CN201670961U - Novel sample oil-bath dyeing machine - Google Patents
Novel sample oil-bath dyeing machine Download PDFInfo
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- CN201670961U CN201670961U CN2010202125992U CN201020212599U CN201670961U CN 201670961 U CN201670961 U CN 201670961U CN 2010202125992 U CN2010202125992 U CN 2010202125992U CN 201020212599 U CN201020212599 U CN 201020212599U CN 201670961 U CN201670961 U CN 201670961U
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- rotating disc
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Abstract
A novel sample oil-bath dyeing machine comprises a rotary plate and a plurality of dyeing cups, wherein the rotary plate and the dyeing cups are all disposed in a case. Besides, the rotary plate is prismatic, each prismatic surface is provided with two dyeing sleeves arranged side by side, a plurality of dyeing sleeves disposed on the same side form a circle of cup stations, a plurality of dyeing sleeves on a plurality of prismatic surfaces form two circles of cup stations, the rotary plate is connected to a transmission mechanism, the transmission mechanism comprises a fixed shaft and a rotating shaft and filled with a liquid heat-conducting medium, heating elements are disposed in the liquid heat-conducting medium, fixedly connected to the fixed shaft and located between the two circles of cup stations or/and on two sides, and the dyeing sleeves fixed on the rotary plate can be immersed in the liquid heat-conducting medium. The heating elements fixedly connected to the fixed shaft can not rotate along with the rotary plate, can heat the dyeing cups in the two circles of dyeing sleeves uniformly, and can assist to stir heat conducting oil so as to prevent the heat conducting oil from being carbonized or deteriorated.
Description
Technical field
The utility model relates to field of textile machinery, specifically is meant the novel oil bath bit machine that can be widely used in the colorant sample.
Background technology
The drawing a design of sample in the dyeing is related to the setting-out accuracy rate of big production and the time of batch process.But that exist and the difference problem sample color and luster are the problems of a commonplace and trouble during dyeing is produced always when the full-page proof setting-out.Therefore, the color and luster that the setting-out of full-page proof can safe reproduction sample be provided is that everybody wishes and gives in the target of making great efforts.In a method that exhausts dyeed, the type of big production equipment was varied, and the device category of sample also form is different.And the structure and the staining method of sample proofing facility and big production equipment, be not can be consistent completely.Because sample only is means, full-page proof is only purpose, yet in order to be beneficial to the accurate arrival of purpose, be unable to do without the existence and the utilization of means, so the drawing a design of sample, can accomplish to make preparation on color and luster and the prescription for full-page proof, the equipment of sample and applicability thereof just become the prerequisite that solves the setting-out problem.
At present, the structure of the bit machine of dyeing and finishing industry is to be provided with swivel mount in cylinder body, this swivel mount is provided with the sample cup of several integrative-structures, and glycerine is housed in the cylinder body, and sample cloth and dye liquor are placed in the sample cup, during work, add hot glycerine, sample cup and swivel mount are immersed in the glycerine heats, the rotation of driven by motor swivel mount, and then drive sample cup rotation, make the sample cloth in the sample cup fully contact the purpose that reaches dyeing with dye liquor, dyeing is cooled off glycerine by the cooling water pipe that is provided with in the cylinder after finishing.This sample dyeing machine, owing to adopt the mode of water-cooled to cool off, cooling water pipe is installed trouble; And, a large amount of glycerine can be taken out of inevitably when taking out the sample cup, and also a large amount of glycerine will be evaporated when heating up, not environmental protection also wastes energy.
In order to solve above-mentioned sample machine deficiency, further develop a kind of little model machine, the structure of this little model machine is, several sample glass holder tubes that in cylinder body, are provided with swivel mount and several sample cups and match with several sample cups, this swivel mount is an inner core, urceolus, the closed structure that left end cap and right end cap combine, be equiped with heat-conducting medium in this closed structure, each sample glass holder tube is fixed on the swivel mount and is embedded in the heat-conducting medium, also be provided with the several heating tubes that are used to heat heat-conducting medium in the swivel mount, these several heating tubes respectively by be bolted on the inner core and along the radial direction of inner core to the urceolus radiation, the opening of this each sample glass holder tube exposes outside the swivel mount, and each sample cup is fixedly set in each sample glass holder tube in the mode of movable taking-up respectively.During work, several heating tube heating heat-conducting mediums pass to the sample cup by heat then and heat, the rotation of driven by motor swivel mount, and then drive the rotation of sample cup, make the sample cloth in the sample cup fully contact the purpose that reaches dyeing with dye liquor.This heat-conducting medium is generally glycerine or corundum or magnesium powder or graphite powder etc., this sample cup does not directly contact with heat carrier, conduction oil is sealed in the swivel mount, has effectively reduced the volatilization of conduction oil and improved the operating environment of drawing a design, have the advantage of environmental protection and energy saving.
