CN102277700B - Dyeing testing machine for textiles - Google Patents
Dyeing testing machine for textiles Download PDFInfo
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- CN102277700B CN102277700B CN 201110204009 CN201110204009A CN102277700B CN 102277700 B CN102277700 B CN 102277700B CN 201110204009 CN201110204009 CN 201110204009 CN 201110204009 A CN201110204009 A CN 201110204009A CN 102277700 B CN102277700 B CN 102277700B
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Abstract
The invention relates to a dyeing testing machine for textiles. The dyeing testing machine comprises a rotary plate with a shell body structure, wherein a dye cup fixed rod which is bent and inclined inwards is arranged on the rotary plate; the fixed rod is connected with a finger-press rod and a finger-press rod base which are buckled; a dye cup comprises a cup body and a cup cover which are buckled hermetically; a flange is arranged at a cup rabbet of the cup body; the external diameter of the flange is a constant value; the cup cover of the dye cup is fastened and connected with the flange; the cup cover is provided with a dye cup installation rod; the dye cup installation rod is inserted into or withdraws from a slot on the finger-press rod base, so that the dye cup can be loaded or unloaded; six inner wall surfaces of a machine box body on the periphery of the rotary plate are mirror surfaces or are provided with mirror surface plates; and heating lamp banks of the dye cup are arranged on the upper position, upper left position and upper right position of the dye cup equidistantly. By the dyeing testing machine, the dye cups with different columns can be exchanged mutually, and the dye cups with large columns can be arranged in the testing machine. The dyeing testing machine is small in occupied space, high in heating effect and trial dyeing effect and convenient to use.
Description
Technical field
The present invention relates to textile machine, relate in particular to dyeing testing machine for textiles.
Background technology
For the textile dyeing effect is tested, before dyeing, place the dye cup on the dyeing test machine to carry out dye test in the sample of textiles first, and under the state of heating dye cup, carry out dye test.Dyeing test machine comprises a rotating disk, and rotating disk is installed dye cup by fixture respectively.
Existing dyeing testing machine for textiles, mainly comprise heater, dye cup fixedly rotating disk, dye cup is installed on fixedly clamping device and the dye cup of rotating disk;
Existing dyeing testing machine for textiles in actual use existent defect mainly contains:
Dye cup tilts to be installed on the rotating cylinder side face, the heater level that is made of the grouping of high-power heating fluorescent tube is installed on the top of rotating disk, be in the heating fluorescent tube heating distance that the dye cup of diverse location on the rotating cylinder side face and level install and differ larger, heat inhomogeneous so that heating effect is poor;
The existing cup that dyes adopts the cup body to be threaded with bowl cover mostly, the sealing of liner sealing gasket, rim of a cup and cup body equal diameters.When dye cup is installed, dye cup fixedly the side face processing of rotating cylinder insert the jack base of dye cup cup body, dye cup cup body inserts in the jack base, causes its barrel thicker, whole device heaviness, and so that dyeing test machine takes up space larger; Because it is certain that the jack size of dye cup is installed, the dye cup of different size cup body can't exchange installation, and large capacity dye cup (dyeing test machine is installed in the cabinet, lengthens the restriction that the cup body will be subject to the chassis space size) more can't be installed.
Summary of the invention
The applicant is studied and improves for the defects of existing dyeing testing machine for textiles, and another kind of dyeing testing machine for textiles is provided, its take up space little, use is easy to operate, heating effect is good, the trial dyeing chromatic effect is good.
