CA1264935A - Measuring frame - Google Patents
Measuring frameInfo
- Publication number
- CA1264935A CA1264935A CA000506912A CA506912A CA1264935A CA 1264935 A CA1264935 A CA 1264935A CA 000506912 A CA000506912 A CA 000506912A CA 506912 A CA506912 A CA 506912A CA 1264935 A CA1264935 A CA 1264935A
- Authority
- CA
- Canada
- Prior art keywords
- frame
- measuring
- measuring frame
- leaves
- textile goods
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired
Links
Classifications
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N33/00—Investigating or analysing materials by specific methods not covered by groups G01N1/00 - G01N31/00
- G01N33/36—Textiles
- G01N33/367—Fabric or woven textiles
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06H—MARKING, INSPECTING, SEAMING OR SEVERING TEXTILE MATERIALS
- D06H3/00—Inspecting textile materials
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06H—MARKING, INSPECTING, SEAMING OR SEVERING TEXTILE MATERIALS
- D06H3/00—Inspecting textile materials
- D06H3/16—Inspecting hosiery or other tubular fabric; Inspecting in combination with turning inside-out, classifying, or other handling
Landscapes
- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Textile Engineering (AREA)
- Materials Engineering (AREA)
- Health & Medical Sciences (AREA)
- Life Sciences & Earth Sciences (AREA)
- Physics & Mathematics (AREA)
- Medicinal Chemistry (AREA)
- Food Science & Technology (AREA)
- Analytical Chemistry (AREA)
- Biochemistry (AREA)
- General Health & Medical Sciences (AREA)
- General Physics & Mathematics (AREA)
- Immunology (AREA)
- Pathology (AREA)
- A Measuring Device Byusing Mechanical Method (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
A B S T R A C T
A measuring frame for textile goods possesses two parallel vertical sheets spaced apart to contain two coplanar leaves which are mutually relatively displaceable in predetermined graduated increments in their common plane. Textile goods e.g. vests, sweaters, are draped over the top edge, held at a predetermined girth by displacement of the leaves, and subjected to pulling at the lower edge. Measurement scales down the middle, at each edge and across the equipment can be consulted before and after stretching, washing, shrinkage, etc.
A measuring frame for textile goods possesses two parallel vertical sheets spaced apart to contain two coplanar leaves which are mutually relatively displaceable in predetermined graduated increments in their common plane. Textile goods e.g. vests, sweaters, are draped over the top edge, held at a predetermined girth by displacement of the leaves, and subjected to pulling at the lower edge. Measurement scales down the middle, at each edge and across the equipment can be consulted before and after stretching, washing, shrinkage, etc.
Description
126q935 MEASURING FRAME
This invention relates to a measuring frame for textiles or textile piece goods.
The frame of the invention facilitates measurement either as a quality and uniformity control upon the articles as originally produced. or as a control upon the quality or properties of the article after predetermined conditions of use, more especially washing and wear conditions.
It is well known to carry out in a generalised manner measurements before and after washing of garments so as to test for shrinkage. This of course suffers from the disadvantage that it is not easy to earticularise or standardise the conditions either of treatment or measurement, so that the results are of limited usefulness.
Attempts have therefore been made in the past to provide various measuring device or frames on which articles can be supported and measured before and after various conditions of treatment and use. One such article is described in U.S. Patent 4 058 874, and consists of a 1260~93S
frame for holding a tee shirt or like garment under conditions of tension which are measured by an angularly moveable pointer arm against a scale. However, such a device is restricted in use to tee shirts or similar tubular knit devices of equivalent shape, and is restricted moreover to the stretch qualities of such garments.
The present invention is concerned with a measuring frame of more general purpose construction, with which tubular fabric garments with arms, sleeves, legs or leg-openings in a variety of shapes, sizes and materials can be tested for agreement with manufacturing specification, or for agreement with washing and handling dimensional-change performance specifications generally.