The part but this little model machine also comes with some shortcomings, because heating tube can rotate together along with swivel mount, if glycerine is as heat-conducting medium, glycerine relatively, heating tube is static relatively, glycerine is easily at swivel mount bottom knot carbon or rotten; Heating tube uses number more, and not only power consumption is big, and the circuit complicated layout, if line fault occurs, maintenance is inconvenient; If corundum or solid particles such as magnesium powder or graphite powder are as heat-conducting medium, main is that little model machine is on-stream, the bump that solid particle and swivel mount inwall and sample glass holder tube inwall do not stop, not only to the material requirements of swivel mount and sample glass holder tube than higher, easily produce noise, also influence the swivel mount integral sealing effect, be prone to the heat-conducting medium leakage phenomenon in the swivel mount.
Summary of the invention
The utility model provides novel oil bath bit machine, its main purpose is to overcome the swivel mount bottom that has little model machine now and easily ties carbon or rotten, the easy shortcomings such as noise and the easy leakage of heat-conducting medium that produce in circuit complicated layout, maintenance inconvenience and the swivel mount of the more easy generation of heating tube use number.
For solving the problems of the technologies described above, the utility model adopts following technical scheme:
Novel oil bath bit machine, comprise that the rotating disc that is arranged in the casing dyes cup with several, described rotating disc is prism-shaped, two of being equiped with side by side of each faceted pebble dye the glass holder tube, several of this homonymy dye the glass holder tube and constitute a circle cup position, on a plurality of faceted pebbles several dye the glass holder tube and form two circle cup positions, described rotating disc is connected in transmission mechanism, this transmission mechanism comprises fixed axis and the turning cylinder that is sheathed on the fixed axis, be filled with liquid heat-conducting medium in this rotating disc, be provided with heating element heater in this liquid heat-conducting medium, this heating element heater comprises joint and the heating portion that is connected with joint, the joint of this heating element heater is fixedly connected on the fixed axis and its heating position encloses between the cup position or/and both sides in two, comprise that also described several that are fixed on the rotating disc and can be immersed in the described liquid heat-conducting medium dye the glass holder tube, this opening that respectively dyes the glass holder tube exposes outside the rotating disc, and the described cup that respectively dyes is fixedly set in above-mentioned respectively dying in the glass holder tube in the mode of movable taking-up respectively.
The heating part of above-mentioned this heating element heater is distributed between the two circle cup positions.
The heating part of above-mentioned this heating element heater is distributed in both sides, two circle cup positions.
The heating part of above-mentioned this heating element heater is distributed between the two circle cup positions and both sides.
Above-mentioned rotating disc comprises the cylindrical shell that is 12 prism-shaped, with a cylindrical shell left side, the left side that the right side is fixedly connected, right end cap, a circular hole is offered in described right end cap center, the cflosing disc that also comprises this circular hole of capping, this cflosing disc is fixedly connected on described right end cap madial wall, pressure relief opening is offered in this cflosing disc center, also comprise hollow tube, this hollow tube one end is connected on the cflosing disc and with described pressure relief opening and communicates, the other end is welded with and is umbrella and prevents the sealed shield that heat-conducting medium spills from hollow tube inside, offer the air-vent that connects with its inside on the sidewall of this hollow tube, also comprise being socketed on this hollow tube and preventing the hollow sleeve that heat-conducting medium spills from air-vent.
Above-mentioned rotating disc comprise the cylindrical shell that is 12 prism-shaped, with the left and right end cap that the left and right end face of cylindrical shell is fixedlyed connected, this cylindrical shell, left end cap and right end cap form airtight tube structure, and the pressure-reducing valve that is used for its inner pressure relief is installed on this rotating disc.
Be provided with temperature control equipment in the above-mentioned casing.
The said temperature control device comprises heating control apparatus and air cooling equipment,
Above-mentioned heating control apparatus comprises temperature sensor and the temperature controller that is connected with temperature sensor, this temperature sensor is arranged at the interior fixed axis below of rotating disc and is fixed in the loose joint with the heating element heater top, and described temperature controller is installed on the cabinet shell.