In order to address the above problem, the present invention adopts following technical scheme:
The present invention includes its peripheral box body, the heater of dye cup is installed in the top position in cabinet; Also comprise a frame, rotating disk is installed on the frame, by clamping device dye cup is installed on the described rotating disk, its primary structure feature comprises:
1), described rotating disk is a shell structure, it comprises disk body, dish seat and connects disk body and the connecting plate that coils seat, described disk body has through hole with the centre of dish seat, and disc perimeter is connected with the fixed bar that bends inwards separately, between described dye cup fixed bar and the card with the inclination angle; The fixed bar of described bending is two finger-type plates, between two fingers with mounting groove;
2), the structure of described clamping device is as follows:
It comprises finger pressure bar and the finger pressure pole socket that is fastened and connected: described finger pressure bar comprises a body of rod, one end of the body of rod is with spring base and the first two-way latch, the middle part of the body of rod is with the second two-way latch and clinohedral guide ledges, and the other end of the body of rod is the pressure handle of finger pressure bar; Described finger pressure pole socket comprises a pedestal, the outer installing hole that is with of pedestal, have spring on the pedestal and press hole, the chimeric mounting groove of the first two-way latch and the mounting groove of clinohedral guide ledges, have the phase groove between the chimeric mounting groove of the first two-way latch and the mounting groove of clinohedral guide ledges;
Finger pressure bar and finger pressure pole socket with the syndeton of two finger-type plates are respectively: the body of rod of finger pressure bar is arranged in the mounting groove of two finger-type plates, the first two-way latch is positioned at the outside of two finger-type plate plate faces, the second two-way latch is positioned at the inboard of two finger-type plate plate faces, and the clinohedral guide ledges is arranged in the mounting groove of two finger-type plates; Finger pressure pole socket and finger pressure bar are fastened and connected, wherein first of the finger pressure bar the two-way latch is embedded in the mounting groove of finger pressure pole socket, the clinohedral guide ledges of finger pressure bar is installed in the mounting groove of finger pressure pole socket, the body of rod of finger pressure bar straddles on the phase groove between the mounting groove of the chimeric mounting groove of the first two-way latch and clinohedral guide ledges, mounting spring on the spring base, described spring passes the through hole on two finger-type plates, and the spring that embeds on the finger pressure pole socket is pressed in the hole; Installing hole on two finger-type plates at the installing hole on the finger pressure pole socket and finger pressure bar place is connected by connector.
3), described dye cup and mounting structure thereof are as follows:
Comprise and fasten cup and the bowl cover that sealing is installed, it is characterized in that: the rim of a cup of cup is with flange, with the cup neck, the external diameter of the external diameter of described flange and cup neck is tightly connected between described flange and the bowl cover respectively less than the external diameter of cup body between described flange and the cup body;
Described bowl cover comprises interior lid and the outer cover of phase fit, and interior lid is circular cavity, the chimeric sealing ring that is equipped with in the edge of described circular cavity, and a side of circular cavity end face has the toxoplasm breach; Outer cover is translated into the lower edge of protrusion with truncated cone-shaped top cover and truncated cone-shaped cavity in the side wall lower ends section of truncated cone-shaped cavity, the lower edge of described protrusion is as the latch of cup oral area flange; Described truncated cone-shaped top cover one side connects dyes a glass mounting rod, has tapped through hole on the truncated cone-shaped top cover;
The structural feature of described truncated cone-shaped cavity is as follows: the upper corner position of cavity accent is provided with double wedge, the Breadth Maximum of the width of double wedge and height and the toxoplasm gap portions of interior lid and being identical; The height of cavity and the height of interior covered body wall and rim of a cup flange thickness sum are coincide; The external diameter of the accent width of cavity and the external diameter of rim of a cup flange and interior lid coincide.
Further technical scheme is:
The described first two-way latch is the Bidirectional cylindrical convex head body that is positioned on the finger pressure club shaft, is positioned at the shape of the chimeric mounting groove on the finger pressure pole socket and the shape tabling of the first two-way latch; The described second two-way latch is the bidirectional square cylindricality convex head body that is positioned on the finger pressure club shaft;
The external diameter of described cup rim of a cup flange is certain value;
Dying on glass mounting rod of described bowl cover has the hole;
Between described dye cup fixed bar and the card with 60 ° inclination angle.
The heater of described dye cup is installed on the top of described rotating disk, it comprises the heating fluorescent tube by holder device dye cup top on the dyeing test machine rotating disk, described heating fluorescent tube grouping, be installed on respectively upper position and upper left orientation and the upper right orientation of dye cup on the described rotating disk by support, the center of the lamp group in described each orientation is equidistant to described center of turntable;
The described box body that is positioned at heater and rotating disk periphery, its six internal faces all are minute surface or mirror board are housed;
Be carved with the numbering corresponding with dye cup on the disk body of described rotating disk.
