CN203247415U

CN203247415U - Combined type dye liquor automatic modulation and measurement dyeing system

Info

Publication number: CN203247415U
Application number: CN2013200619879U
Authority: CN
Inventors: 阮邦志
Original assignee: LIUYA SCIENCE AND TECHNOLOGY Co Ltd
Current assignee: LIUYA SCIENCE AND TECHNOLOGY Co Ltd
Priority date: 2013-02-04
Filing date: 2013-02-04
Publication date: 2013-10-23
Anticipated expiration: 2023-02-04

Abstract

The utility model discloses a combined type dye liquor automatic modulation and measurement dyeing system which comprises at least one liquor measurement module, a container input module, a normal concentration liquor modulation module, a container output module and a dyeing module, wherein the at least one liquor measurement module is used for measuring required dye liquor, the container input module is used for placing a plurality of bearing containers, the bearing containers are then sequentially output to a weighing device at the lower portion of the liquor measurement module with the help of a turntable module to bear the dye liquor and then output the dye liquor, the normal concentration liquor modulation module is used for brewing the original dye liquor required by the liquor measurement module to provide new dye liquor, the container output module is used for storing the bearing containers which have completed dye liquor measurement and are output from the turntable module, and the dyeing module is used for placing newly modulated dye liquor into containers where textiles are placed in advance to conduct dyeing. All the modules can be connected with a control unit, collaborative operation of all the modules is controlled by the control unit, meanwhile, all the modules are freely matched according to requirements of clients, and therefore design in different combination modes are provided to meet the requirements of the clients.

Description

The automatic dye liquor modulation of combined type metering coloring system

Technical field

The utility model is relevant a kind of metering coloring system, espespecially a kind ofly can arbitrarily make up the automatic Modulation dye liquor by the user, and coloring system is measured in the automatic dye liquor modulation of the combined type of metering liquid and dyeing.

Background technology

Existing liquid meter module, its syringe and fluid storage bottle are separate type, announce its processing mode No. 392862 such as the TaiWan, China utility model patent, that syringe is inserted in the storage bottle, draw the liquid (siphon principle) in the storage bottle, syringe is taken out from storage bottle, again the liquid in the syringe is injected in the specified containers, the a plurality of steps of this process need, after can't utilizing fast the syringe extracting liquid, immediately the liquid in the syringe is injected into the purpose container, so the operation measurement efficiency is relatively poor, and separate type operation process there is consume to the liquid meter assembly process of trace.

Moreover the dyeing in past need to through three routine processes, can dye textiles.Such program is:

1. normal concentration liquid modulation.Ordinary stain stores in the powdery mode with dyestuff, is beneficial to preserve and transportation.So before using, must first it be melted and be the liquid mode.Container is put on the weighing device in the board, can adds dyestuff, and weighing, again with behind cold water or the hot water dissolving, container is put into another board of next door continues to stir, to prevent precipitation.

2. liquid meter.After normal concentration liquid has been modulated, container must be put on the special board as metering.According to preprepared prescription mode, again the liquid in each container is dripped within another container according to ratio, produce the required liquid of this prescription, with the usefulness as dyeing.

3. dyeing.After liquid meter, the liquid that measures and the textiles that will dye must be put into together the steel bowl of dyeing apparatus, again by the program that sets in advance, realize dyeing.

From the angle of usefulness, such process needs more personnel to process, because operation link is more, the activity duration is all wayward each time simultaneously.Add, in the situation that many people process, can occur that mistake is planted or wrong probability higher, can slattern many costs and time in the middle of invisible, also cause managerial problem.

The utility model content

In view of this, a purpose of the present utility model can by the random combination collocation module of user, have high modularization with modulation dyeing liquid, metering, and the system of textile dyeing in that the automatic dye liquor modulation of a kind of combined type metering coloring system is provided.

The technical solution of the utility model comprises: the automatic dye liquor modulation of a kind of combined type metering coloring system, it is characterized in that, and comprise:

A control module;

A turntable module, comprise several electrical connectors, this turntable module is electrically connected this control module, this control module can be by this electrical connector output control signal, this turntable module also comprises at least one carriage, this turntable module includes a rotating disk, and this rotating disk has a card, and this card is provided with at least one perforate;

A weighing device is located at turntable module one side, is electrically connected with this electrical connector;

At least one bears container and is combined in movably this carriage, and this bears container bottom and penetrates this carriage, and this carriage removably is located at this perforate, and this bears container and passes this carriage and this perforate and can be held on this weighing device; And at least one liquid meter module, be located at this turntable module one side, turntable module is positioned at the below of this liquid meter module, this liquid meter module is electrically connected with this electrical connector, and make this weighing device, this bears container corresponding to the output of the metering dye liquor of this liquid meter module, make this bear the metering dye liquor that container is exported in order to this liquid meter module of access, and by this weighing device metering dye liquor weight.

Wherein, also comprise a normal concentration liquid modulation module, this normal concentration liquid modulation module is electrically connected this electrical connector, and this normal concentration liquid modulation module is located at this turntable module one side, and is adjacent with this liquid meter module.

Wherein, comprise that also one is born the container input module of container in order to placement, this container input module is electrically connected with this electrical connector, and this container input module is accepted this control module instruction and born container to this turntable module in order to conveying.

Wherein, also comprise a container output module, this container output module is electrically connected this electrical connector, accepts the container that bears that stores the liquid of finishing metering from being equipped with of transporting out of turntable module in order to accept the control module instruction.