In one aspect the invention consists of a generally planar measuring frame for textile goods, ~ymmetrical about a vertical axis and comprising side restraint edges and top restraint edges for the textile goods, together with at least one measurement scale extending from an upper datum level parallel to the vertical axis and at least one other measurement scale transverse to the vertical axis in which frame (a) the side restraint edges are displaceable towards or away from the vertical axis and immobilisable to give a known transverse fabric dimension measurable on the transverse measurement scale and (b) the top restraint edges support the fabric to give a vertical dimension, to a predetermined lower part of the fabric structure. measurable from the upper datum level, whereby measurements of the veLtical dimension may be taken at a fixed transverse dimension of the textile goods before, during or after application of a known downward force.
Preferably, such a frame comprises a pair of generally coplanar vertically mounted rectangular leaves mutually rela~ively displaceable in predetermined graduated increments in the plane at right angles to their length, being thereby of selectively variable and known total circumference or girth when measured in a horizontal plane.
Preferably moreover the leaves are located for displacement in the gap within two parallel sheets, preferably transparent, forming a static part of the frame and holding incrementally configured support means for the leaves.
It is usual to have at least one measuring scale extending vertically down the centre line of the frame 126~935 to be visible at or through a forward face and/or at or through a rearward face, and/or to have at least one measuring scales extending vertically down the edge of each leaf. It is additionally valuable to have measuring scales along the configured support means, which can for example be rack-like elements extending horizontally across between the spaced sheets to support the leaves equidistantly from a centre line.
The equipment as defined above is typically u~ed with attachable weights, connected at or near a lower edge of the textile goods by a form of jaws preferably extending along substantially the whole length of the said lower edge.
Generally speaking the arrangement is such that a garment with a tubular portion will be pulled down to extend circumferentially around the frame as adjusted to a predetermined size. Thus, the circumference or girth of the garment is fixed at each calibrated position. The garment can be held to this specified girth throughout the remainder of the measuring procedure.
Conveniently, the spaced sheets are made of transparent materials, such as rigid polymeric material for example that known under the Trademark "Perspex"
(polymethylmethacrylate). The adjustable leaves moreover 126493~i may also be made of transparent polymer as may the support rack members. It has been found preferable to have at least two such rack members whereby upper and lower portions of the leaf can be fixed; in practice we S utilise three for additional stability.
A further advantage of the use of transparent polymer is that the measuring scales can be located within the polymer so that they do not become worn or obscured in use.
The invention will be further described with reference to the accompanying drawings, in which:-Figure l is an exploded view of the assembled measuringframe, showing the interrelationship of the major components, Figure 2 is a horizontal section through an upper part of one half of the measuring frame, Figure 3 shows in a scrap view the configuration of the rack used in the measuring frame. and Figure 4 shows diagrammaticaly the assembled measuring frame in use.
It will be appreciated that Figure 1 is diagrammatic, and that the proportions or relative sizes of the different features may be shown in an exaggerated form for clarity of diagrammatic illustration.
The measuring frame consists in general terms of two opposed sheets of "Perspex" (a registered trademark for polymethylmethacrylate), referenced la and lb enclosing both a longitudinal vertical spine member 2 and a plurality o~ rack members 3 on which can be ad~ustably positioned a rlght-hand and lU left-hand ad~ustment leaf 4 and 5 respectively, also made of " Perspex " .
The opposed transparent sheets la and lb are essentially identical and are arranged symmetrically. They each have a substantially vertical face portion 6 and an integral foot portion 7 bent at right angles to the face portion 6. They are asse~bled together primarily by four ma~or fixing bolts 8, passing through spacers such as 9, and held by nuts at lO, the heads of the bolts, and the nuts, being conveniently recessed into countersunk portions of the sheet. This assembly of the two sheets can either be free standing or can if deslred be attached at foot portions 7 to a single base for further rigidity.
The spine member 2 is also located between the assembled .
sheets, and should therefore have the same thickness as the length of spacers 9. It extends from the top to a location near the bottom of the vertical part 6 of the sheets, and can be att-ached to one or both sheets la,lb by suitable screws or bolts fixing its relative position.
Each rack is in the form of an elongate rectangle again of "Perspex" with shaped teeth along an upper edge. Each rack can be fixed to the nearer polymer sheet las shown below in more detail in Figure 2) by suitably positioned screws or bolts and/or can be fixed to the spine itself as an integral unit. As shown in the drawing, there are conveniently six such racks, arranged at three levels with the teeth 11 so formed as to face away from the spine in each instance.