Technique effect of the present invention is:
The axial line of dye cup and the axis of rotating disk have 60 ° of inclination angles, have reduced taking up room; The layout of heating lamp group and the mirror surface structure of cabinet have improved heating effect and the efficient of dyestuff, thereby have improved dyeing quality; Dye cup and the fixedly change of rotating disk clamp structure so that the exchange of dye cup is easy, and can be exchanged with large capacity dye cup; Rotating disk is a shell structure, compares lightlyer with the rotating disk of existing barrel configuration, and material-saving more is easier to processing, thereby has reduced equipment cost.
Description of drawings
Fig. 1 is that master of the present invention looks schematic diagram.
Fig. 2 is the structural representation of cabinet of the present invention.
Fig. 3 is the structural representation of heater of the present invention.
Fig. 4 is fixedly rotating disk perspective view of the present invention.
Fig. 5 is the perspective view of fixedly rotating disk dish seat of the present invention.
Fig. 6 is the perspective view of fixedly rotating disk disk body of the present invention.
Fig. 7 is the perspective view of dye cup clamping device of the present invention.
Fig. 8 is the decomposing schematic representation of dye cup clamping device of the present invention, and wherein 8-1 is the perspective view of finger pressure bar, and 8-2 is the perspective view of finger pressure pole socket.
Fig. 9 is the outside schematic perspective view of the installation relation of finger pressure pole socket of the present invention, finger pressure bar and rotating disk upper junction plate.
Figure 10 is the inboard schematic perspective view of the installation relation of finger pressure pole socket of the present invention, finger pressure bar and rotating disk upper junction plate.
Figure 11 is the schematic perspective view after the connecting plate on finger pressure pole socket of the present invention, finger pressure bar and the rotating disk is installed.
Figure 12 is the structural representation of dye cup of the present invention.
Figure 13 is the structural representation of the outer bowl cover of dye cup of the present invention, and wherein Figure 13-1 is front view, and Figure 13-3 is the top view of Figure 13-1; Figure 13-2 is the cutaway view of Figure 13-1, analyses and observe along the circular hole crosscut of Figure 13-3.
Figure 14 is the structural representation of bowl cover in the dye cup of the present invention, and wherein Figure 14-1 is that the master looks cutaway view, analyses and observe along the center crosscut of Figure 14-2; Figure 14-2 is top view.
Figure 15 is the structural representation of dye cup cup of the present invention.
The specific embodiment
Below in conjunction with accompanying drawing the specific embodiment of the present invention is described further.
See Fig. 1, the present invention includes its peripheral cabinet 1, the heater 2 of dye cup 5 is installed in the top position in cabinet 1; Also comprise a frame (not shown), rotating disk 3 is installed on the frame, by clamping device 4 dye cup 5 is installed on the described rotating disk 3.
See Fig. 2, the described box body 11 that is positioned at heater 2 and rotating disk 3 peripheries, its six internal faces all are minute surface 12 or mirror board are housed, with heating effect and the efficient that has improved dyestuff.
See Fig. 3, the heater 2 of described dye cup is installed on the top of described rotating disk 3, it comprises the heating fluorescent tube 22 that is installed on dye cup 5 tops on the dyeing test machine rotating disk 3 by support 21, described heating fluorescent tube 22 groupings, be installed on respectively upper position and upper left orientation and the upper right orientation of dye cup 5 on the described rotating disk 3 by support 21, the center of the lamp group in described each orientation is equidistant to described center of turntable.
