with described amount.
In the present embodiment, handle is set measuring specific both sides, can to a certain extent protective number concrete, also side simultaneously
Just pick up and put down, in the present embodiment, handle is set to semicircle away from measuring specific side, it is to avoid send out in use
Raw measurer body scratches the situation of operator.In addition, arranging angle between handle and measurer body, equivalent specifically keeps flat on the table
When, handle tilts, and can facilitate picking up and putting down of operator.
Embodiment 4
On the basis of above-described embodiment, the specific percentages of described amount are divided into two row, and two line number values are respectively hundred
Divide ten than numerical value and a position.
The present embodiment is divided into two row by measuring specific percentages, can facilitate the measurement under different accuracy requirement, such as
Fruit required precision very low it is only necessary to numerical value on reading ten of percentages, if precision prescribed higher it is possible to read
Numerical value on numerical value in percentages ten and a position.
Embodiment 5
On the basis of above-described embodiment, as shown in figure 3, be provided with four subscale marks between adjacent main scale mark again,
Hungry distance between two main scale marks is divided in equal size 5 equal portions.
The precision of the measurer of measurement textile change in size of the present embodiment improves a rank, and the present embodiment will be adjacent
Divided between two main scale marks, each scale can be used to weigh a smaller length again, compares only main scale mark
Measurer, precision improves further.
Embodiment 6
On the basis of above-described embodiment, the specific two ends of described amount are provided with attraction block, described amount particularly edge
Axis is provided with ferromagnetic Inlaid strip；Described measurer is hinged with Magnet pressing plate near one end of zeromark, when described Magnet
During the specific reverse side of the pressing plate amount of rotating to, near attraction block and the described Magnet pressing plate adhesive of described zeromark；Described
Measure specific reverse side and be provided with the Magnet fixed block with attraction block or Inlaid strip adhesive.
Magnet pressing plate, in measurement, is rotated to measurer by the measurer of the mensure size changing rate of textile of the present embodiment first
The reverse side of body, then by the edge zero adjustment graduation mark of textile, then compresses textile edges with Magnet pressing plate, then by magnetic
Ferropexy block is arranged on below textile, by Magnet fixed block and Inlaid strip near zeromark line one end adhesive, by magnetic
Ferropexy block slides to the Inlaid strip other end, until Magnet fixed block and an attraction block adhesive away from zeromark.
Due to Magnet fixed block and Inlaid strip adhesive in sliding process, therefore, it is possible to textile is floating in sliding process, work as Magnet
Fixed block with away from zeromark attraction block adhesive when read data, accurate data can be read.
Embodiment 7
On the basis of embodiment 2, the specific two ends of described amount are provided with attraction block, and described amount is particularly along axis
It is provided with ferromagnetic Inlaid strip；Described measurer two ends have been respectively articulated with Magnet pressing plate, when described Magnet pressing plate rotates to measurer
During the reverse side of body, near attraction block and the described Magnet pressing plate adhesive of described zero point；The specific reverse side of described amount is provided with
Magnet fixed block with attraction block or Inlaid strip adhesive.
The present embodiment is the improvement made further on the basis of embodiment 2, due to embodiment 2 measurer body both sides all
There is scale, accordingly, it would be desirable to there is the fixed mechanism of fixing textile end at the specific two ends of the amount of making.
Embodiment 8
On the basis of embodiment 5 or embodiment 6, the position of the corresponding described zeromark of described measurer body reverse side is provided with
Groove, described Magnet pressing plate is provided with the raised line with described groove fit.
In amount, particularly groove is set in the present embodiment, raised line is arranged on Magnet pressing plate, so, when Magnet pressing plate is in folder
Firmly can be more firm during the end of textile.
Embodiment 9
On the basis of above-described embodiment, described zeromark changes the distance between scale for 500mm with described zero, institute
State just change scale maximum be 15%, described negative change scale maximum be 30%.
The size that negative change scale -1%～-30% refers to sample has shunk 1%～30% distance in original marking, spins
The fabric dimensional contraction overwhelming majority, within -20%, seldom reaches 30%, therefore dimensional contraction design maximum is 30%.Just change
The size of scale+1%～+15% finger sample has extended 1%～15% distance in original marking, and the elongation of textile size is absolutely
Major part, within+10%, seldom reaches 15%, therefore dimensional contraction design maximum is 15%.
More than, preferred embodiment only of the present utility model, but protection domain of the present utility model is not limited thereto, and appoints
What those familiar with the art in the technical scope that this utility model discloses, the change that can readily occur in or replace
Change, all should cover within protection domain of the present utility model.Therefore, protection domain of the present utility model should be with claim
The protection domain being defined is defined.