Above-mentioned air cooling equipment comprises and is arranged on the airduct in the rotating disc and is arranged on cooling blower in the described casing, and the air outlet of this cooling blower passes on the described rotating disc and the setting that matches with described airduct.
Be equiped with dividing plate in the above-mentioned casing, by dividing plate casing is divided into drive cavity and working chamber, also comprise motor, reducing gear that is connected with motor output shaft that is installed in the drive cavity and the relay that acts on described rotating disc, described rotating disc is installed in the working chamber, and this reducing gear is in transmission connection by described transmission mechanism and rotating disc.
The front end face of above-mentioned working chamber is provided with the sliding door of band see-through window, the sensing element that is equiped with the power supply of control power supply on this sliding door or disconnects
By above-mentioned description to the utility model structure as can be known, compare with prior art, the utlity model has following advantage: the bag liquid heat-conducting medium conducted heat energy in this model machine rotating disc adopted, dying cup does not directly contact with liquid heat-conducting medium, heat to dying cup by heat exchange pattern, effectively reduced the volatilization of liquid heat-conducting medium, improved and drawn a design environment and save the energy; Because heating element heater is fixed on the fixed axis, its heating position encloses between the cup position or/and both sides in two, can be along with rotating disc rotates, can the cup that dyes that two circles dye in the glass holder tube evenly be heated, simultaneously relative conduction oil, to its stirring action of assisting, effective like this conduction oil that causes can not tied carbon or rotten; Heating element heater in this rotating disc can be provided with one, so the circuit layout is simple, and is if line fault occurs, easy to maintenance; The design of described sliding door and see-through window has improved processing safety and sight.
Description of drawings
Fig. 1 is the perspective view among the embodiment one;
Fig. 2 is the drive cavity structural representation among the embodiment one;
Fig. 3 is the working chamber structural representation among the embodiment one;
Fig. 4 is the rotating disc left side schematic diagram among the embodiment one;
Fig. 5 is the cutaway view of Fig. 4 along the A-A direction;
Fig. 6 is the cutaway view of Fig. 4 along the B-B direction;
Fig. 7 is individually fixed in perspective view in the loose joint for the temperature sensor among the embodiment one and heating tube top;
Fig. 8 is the casing rearview among the embodiment one;
Fig. 9 is the rotating disc cross-sectional schematic among the embodiment two;
Figure 10 is the rotating disc cross-sectional schematic among the embodiment three;
Figure 11 is the rotating disc cross-sectional schematic among the embodiment four;
Figure 12 is the rotating disc cross-sectional schematic among the embodiment five;
Figure 13 is the rotating disc cross-sectional schematic among the embodiment six.
The specific embodiment
1 to the accompanying drawing 13 explanations specific embodiment of the present utility model with reference to the accompanying drawings.
Embodiment one
With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 8, novel semi-open-type oil bath bit machine, comprise casing 1, rotating disc 2, motor 30, reducing gear 31, transmission mechanism, temperature control equipment and circuit control device, this circuit control device comprises solid-state relay 32, be equiped with dividing plate 10 in this casing 1, by dividing plate 10 casing 1 is divided into drive cavity 11 and working chamber 12, described motor 30, the reducing gear 31 that is connected with motor 30 output shafts, circuit control device and temperature control equipment are arranged in the drive cavity 11, described rotating disc 2 is arranged in the working chamber 12, and this reducing gear 31 is in transmission connection by described transmission mechanism and rotating disc 2.The front end face of described working chamber 12 is provided with sliding door 121, is equiped with the sensing element (not shown) on this sliding door 121.When sliding door 121 is opened, arrive signal with circuit control device by the sense element senses that electric wire is connected, impel general supply to be in off-position, have only when sliding door 121 is shut, the general supply circuit is in power supply state, also be equiped with see-through window 123 on the sliding door 121, the operator can observe rotating disc 2 working orders by see-through window 123.The design of this sliding door 121 and see-through window 123 has improved handling safety performance and sight.