See Fig. 4, Fig. 5 and Fig. 6, described rotating disk 3 is a shell structure, it comprises disk body 33, dish seat 31 and connects disk body 33 and the connecting plate 34 that coils seat 31, disk body 33 has respectively through hole 32 with the center of dish seat 31, disk body 33 and dish seat 31 are connected by connecting hole 341,334 usefulness bolts, disk body 33 peripheries are connected with the dye cup fixed bar 331 that bends inwards separately, with about the 60 ° inclinations angle that bend inwards, connect the clamping device 4 of dyeing cup on the fixed bar 331 between the card of described dye cup fixed bar 331 and disk body 33; Described fixed bar 331 is two finger-type plates, between two fingers with mounting groove 332; Through hole 335 is arranged on the disk body 33, be convenient to the bending and molding of two finger-type plates and the installation of dye cup clamping device 4, the numbering 336 corresponding with dye cup 5 arranged on the disk body 33.
The structure of clamping device 4 shown in Figure 1 is seen Fig. 7, Fig. 8-1, Fig. 8-2, comprise the finger pressure bar 41 and the finger pressure pole socket 42 that are fastened and connected: described finger pressure bar 41 comprises a body of rod 416, one end of the body of rod 416 is with spring base 411 and the first two-way latch 412, the middle part of the body of rod 416 is with the second two-way latch 413 and clinohedral guide ledges 414, and the other end of the body of rod 41 is the pressure handle 415 of finger pressure bar.Described finger pressure pole socket 42 comprises a pedestal 425, the outer installing hole 424 that is with of pedestal, have on the pedestal 425 between the mounting groove 423 of the chimeric mounting groove 422 of mounting groove 423, the first two-way latches of the chimeric mounting groove 422 of spring indent 421, the first two-way latch and clinohedral guide ledges and clinohedral guide ledges and have phase groove 426.
See Fig. 6, Fig. 7, Fig. 8-1, Fig. 8-2 and Fig. 9 to Figure 11, finger pressure bar 41 and finger pressure pole socket 42 with the syndeton of two finger-type plates 331 are respectively: the body of rod 416 of finger pressure bar is arranged in the mounting groove 332 of two finger-type plates, the first two-way latch 412 is positioned at the outside of two finger-type plate plate faces 331, the second two-way latch 413 is positioned at the inboard of two finger-type plate 331 plate faces, and clinohedral guide ledges 414 is arranged in the mounting groove 332 of two finger-type plates; Finger pressure bar 41 is fastened and connected with finger pressure pole socket 42, wherein first of finger pressure bar 41 the two-way latch 412 is embedded in the mounting groove 422 of finger pressure pole socket 42, the clinohedral guide ledges 414 of finger pressure bar is installed in the mounting groove 423 of finger pressure pole socket 42, the body of rod 416 of finger pressure bar straddles on phase groove 426, mounting spring on the spring base 411, described spring passes the through hole 335 on two finger-type plates 331, embeds in the spring indent 421 on the finger pressure pole socket 42; Installing hole 333 on installing hole 424 on the finger pressure pole socket 42 and the two finger-type plates 331 is connected by screw.The first two-way latch 412 is for being positioned at the Bidirectional cylindrical convex head body on finger pressure bar 41 bodies of rod 416, and Bidirectional cylindrical convex head body shape is convenient to handle the rotation that finger pressure bar 41 carries out by a small margin by pressure handle 415, comes the clamping dyeing cup or takes out dyeing cup; The second two-way latch 413 is for being positioned at the bidirectional square cylindricality convex head body on finger pressure bar 41 bodies of rod 416, and bidirectional square cylindricality convex head body shape is convenient to the two finger-type plates 331 of reliable grip of finger pressure bar 41.
During the clamping dyeing cup, see Fig. 9 to Figure 13, in the entrance of the mounting groove 423 that dyes glass mounting rod bar 521 insertion finger pressure pole sockets 42 of dyeing cup lid, dye glass mounting rod bar 521 and run into the clinohedral guide ledges 414 of finger pressure bar 41, because the first two-way latch 412 is stuck in the outside of the mounting groove 332 of fixed bar, and be embedded in the mounting groove 422 of finger pressure pole socket 42, finger pressure bar 41 rotates downwards by a small margin around the Bidirectional cylindrical convex head body 412 of the first two-way latch 412, direction is shown in arrow A among Figure 11, the second two-way latch 413 leaves the inboard of two finger-type plate 331 plate faces by a small margin, the spring-compressed of installing on the spring base 411.After the dying glass mounting rod 521 and inwardly insert certain distances of dyeing cup lid, guide ledges 414 sticks into the dyeing cup lid and dyes on glass mounting rod bar with in the bell-mouthed square hole 522, finger pressure bar 41 set back under the effect of spring force and put this moment, spring also recovers former free state, the second two-way latch 413 is stuck in again the inboard of two finger-type plate 331 plate faces, and so dyeing cup is fixed on the rotating disk of dyeing machine.