The right-hand adjustment leaf 4 consists of a planar sheet of "Perspex" material provided at its top edge 12 and at its side or long edge 13 with a strip of white polymeric. The top edges 12 are top restraint edges for the textile goods and the side edges 13 are side restraint edges. Perspex sheet 4 is additionally provided with an inwardly extending gap or recess 14, and with three pairs of protruding pins 15,16 and 17 as shown.
The left-hand adjustment leaf 5 is similarly equipped and is accordingly not described in detail. Only part of it is shown.
~ e The static part of the assembly of~ re 1 consists therefore of the two upright sheets la and lb, the spine 2 and the racks 3, all fixed in place. The adjustable parts consist of the two adjustment leaves 4 S and 5, each of which can be variously located so that the pins 15, 16 and 17 sit, between teeth 11 of threee extending racks 3, at any desired position. We have found the use of three racks to give advantageous stability.
The assembly is provided with front and back measuring scales 18 each s~arting from a datum position at the top of the spine 2; two similar measuring scales 19 on the outer faces of the edge pieces 13, and measuring scales 20, 21 and 22 upon successive racks of the structure.
The use of these measuring scales will be described in more detail below.
Figure 2 shows a detail of the assembly of Figure 1. It will be seen that the spine member 2 has measuring scales 18 on its front and rear faces protec~ed behind the transparent polymer layer and that the fixing of the rack 20 (for example) to the sheet la leaves a space ~ persp~
adequate to accommodate the per~pcl~ leaf 4a of the adjustable member 4. Moreover, the front and rear edges 23, 24 respectively of the edge piece 13 project Zs slightly from the outer faces of the assembly, for easy ~264935 handling. Also, the recess 14 accommodates the upper spacer 9. The leaves are preferably short enough to miss the lower s~acers 9 anyway.
Figure 3 shows the toe edge of the rack accommodating pins 15, from which the somewhat angled orientation of teeth 11 can be clearly shown.
Figure 4 shows diagrammatically the device in use for measu~ing dimension-change characteristics, under controlled conditions, of a singlet 24 shown in dotted lines. To carry out the desired measurement each side piece 13 is gripped, (by its edges 23, 24) and placed by hand so that the pins 15, 16 and 17 are held by the various teeth 11 in the three successive racks. Both adjustment leaves are similarly positioned,and the values on the measuring scales 20, 21 and 22 are noted.
(These measuring scales can give merely an indication of the separation of the edges of the side pieces 4 and 5, or may indicate directly a reading equivalent to the total girth of the assembly as shown by ~he quantity G
in Figure 4).
Once the frame has been set up to a desired girth in this fashion, a singlet or other desired article of clothing is eased over the frame. As shown by way of example, it finally arrives at a position in which the ~Z6493~
shoulder straps or portions are supported across the top of the frame ~typically, over the portions 12) and in which the lower edge of the garment is isolated somewhat down the frame. This can be achieved under a known load, for example, a set of four 0.5-kilogram weights each attached to a "bulldog" type of clip with sufficiently lengthy jaws that enough of the hem on the forward and rear faces is involved.
The measurements of the garment, both at the front and back faces and to each side,can be taken at the lower garment edge. There is thus an accurate and reproducible reading of the length of the front and back LB,LF, and of the left and right-hand side LR, LL at a known girth (G). A similar reading can be taken after washing or wear, to see to what extent the dimensions have altered and also to see whether the dimensions have altered uniformly as between the front and back or as between the two sides.
The device is thus a simple and robust form of quality control and pcoduct measurement in the field of soft textile goods. It can be utilised not only for singlets as shown, but for any articles which can be restrained at an upper edge of a measuring frame and held at a desired girth by two outwardly displaceable outer edges.
This invention relates to a measuring frame for textiles or textile piece goods.
The frame of the invention facilitates measurement either as a quality and uniformity control upon the articles as originally produced. or as a control upon the quality or properties of the article after predetermined conditions of use, more especially washing and wear conditions.
It is well known to carry out in a generalised manner measurements before and after washing of garments so as to test for shrinkage. This of course suffers from the disadvantage that it is not easy to earticularise or standardise the conditions either of treatment or measurement, so that the results are of limited usefulness.