With reference to Fig. 4, Fig. 5, Fig. 6, the tube structure that described rotating disc 2 is combined by the cylindrical shell 20 that is 12 prism-shaped, left end cap 21 and right end cap 22, be filled with liquid heat-conducting medium in this tube structure, this liquid heat-conducting medium can adopt conduction oil, can add 1/3rd conduction oil of himself volume in the rotating disc 2.Each faceted pebble of described cylindrical shell 20 is provided with to rotating disc 2 inner recess and can be dyed glass holder tube 23 by two of conduction oil submergence, 24, these two are dyed glass holder tube 23,24 distribute side by side, 12 of homonymy are dyed the glass holder tube and form a circle cup position, 12 faceted pebbles totally two ten four dye the glass holder tube and form two circle cup positions, these 24 openings that dye the glass holder tube expose outside the rotating disc 2, described position of respectively dying the glass holder tube is respectively equipped with the described retainer spring sheet 5 that dyes cup 4 in location, dye cup 4 and fit respectively and be arranged at 24 and dye in the glass holder tube with 24 that dye that the glass holder tube matches, each retainer spring sheet 5 pressure holding correspondence respectively dye cup 4 outer face, will dye cup 4 and be positioned separately correspondence respectively and dye in the glass holder tube.
With reference to Fig. 3, Fig. 5, Fig. 6, the circular hole 220 of ∮ 170mm is offered in right end cap 22 centers of described rotating disc 2, the cflosing disc 221 that also comprises this circular hole 220 of capping and ∮ 200mm, this cflosing disc 221 is fixedly connected on described right end cap 22 madial walls, the through hole of ∮ 14mm is offered in these cflosing disc 221 centers, this through hole is a pressure relief opening 222, also comprise hollow tube 224, these hollow tube 224 1 ends are connected on the cflosing disc 221 and with described pressure relief opening 222 and communicate, the other end is welded with and is umbrella and prevents the sealed shield 223 that conduction oil spills from hollow tube 224 inside, offer four air-vents 225 that connect with its inside on the sidewall of this hollow tube 224, also comprise being socketed on this hollow tube 224 and preventing the hollow sleeve 226 that conduction oil spills from four air-vents 225.The design of this pressure relief opening 222, rotating disc 2 inside and outside gas communication have been made things convenient for, and then improved the safety coefficient of rotating disc 2 under 135 ° of uses of high temperature, compare the danger that does not offend pressure vessel with the oily Heating rotary-disc of bag in existing, need not to install pressure-reducing valve, reduce the device fabrication cost, improved safety coefficient.
With reference to Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, described transmission mechanism comprises fixed axis 6 and is sheathed on the fixed axis 6 and drives the turning cylinder 7 of described rotating disc 2, this turning cylinder 7 is connected in ring flange 70, described motor 30 output shafts are in transmission connection by reducing gear 31 and the ring flange 70 that is connected on the turning cylinder 7, and this ring flange 70 is fixed on left end cap 21 outsides of described rotating disc 2.Described fixed axis 6 is the column structure of hollow, these fixed axis 6 ends pass across left end cap 21, stretch into the inside of rotating disc 2, it just holds on the support that is fixed in the drive cavity 11, left end cap 21 centers offer the opening (not marking among the figure) of being convenient to fixed axis 6 and passing, the opening of left end cap 21 (not marking among the figure) is located to be equiped with the oil-sealing arrangement 210 that anti-conduction oil leaks, and this oil-sealing arrangement 210 is positioned at left end cap 21 inboards.
With reference to Fig. 5, Fig. 6, Fig. 7, be provided with heating element heater in the described conduction oil, this heating element heater is a heating tube 8, and this heating tube 8 comprises joint 81 and the heating portion 82 that is connected with joint 81, and the joint 81 of this heating tube 8 is fixedly connected on the fixed axis 6 and its heating portion 82 encloses between the cup position two.Be the fixed axis 6 of hollow cylinder structure, its inner passage 60 that forms, thermal conductive wire and line probe can be passed passage 60 and be connected with heating tube 8 circuit.
With reference to Fig. 5, Fig. 6, Fig. 7, be provided with temperature control equipment in the described casing 1, it comprises heating control apparatus and air cooling equipment, this heating control apparatus comprises temperature sensor 101 and the temperature controller 100 that is connected with temperature sensor 101, and this temperature sensor 101 is arranged at the below of the fixed axis 6 in the rotating disc 2 and is fixed in the loose joint 80 with the joint 81 of described heating tube 8.Described temperature controller 100 is installed on the front panel of drive cavity 11.The design of this heating control apparatus can be controlled variation of temperature in the described rotating disc 2, has improved the flexibility and the stability of operation.