When taking out dyeing cup, pressure handle 415 with finger pressing finger pressure bar 41, pressing shown in arrow A direction among Figure 11, finger pressure bar 41 rotates downwards by a small margin around the Bidirectional cylindrical convex head body of the first two-way latch 412, the second two-way latch 413 leaves the inboard of two finger-type plate 331 plate faces by a small margin, the spring-compressed of installing on the spring base 421, and the guide ledges 414 of finger pressure bar 41 breaks away from the square hole that dyes glass mounting rod, can take out and dye a glass mounting rod this moment, can take off lid and the dyeing cup of dyeing cup.The rear finger pressure bar 41 of loosing one's grip sets back under the effect of spring force and puts, and namely second of finger pressure bar 41 the two-way latch 413 is stuck in again the inboard of two finger-type plate 331 plate faces.
By the above as seen, as long as dying in glass mounting groove 423 of mounting rod insertion finger pressure pole socket 42 of dyeing cup lid got final product the clamping dyeing cup; As long as the pressure handle 415 with finger pressing finger pressure bar 41 can take out dyeing cup.The installation of dyeing cup and take out efficient and conveniently, functional reliability is good.
See Fig. 9 to Figure 12, described dye cup 5 and mounting structure thereof are as follows:
Comprise and fasten cup 54 and the bowl cover that sealing is installed: the rim of a cup of cup is with flange 541, described flange 541 and the cup body 543 between with cup neck 542, the external diameter of the external diameter of described flange 541 and cup neck 542 is tightly connected between described flange 541 and the bowl cover respectively less than the external diameter of cup body 543;
Described bowl cover comprises interior lid 53 and the outer cover 52 of phase fit, and interior lid 53 is circular cavity, the chimeric sealing ring 532 that is equipped with in the edge of described circular cavity, and a side of circular cavity end face has toxoplasm breach 531; Outer cover is translated into the lower edge 523 of protrusion with truncated cone-shaped (its area is greater than semicircle) top cover 524 and truncated cone-shaped cavity 526 in the side wall lower ends section of truncated cone-shaped cavity 526, the lower edge 523 of described protrusion is as the latch of cup oral area flange 541; Described truncated cone-shaped top cover one side connects dyes glass mounting rod 521, dyes to have hole 522 on glass mounting rod 521, is used for being installed on dye cup the clamping device of rotating disk 3; Have tapped through hole 525 on the truncated cone-shaped top cover 524;
The structural feature of described truncated cone-shaped cavity 526 is as follows: the upper corner position of cavity accent is provided with double wedge 527, the Breadth Maximum at the width of double wedge and height and toxoplasm breach 531 positions of interior lid 53 and being identical; The height of the height of cavity and interior lid 53 sidewalls and rim of a cup flange 541 thickness sums are coincide; The external diameter of the accent width of cavity and the external diameter of rim of a cup flange 541 and interior lid 53 coincide;
The installation process of described dye cup 5 is as follows:
Use procedure of the present invention is as follows:
At first will textile sample be dyed and dyestuff insert dye cup, the inside and outside bowl cover 53 of dyestuff cup 54 usefulness, 52 and rubber blanket 532 seal, then with in the notch in the mounting groove 423 that dyes glass mounting rod 521 insertion clamping devices of bowl cover, then open infrared heating device 2 and starter motor, rotating shaft drives fixedly rotating disk 3 rotations, and then drive dye cup 5 around the central shaft rotation, through infrared heating device 2 irradiation heating, carry out dye test in dye cup 5 rotary courses.The unloading process of dye cup 5 only need with finger pressing pressure handle 415, take out dye cup and get final product.