Claims (10)
1. a kind of measure size changing rate of textile measurer it is characterised in that：Including measurer body with least in measurer body front
The graduation mark of side setting；Described graduation mark includes being arranged on the zeromark of described measurer body one end and is arranged on described measurer
The rate of change scale of the body other end；Described rate of change scale includes zero change scale, is arranged on described zero change scale away from institute
State zeromark side just change scale and be arranged on described zero change the negative change near described zeromark side for the scale
Change scale；Described just changing scale and described negative change scale all include some main scale marks, it is right that described main scale mark is marked with
The percentages answered, described percentages are that described main scale mark changes the distance between scale and described zero change to zero
Scale to the distance of zeromark percentage ratio.
2. as claimed in claim 1 measure size changing rate of textile measurer it is characterised in that：The phase in described measurer body front
Both sides are provided with two groups of graduation marks, described two groups of graduation marks are with regard to the midpoint centrosymmetry of described measurer body positive axis.
3. as claimed in claim 1 measure size changing rate of textile measurer it is characterised in that：Described amount is specially bar shaped
Measurer body, the specific two ends of described amount are respectively arranged with the handle being connected with measurer body, and the edge of described handle is smooth song
Line, specific angle is 1 °～90 ° to described handle with described amount.
4. as claimed in claim 1 measure size changing rate of textile measurer it is characterised in that：The specific percentage ratio of described amount
Numerical value is divided into two row, and two line number values are respectively ten and a position of percentages.
5. as claimed in claim 1 measure size changing rate of textile measurer it is characterised in that：The specific two ends of described amount set
It is equipped with attraction block, described amount is particularly provided with ferromagnetic Inlaid strip along axis；Described measurer is near zeromark
One end is hinged with Magnet pressing plate, when the specific reverse side of the described Magnet pressing plate amount of rotating to, near the Magnet of described zeromark
Attract block and described Magnet pressing plate adhesive；The specific reverse side of described amount is provided with the Magnet with attraction block or Inlaid strip adhesive
Fixed block.
6. as claimed in claim 2 measure size changing rate of textile measurer it is characterised in that：The specific two ends of described amount set
It is equipped with attraction block, described amount is particularly provided with ferromagnetic Inlaid strip along axis；Described measurer two ends have been respectively articulated with
Magnet pressing plate, when the specific reverse side of the described Magnet pressing plate amount of rotating to, near attraction block and the described magnetic of described zero point
Ferrum pressing plate adhesive；The specific reverse side of described amount is provided with the Magnet fixed block with attraction block or Inlaid strip adhesive.
7. as described in claim 5 or 6 measure size changing rate of textile measurer it is characterised in that：Described measurer body reverse side
The position setting of corresponding described zeromark is fluted, and described Magnet pressing plate is provided with the raised line with described groove fit.
8. as claimed in claim 1 measure size changing rate of textile measurer it is characterised in that：Main scale mark described in adjacent two
Between be evenly arranged with some subscale marks.
9. as claimed in claim 1 measure size changing rate of textile measurer it is characterised in that：Described zeromark line and institute
State the distance between zero change graduation mark and be not less than 350mm, the described maximum just changing scale is not less than 10%, described negative change
The maximum changing scale is not less than 20%.
10. as claimed in claim 9 measure size changing rate of textile measurer it is characterised in that：Described zeromark and institute
Stating the distance between zero change scale is 500mm, and the described maximum just changing scale is 15%, and described negative change scale is
It is worth greatly for 30%.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620786811.3U CN205940338U (en) | 2016-07-25 | 2016-07-25 | Survey fabrics dimension change rate's measuring tool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620786811.3U CN205940338U (en) | 2016-07-25 | 2016-07-25 | Survey fabrics dimension change rate's measuring tool |
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| Publication Number | Publication Date |
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| CN205940338U true CN205940338U (en) | 2017-02-08 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620786811.3U Active CN205940338U (en) | 2016-07-25 | 2016-07-25 | Survey fabrics dimension change rate's measuring tool |
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| CN (1) | CN205940338U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110411386A (en) * | 2019-07-25 | 2019-11-05 | 无锡锡洲电磁线有限公司 | Wire jumper detection device for transposed conductor |
-
2016
- 2016-07-25 CN CN201620786811.3U patent/CN205940338U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110411386A (en) * | 2019-07-25 | 2019-11-05 | 无锡锡洲电磁线有限公司 | Wire jumper detection device for transposed conductor |
| CN110411386B (en) * | 2019-07-25 | 2024-03-19 | 无锡锡洲电磁线有限公司 | Jumper wire detection device for transposed conductor |
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