With reference to Fig. 2, Fig. 5, Fig. 6, Fig. 8, described air cooling equipment comprises airduct 90 that is arranged in the rotating disc 2 and the cooling blower 91 that is arranged in the drive cavity 11, and the two ends of each airduct 90 are set up in respectively on left end cap 21 and the right end cap 22.The air outlet of cooling blower 91 penetrates dividing plate 10 and leads to working chamber 12, and air outlet and each airduct 90 corresponding setting, the air outlet of this cooling blower 91 passes to the setting that matches in the described rotating disc 2 and with described airduct 90, and the rear portion of working chamber 12 is provided with exhaust outlet 124.
Referring to figs. 1 through Fig. 8, during the utility model work, the sample cloth of needs dyeing and dye liquor be placed on dye in the cup 4, to dye cup 4 is fixed on by retainer spring sheet 5 and dyes in the glass holder tube 23, connect power supply, the gauge tap 102 of the circuit control device of drive cavity 11 front end faces is located in operation, control motor 30 and cooling blower 91 are started working, after the output shaft of motor 30 slows down through slowing-down structure 31, driving the ring flange 7 that is connected on the turning cylinder by belt pulley 310 rotates, thereby driven rotary dish 2 rotates, and starts 8 pairs of conduction oils of heating tube simultaneously and heats.When described cooling blower 91 was worked, the air communication that its air outlet produced was crossed and is opened in the end that ventilating opening on the dividing plate 10 (not marking among the figure) leads to airduct 90, is discharged by airduct 90 other ends again, and rotating disc 2 is cooled off.Along with the prolongation of working time, can produce air pressure in the rotating disc 2, this air pressure can pass through four ventilation mouths 225, discharges outside the rotating disc 2 through pressure relief opening 222 again, guarantees the safety of rotating disc 2 operations.For accurately controlling the accuracy of dyeing temperature and programming rate, temperature sensor 101 is presented on the temperature controller 100 by the temperature of lead transfer mode with sampling, regulates the temperature control that the adjusting button on the temperature controller 100 realizes dying cup again.
Embodiment two
With reference to Fig. 9, present embodiment and embodiment one embodiment are basic identical, and difference only is heating portion 82 placement location differences, and this heating portion 82 is distributed in both sides, two circle cup positions.
Embodiment three
With reference to Figure 10, present embodiment and embodiment one embodiment are basic identical, and difference only is heating portion 82 placement location differences, and this heating portion 82 is distributed between the two circle cup positions and both sides.
Embodiment four
With reference to Figure 11, present embodiment and embodiment one embodiment are basic identical, difference is that described rotating disc 2 forms airtight tube structure by cylindrical shell 20, left end cap 21 and right end cap 22, and the pressure-reducing valve 227 that is used for its inner pressure relief is installed on this rotating disc 2 again.
Embodiment five
With reference to Figure 12, present embodiment and embodiment four embodiments are basic identical, and difference only is heating portion 82 placement location differences, and this heating portion 82 is distributed in both sides, two circle cup positions.
Embodiment six
With reference to Figure 13, present embodiment and embodiment four embodiments are basic identical, and difference only is heating portion 82 placement location differences, and this heating portion 82 is distributed between the two circle cup positions and both sides.
Above-mentioned only is the specific embodiment of the present utility model, but design concept of the present utility model is not limited thereto, and allly utilizes this design that the utility model is carried out the change of unsubstantiality, all should belong to the behavior of invading the utility model protection domain.
Claims (10)
1. novel oil bath bit machine, comprise that the rotating disc that is arranged in the casing dyes cup with several, it is characterized in that: described rotating disc is prism-shaped, two of being equiped with side by side of each faceted pebble dye the glass holder tube, several of this homonymy dye the glass holder tube and constitute a circle cup position, on a plurality of faceted pebbles several dye the glass holder tube and form two circle cup positions, described rotating disc is connected in transmission mechanism, this transmission mechanism comprises fixed axis and the turning cylinder that is sheathed on the fixed axis, be filled with liquid heat-conducting medium in this rotating disc, be provided with heating element heater in this liquid heat-conducting medium, this heating element heater comprises joint and the heating portion that is connected with joint, the joint of this heating element heater is fixedly connected on the fixed axis and its heating position encloses between the cup position or/and both sides in two, comprise that also described several that are fixed on the rotating disc and can be immersed in the described liquid heat-conducting medium dye the glass holder tube, this opening that respectively dyes the glass holder tube exposes outside the rotating disc, and the described cup that respectively dyes is fixedly set in above-mentioned respectively dying in the glass holder tube in the mode of movable taking-up respectively.