Attempts have therefore been made in the past to provide various measuring device or frames on which articles can be supported and measured before and after various conditions of treatment and use. One such article is described in U.S. Patent 4 058 874, and consists of a 1260~93S
frame for holding a tee shirt or like garment under conditions of tension which are measured by an angularly moveable pointer arm against a scale. However, such a device is restricted in use to tee shirts or similar tubular knit devices of equivalent shape, and is restricted moreover to the stretch qualities of such garments.
The present invention is concerned with a measuring frame of more general purpose construction, with which tubular fabric garments with arms, sleeves, legs or leg-openings in a variety of shapes, sizes and materials can be tested for agreement with manufacturing specification, or for agreement with washing and handling dimensional-change performance specifications generally.
In one aspect the invention consists of a generally planar measuring frame for textile goods, ~ymmetrical about a vertical axis and comprising side restraint edges and top restraint edges for the textile goods, together with at least one measurement scale extending from an upper datum level parallel to the vertical axis and at least one other measurement scale transverse to the vertical axis in which frame (a) the side restraint edges are displaceable towards or away from the vertical axis and immobilisable to give a known transverse fabric dimension measurable on the transverse measurement scale and (b) the top restraint edges support the fabric to give a vertical dimension, to a predetermined lower part of the fabric structure. measurable from the upper datum level, whereby measurements of the veLtical dimension may be taken at a fixed transverse dimension of the textile goods before, during or after application of a known downward force.
Preferably, such a frame comprises a pair of generally coplanar vertically mounted rectangular leaves mutually rela~ively displaceable in predetermined graduated increments in the plane at right angles to their length, being thereby of selectively variable and known total circumference or girth when measured in a horizontal plane.
Preferably moreover the leaves are located for displacement in the gap within two parallel sheets, preferably transparent, forming a static part of the frame and holding incrementally configured support means for the leaves.
It is usual to have at least one measuring scale extending vertically down the centre line of the frame 126~935 to be visible at or through a forward face and/or at or through a rearward face, and/or to have at least one measuring scales extending vertically down the edge of each leaf. It is additionally valuable to have measuring scales along the configured support means, which can for example be rack-like elements extending horizontally across between the spaced sheets to support the leaves equidistantly from a centre line.
The equipment as defined above is typically u~ed with attachable weights, connected at or near a lower edge of the textile goods by a form of jaws preferably extending along substantially the whole length of the said lower edge.
Generally speaking the arrangement is such that a garment with a tubular portion will be pulled down to extend circumferentially around the frame as adjusted to a predetermined size. Thus, the circumference or girth of the garment is fixed at each calibrated position. The garment can be held to this specified girth throughout the remainder of the measuring procedure.
Conveniently, the spaced sheets are made of transparent materials, such as rigid polymeric material for example that known under the Trademark "Perspex"
(polymethylmethacrylate). The adjustable leaves moreover 126493~i may also be made of transparent polymer as may the support rack members. It has been found preferable to have at least two such rack members whereby upper and lower portions of the leaf can be fixed; in practice we S utilise three for additional stability.
A further advantage of the use of transparent polymer is that the measuring scales can be located within the polymer so that they do not become worn or obscured in use.
The invention will be further described with reference to the accompanying drawings, in which:-Figure l is an exploded view of the assembled measuringframe, showing the interrelationship of the major components, Figure 2 is a horizontal section through an upper part of one half of the measuring frame, Figure 3 shows in a scrap view the configuration of the rack used in the measuring frame. and Figure 4 shows diagrammaticaly the assembled measuring frame in use.
It will be appreciated that Figure 1 is diagrammatic, and that the proportions or relative sizes of the different features may be shown in an exaggerated form for clarity of diagrammatic illustration.
The measuring frame consists in general terms of two opposed sheets of "Perspex" (a registered trademark for polymethylmethacrylate), referenced la and lb enclosing both a longitudinal vertical spine member 2 and a plurality o~ rack members 3 on which can be ad~ustably positioned a rlght-hand and lU left-hand ad~ustment leaf 4 and 5 respectively, also made of " Perspex " .