The present invention in use can change large capacity dye cup, when the capacity of dye cup strengthens, in the situation of bowl cover size constancy, can increase a glass body diameter or lengthening glass height degree and get final product.
The present invention in use, because the cabinet inwall is mirror surface structure, with the infrared light reflection that scatters to dye cup, it is carried out post bake, improved the absorption efficiency of heat energy, again since between dye cup fixed bar and the card with 60 ° inclination angle, not only reduce shared space, and dyestuff and textiles sample mix are thoroughly even in rotary course, Effective Raise dyeing quality.
Claims (7)
1. dyeing testing machine for textiles comprises the box body that it is peripheral, and the heater of dye cup is installed in the top position in box body; Also comprise a frame, rotating disk be installed on the frame, with the fixed bar that bends inwards, connect clamping device on the fixed bar on the rotating disk, by clamping device dye cup is installed on the described rotating disk, it is characterized in that:
1), described rotating disk is a shell structure, it comprises disk body, dish seat and connects disk body and the connecting plate that coils seat, described disk body has through hole with the centre of dish seat, and disc perimeter is connected with the fixed bar that bends inwards separately, between described dye cup fixed bar and the card with the inclination angle; The fixed bar of described bending is two finger-type plates, between two fingers with mounting groove;
2), the structure of described clamping device is as follows:
It comprises finger pressure bar and the finger pressure pole socket that is fastened and connected: described finger pressure bar comprises a body of rod, one end of the body of rod is with spring base and the first two-way latch, the middle part of the body of rod is with the second two-way latch and clinohedral guide ledges, and the other end of the body of rod is the pressure handle of finger pressure bar; Described finger pressure pole socket comprises a pedestal, the outer installing hole that is with of pedestal, have spring on the pedestal and press hole, the chimeric mounting groove of the first two-way latch and the mounting groove of clinohedral guide ledges, have the phase groove between the chimeric mounting groove of the first two-way latch and the mounting groove of clinohedral guide ledges;
Finger pressure bar and finger pressure pole socket with the syndeton of two finger-type plates are respectively: the body of rod of finger pressure bar is arranged in the mounting groove of two finger-type plates, the first two-way latch is positioned at the outside of two finger-type plate plate faces, the second two-way latch is positioned at the inboard of two finger-type plate plate faces, and the clinohedral guide ledges is arranged in the mounting groove of two finger-type plates; Finger pressure pole socket and finger pressure bar are fastened and connected, wherein first of the finger pressure bar the two-way latch is embedded in the mounting groove of finger pressure pole socket, the clinohedral guide ledges of finger pressure bar is installed in the mounting groove of finger pressure pole socket, the body of rod of finger pressure bar straddles on the phase groove between the mounting groove of the chimeric mounting groove of the first two-way latch and clinohedral guide ledges, mounting spring on the spring base, described spring passes the through hole on two finger-type plates, and the spring that embeds on the finger pressure pole socket is pressed in the hole; Installing hole on two finger-type plates at the installing hole on the finger pressure pole socket and finger pressure bar place is connected by connector;
3), described dye cup and mounting structure thereof are as follows:
Comprise and fasten cup and the bowl cover that sealing is installed, it is characterized in that: the rim of a cup of cup is with flange, with the cup neck, the external diameter of the external diameter of described flange and cup neck is tightly connected between described flange and the bowl cover respectively less than the external diameter of cup body between described flange and the cup body;
Described bowl cover comprises interior lid and the outer cover of phase fit, and interior lid is circular cavity, the chimeric sealing ring that is equipped with in the edge of described circular cavity, and a side of circular cavity end face has the toxoplasm breach; Outer cover is translated into the lower edge of protrusion with truncated cone-shaped top cover and truncated cone-shaped cavity in the side wall lower ends section of truncated cone-shaped cavity, the lower edge of described protrusion is as the latch of cup oral area flange; Described truncated cone-shaped top cover one side connects dyes a glass mounting rod, has tapped through hole on the truncated cone-shaped top cover;
The structural feature of described truncated cone-shaped cavity is as follows: the upper corner position of cavity accent is provided with double wedge, the Breadth Maximum of the width of double wedge and height and the toxoplasm gap portions of interior lid and being identical; The height of cavity and the height of interior covered body wall and rim of a cup flange thickness sum are coincide; The external diameter of the accent width of cavity and the external diameter of rim of a cup flange and interior lid coincide.