2. novel according to claim 1 oil bath bit machine is characterized in that: the heating part of described heating element heater is distributed between the two circle cup positions.
3. novel according to claim 1 oil bath bit machine is characterized in that: the heating part of described heating element heater is distributed in both sides, two circle cup positions.
4. novel according to claim 1 oil bath bit machine is characterized in that: the heating part of described heating element heater is distributed between the two circle cup positions and both sides.
5. as novel oil bath bit machine as described in claim 2 or 3 or 4, it is characterized in that: described rotating disc comprises the cylindrical shell that is 12 prism-shaped, with a cylindrical shell left side, the left side that the right side is fixedly connected, right end cap, a circular hole is offered in described right end cap center, the cflosing disc that also comprises this circular hole of capping, this cflosing disc is fixedly connected on described right end cap madial wall, pressure relief opening is offered in this cflosing disc center, also comprise hollow tube, this hollow tube one end is connected on the cflosing disc and with described pressure relief opening and communicates, the other end is welded with and is umbrella and prevents the sealed shield that heat-conducting medium spills from hollow tube inside, offer the air-vent that connects with its inside on the sidewall of this hollow tube, also comprise being socketed on this hollow tube and preventing the hollow sleeve that heat-conducting medium spills from air-vent.
6. as novel oil bath bit machine as described in claim 2 or 3 or 4, it is characterized in that: described rotating disc comprises the cylindrical shell that is 12 prism-shaped, the left and right end cap of fixedlying connected with the left and right end face of cylindrical shell, this cylindrical shell, left end cap and right end cap form airtight tube structure, and the pressure-reducing valve that is used for its inner pressure relief is installed on this rotating disc.
7. novel according to claim 1 oil bath bit machine is characterized in that: be provided with temperature control equipment in the described casing.
8. as novel oil bath bit machine as described in the claim 7, it is characterized in that: described temperature control equipment comprises heating control apparatus and air cooling equipment, this heating control apparatus comprises temperature sensor and the temperature controller that is connected with temperature sensor, this temperature sensor is arranged at the interior fixed axis below of rotating disc and is fixed in the loose joint with the heating element heater top, described temperature controller is installed on the cabinet shell, described air cooling equipment comprises and is arranged on the airduct in the rotating disc and is arranged on cooling blower in the described casing, and the air outlet of this cooling blower passes on the described rotating disc and the setting that matches with described airduct.
9. novel according to claim 1 oil bath bit machine, it is characterized in that: be equiped with dividing plate in the described casing, by dividing plate casing is divided into drive cavity and working chamber, also comprise motor, reducing gear that is connected with motor output shaft that is installed in the drive cavity and the relay that acts on described rotating disc, described rotating disc is installed in the working chamber, and this reducing gear is in transmission connection by described transmission mechanism and rotating disc.
10. as novel oil bath bit machine as described in the claim 9, it is characterized in that: the front end face of described working chamber is provided with the sliding door of band see-through window, is equiped with the sensing element of power supply of control power supply or disconnection on this sliding door.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202125992U CN201670961U (en) | 2010-06-02 | 2010-06-02 | Novel sample oil-bath dyeing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202125992U CN201670961U (en) | 2010-06-02 | 2010-06-02 | Novel sample oil-bath dyeing machine |
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| Publication Number | Publication Date |
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| CN201670961U true CN201670961U (en) | 2010-12-15 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2010202125992U Expired - Fee Related CN201670961U (en) | 2010-06-02 | 2010-06-02 | Novel sample oil-bath dyeing machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106835571A (en) * | 2017-04-01 | 2017-06-13 | 靖江市华夏科技有限公司 | Low bath raio sample tries color instrument |
| CN111020948A (en) * | 2019-12-24 | 2020-04-17 | 苏州思米恩智能科技有限公司 | Intelligent dyeing proof press |
-
2010
- 2010-06-02 CN CN2010202125992U patent/CN201670961U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106835571A (en) * | 2017-04-01 | 2017-06-13 | 靖江市华夏科技有限公司 | Low bath raio sample tries color instrument |
| CN111020948A (en) * | 2019-12-24 | 2020-04-17 | 苏州思米恩智能科技有限公司 | Intelligent dyeing proof press |
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Granted publication date: 20101215 Termination date: 20170602 |
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| CF01 | Termination of patent right due to non-payment of annual fee |