The opposed transparent sheets la and lb are essentially identical and are arranged symmetrically. They each have a substantially vertical face portion 6 and an integral foot portion 7 bent at right angles to the face portion 6. They are asse~bled together primarily by four ma~or fixing bolts 8, passing through spacers such as 9, and held by nuts at lO, the heads of the bolts, and the nuts, being conveniently recessed into countersunk portions of the sheet. This assembly of the two sheets can either be free standing or can if deslred be attached at foot portions 7 to a single base for further rigidity.
The spine member 2 is also located between the assembled .
sheets, and should therefore have the same thickness as the length of spacers 9. It extends from the top to a location near the bottom of the vertical part 6 of the sheets, and can be att-ached to one or both sheets la,lb by suitable screws or bolts fixing its relative position.
Each rack is in the form of an elongate rectangle again of "Perspex" with shaped teeth along an upper edge. Each rack can be fixed to the nearer polymer sheet las shown below in more detail in Figure 2) by suitably positioned screws or bolts and/or can be fixed to the spine itself as an integral unit. As shown in the drawing, there are conveniently six such racks, arranged at three levels with the teeth 11 so formed as to face away from the spine in each instance.
The right-hand adjustment leaf 4 consists of a planar sheet of "Perspex" material provided at its top edge 12 and at its side or long edge 13 with a strip of white polymeric. The top edges 12 are top restraint edges for the textile goods and the side edges 13 are side restraint edges. Perspex sheet 4 is additionally provided with an inwardly extending gap or recess 14, and with three pairs of protruding pins 15,16 and 17 as shown.
The left-hand adjustment leaf 5 is similarly equipped and is accordingly not described in detail. Only part of it is shown.
~ e The static part of the assembly of~ re 1 consists therefore of the two upright sheets la and lb, the spine 2 and the racks 3, all fixed in place. The adjustable parts consist of the two adjustment leaves 4 S and 5, each of which can be variously located so that the pins 15, 16 and 17 sit, between teeth 11 of threee extending racks 3, at any desired position. We have found the use of three racks to give advantageous stability.
The assembly is provided with front and back measuring scales 18 each s~arting from a datum position at the top of the spine 2; two similar measuring scales 19 on the outer faces of the edge pieces 13, and measuring scales 20, 21 and 22 upon successive racks of the structure.
The use of these measuring scales will be described in more detail below.
Figure 2 shows a detail of the assembly of Figure 1. It will be seen that the spine member 2 has measuring scales 18 on its front and rear faces protec~ed behind the transparent polymer layer and that the fixing of the rack 20 (for example) to the sheet la leaves a space ~ persp~
adequate to accommodate the per~pcl~ leaf 4a of the adjustable member 4. Moreover, the front and rear edges 23, 24 respectively of the edge piece 13 project Zs slightly from the outer faces of the assembly, for easy ~264935 handling. Also, the recess 14 accommodates the upper spacer 9. The leaves are preferably short enough to miss the lower s~acers 9 anyway.
Figure 3 shows the toe edge of the rack accommodating pins 15, from which the somewhat angled orientation of teeth 11 can be clearly shown.
Figure 4 shows diagrammatically the device in use for measu~ing dimension-change characteristics, under controlled conditions, of a singlet 24 shown in dotted lines. To carry out the desired measurement each side piece 13 is gripped, (by its edges 23, 24) and placed by hand so that the pins 15, 16 and 17 are held by the various teeth 11 in the three successive racks. Both adjustment leaves are similarly positioned,and the values on the measuring scales 20, 21 and 22 are noted.
(These measuring scales can give merely an indication of the separation of the edges of the side pieces 4 and 5, or may indicate directly a reading equivalent to the total girth of the assembly as shown by ~he quantity G
in Figure 4).
Once the frame has been set up to a desired girth in this fashion, a singlet or other desired article of clothing is eased over the frame. As shown by way of example, it finally arrives at a position in which the ~Z6493~
shoulder straps or portions are supported across the top of the frame ~typically, over the portions 12) and in which the lower edge of the garment is isolated somewhat down the frame. This can be achieved under a known load, for example, a set of four 0.5-kilogram weights each attached to a "bulldog" type of clip with sufficiently lengthy jaws that enough of the hem on the forward and rear faces is involved.