2. dyeing testing machine for textiles as claimed in claim 1 is characterized in that:
The described first two-way latch is the Bidirectional cylindrical convex head body that is positioned on the finger pressure club shaft, is positioned at the shape of the chimeric mounting groove on the finger pressure pole socket and the shape tabling of the first two-way latch; The described second two-way latch is the bidirectional square cylindricality convex head body that is positioned on the finger pressure club shaft.
3. dyeing testing machine for textiles as claimed in claim 1, it is characterized in that: dying on glass mounting rod of described bowl cover has the hole.
4. dyeing testing machine for textiles as claimed in claim 1, it is characterized in that: the heater of described dye cup is installed on the top of described rotating disk, it comprises the heating fluorescent tube by holder device dye cup top on the dyeing test machine rotating disk, described heating fluorescent tube grouping, be installed on respectively upper position and upper left orientation and the upper right orientation of dye cup on the described rotating disk by support, the center of the lamp group in described each orientation is equidistant to described center of turntable.
5. dyeing testing machine for textiles as claimed in claim 1 is characterized in that being in the box body of described heater and rotating disk periphery, and its six internal faces all are minute surface or mirror board is housed.
6. dyeing testing machine for textiles as claimed in claim 1 is characterized in that being carved with the numbering corresponding with dye cup on the disk body of described rotating disk.
7. dyeing testing machine for textiles as claimed in claim 1 is characterized in that between described dye cup fixed bar and the card inclination angle with 60 °.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110204009 CN102277700B (en) | 2011-07-21 | 2011-07-21 | Dyeing testing machine for textiles |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110204009 CN102277700B (en) | 2011-07-21 | 2011-07-21 | Dyeing testing machine for textiles |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102277700A CN102277700A (en) | 2011-12-14 |
| CN102277700B true CN102277700B (en) | 2013-03-13 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201110204009 Expired - Fee Related CN102277700B (en) | 2011-07-21 | 2011-07-21 | Dyeing testing machine for textiles |
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| Country | Link |
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| CN (1) | CN102277700B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105671838A (en) * | 2016-04-11 | 2016-06-15 | 江苏科泰印染机械技术研究中心有限公司 | Swing sample color testing instrument |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1518617A (en) * | 2000-11-28 | 2004-08-04 | 应用色彩系统公司 | Improved beaker type dyeing machine |
| CN201144339Y (en) * | 2007-12-06 | 2008-11-05 | 郑瀛忠 | Dyeing system device for dyeing machine |
| CN101988244A (en) * | 2009-08-07 | 2011-03-23 | 夏筛根 | High-temperature computer program-controlled sample dyeing machine |
| CN202148418U (en) * | 2011-07-21 | 2012-02-22 | 无锡利博科技有限公司 | Textile dyeing tester |
-
2011
- 2011-07-21 CN CN 201110204009 patent/CN102277700B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1518617A (en) * | 2000-11-28 | 2004-08-04 | 应用色彩系统公司 | Improved beaker type dyeing machine |
| CN201144339Y (en) * | 2007-12-06 | 2008-11-05 | 郑瀛忠 | Dyeing system device for dyeing machine |
| CN101988244A (en) * | 2009-08-07 | 2011-03-23 | 夏筛根 | High-temperature computer program-controlled sample dyeing machine |
| CN202148418U (en) * | 2011-07-21 | 2012-02-22 | 无锡利博科技有限公司 | Textile dyeing tester |
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| Publication number | Publication date |
|---|---|
| CN102277700A (en) | 2011-12-14 |
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