The measurements of the garment, both at the front and back faces and to each side,can be taken at the lower garment edge. There is thus an accurate and reproducible reading of the length of the front and back LB,LF, and of the left and right-hand side LR, LL at a known girth (G). A similar reading can be taken after washing or wear, to see to what extent the dimensions have altered and also to see whether the dimensions have altered uniformly as between the front and back or as between the two sides.
The device is thus a simple and robust form of quality control and pcoduct measurement in the field of soft textile goods. It can be utilised not only for singlets as shown, but for any articles which can be restrained at an upper edge of a measuring frame and held at a desired girth by two outwardly displaceable outer edges.
Claims (11)
1. A generally planar measuring frame for textile goods, symmetrical about a vertical axis and comprising side restraint edges and top restraint edges for the textile goods, together with at least one measurement scale extending from an upper datum level parallel to the vertical axis and at least one other measurement scale transverse to the vertical axis in which frame (a) the side restraint edges are displaceable towards or away from the vectical axis and immobilisable to give a known transverse fabric dimension measurable on the transverse measurement scale and (b) the top restraint edges support the fabric to give a vertical dimension, to a predetermined lower part of the fabric structure, measurable from the upper datum level, whereby measurements of the vertical dimension may be taken at a fixed transverse dimension of the textile goods before, during or after application of a known downward force.
2. A measuring frame as claimed in claim 1 which comprises a pair of generally coplanar vertically mounted rectangular leaves mutually relatively displaceable in predetermined graduated increments in the plane at right angles to their length, being thereby of selectively variable and known total circumference or girth when measured in a horizontal plane.
3. A measuring frame as claimed in claim 2 in which the said leaves are located for displacement in the gap within two parallel sheets forming a static part of the frame and holding incrementally configured support means for leaves.
4. A measuring frame as claimed in claim 3 in which the two parallel sheets are transparent.
5. A measuring frame as claimed in claim 3 in which the rectangular leaves are transparent.
6. A measuring frame as claimed in claim 1, 2 or 3 having at least one measuring scale extending vertically down the central line of the frame to be visible at or throught a forward face and/or at or through a rearward face thereof.
7. A measuring frame as claimed in claim 1, 2, or 3 having at least one measuring scale extending verticaly down the edge of the frames.
8. A measuring frame as claimed in claim 3, 4 or 5 having at least measuring scale extending along the incrementally configured support means.
9. A measuring frame as claimed in claim 4 or 5 in which the incrementally configured support means are rack like elements extending horizontally across between the spaced sheets to support the leaves equidistantly from a centre line.
10. A measuring frame as claimed in claim 1, 2 or 3 in combination with attachable weights connectable at or near a lower edge of the textile goods by a form of jaws extending along substantially the whole length of said lower edge.
11. A measuring frame as claimed in claim 1, 2 or 3 which includes a vertical sub-division and mounting means for the two frame portions thereby divided, on which mounting means the portions can be selectively located at different distances from a central vertical axis and is immobilized to give a known trans-verse fabric dimension.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| GB8516933 | 1985-07-04 | ||
| GB08516933A GB2179741B (en) | 1985-07-04 | 1985-07-04 | Measuring frame |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CA1264935A true CA1264935A (en) | 1990-01-30 |
Family
ID=10581777
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CA000506912A Expired CA1264935A (en) | 1985-07-04 | 1986-04-17 | Measuring frame |
Country Status (2)
| Country | Link |
|---|---|
| CA (1) | CA1264935A (en) |
| GB (1) | GB2179741B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6745481B1 (en) | 2002-03-20 | 2004-06-08 | Sara Lee Corporation | Hosiery inspection device and method |
| EP1464946B1 (en) * | 2003-04-04 | 2006-09-20 | Saudi Basic Industries Corporation | A testing apparatus and a method for the determination of staple fiber length, shrinkage and crimp properties |
-
1985
- 1985-07-04 GB GB08516933A patent/GB2179741B/en not_active Expired
-
1986
- 1986-04-17 CA CA000506912A patent/CA1264935A/en not_active Expired
Also Published As
| Publication number | Publication date |
|---|---|
| GB2179741B (en) | 1988-11-16 |
| GB2179741A (en) | 1987-03-11 |
| GB8516933D0 (en) | 1985-08-07 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| MKLA | Lapsed |