Wherein, also comprise a dyeing module, this dyeing module is electrically connected this electrical connector, accept the control module instruction, the dye liquor that being equipped with of accepting that this container output module exports finished metering bear container, and this is born internal tank has measured and finish dye liquor and be passed to have in advance in the container of placing textiles and carry out dyeing.

Wherein, these perforate both sides are provided with the limiting section of standing shape to form groove; Described carriage both sides comprise two teats of corresponding this limiting section, the carriage downside is sheathed on this perforate and this teat is located in the limiting section, make this carriage be limited to tapping, this carriage upper and lower sides has perforation, and this bears the container downside surface and is provided with several butting sections, this bears the container vertical configuration and is arranged in this perforation, bear container and descend to limit this against the lower side perforation periphery of this carriage by these several butting sections, so that holding this, carriage bears container, this bears container and can be combined in up or down in the carriage, and make and bear container bottom and can be exposed to this perforate, and can be held on the weighing device of this rotating disk below to measure dye liquor weight.

Wherein, this turntable module includes a driver element, and this driver element is positioned at the rotating disk below, has the rotational power structure, drives turntable rotation in order to accept the control module instruction.

Wherein, this turntable module includes a lifting unit, and this lifting unit is positioned at rotating disk, driver element below, makes the rotating disk can oscilaltion.

Wherein, this liquid meter module includes:

A castor comprises a wheel body, a center axial region and several storage tank annular array in this wheel body, and this castor is accepted this control module instruction and is rotated;

At least one metering units is located at respectively in this storage tank, and this metering units includes:

A container is combined in this storage tank, and this internal tank is for loading predetermined liquid;

A syringe, this syringe comprise a movable stopper rod;

A needle tubing;

A multiple-way valve, this multiple-way valve comprises the first pipeline, second pipe, the 3rd pipeline, spheroid, a handles, this spheroid comprises an interface channel, this spheroid is located in the middle of the multiple-way valve, this handle one side ecto-entad penetrates this multiple-way valve and can touch this spheroid and turns to, this the first pipeline one end is communicated with this container, and this second pipe one end is communicated with this syringe, this needle tubing of the 3rd pipeline communication; And

A stopper unit, this stopper unit comprises the first stopper group of horizontal direction, second a stopper group with respect to the first stopper group vertical direction, this the first stopper group comprises first power source, first screw rod, first a folder section, this first power source connects this first screw rod, this the first screw rod one side connects the first folder section, and this first folder section cover is sandwiched in multiple-way valve; This second stopper group comprises second power source, the second screw rod, second a folder section, and this second power source connects this second screw rod, and this second screw rod one side connects the second folder section, and this second folder section cover is sandwiched in the movable stopper rod of syringe.

Wherein, the connecting channel of this spheroid is T-shaped channel.

Wherein, this the first folder section further can hard to bear this first power source drives and promotes this handle and touch this spheroid in the multiple-way valve internal turn, be communicated with simultaneously this first pipeline to the discharging opening of container when this T-shaped passage makes second pipe be communicated with syringe, then the 3rd pipeline is not communicated with needle tubing; Otherwise, when making second pipe be communicated with syringe, this T-shaped passage is communicated with simultaneously the 3rd pipeline to needle tubing, and then this first pipeline is not communicated with the discharging opening of this container.

Wherein, also comprise a supporting seat, this supporting seat comprises a body and a bracing frame, and this bracing frame is that upright carrying is located on this body, and this castor is located in this bracing frame top by this center axial region, and this castor is rotated at bracing frame.

Wherein, also comprise a mounting, this mounting defines a castor district, for the installing castor, this castor district has the guide rail of two parallel corresponding shapes, the body of this supporting seat below is provided with corresponding to leading of guide rail closes seat, leads to close seat and lead and close in guide rail, and this castor is followed the path of guide rail and moved.

Wherein, also comprise a power unit, this power unit is located at this supporting seat one side, moves along the path of this guide rail in order to drive this supporting seat and this castor.

Wherein, also comprise a gear unit, this gear unit comprises a motor and a belt, this motor has an axle, this motor is to be placed on the body of this supporting seat, this belt is to be set between the center axial region of the axle of this motor and this activity wheel disc, makes this motor drive this castor rotation.

Wherein, this bears container and the weighing device correspondence is located at this castor one side-lower.

Wherein, this control module is in order to control the action of this stopper unit, first, second power source and this motor.

Wherein, this weighing device connects this control module, and this weighing device provides the data of liquid weighing process to this control module.

A kind of liquid meter module that is applied to the automatic dye liquor modulation of combinations thereof formula metering coloring system, it includes:

A castor comprises a wheel body, a center axial region and several storage tank circular array in this wheel body, and this castor can be driven and rotate;

A container is combined in described storage tank, and this internal tank is for loading predetermined liquid;

A syringe, this syringe comprise a movable stopper rod;

A needle tubing;

A stopper unit, this stopper unit comprises the first stopper group of horizontal direction, second a stopper group with respect to the first stopper group vertical direction, this the first stopper group comprises first power source, first screw rod, first a folder section, this first power source connects this first screw rod, this the first screw rod one side connects the first folder section, and this first folder section is sandwiched in multiple-way valve in order to cover; This second stopper group comprises second power source, the second screw rod, second a folder section, and this second power source connects this second screw rod, and this second screw rod one side connects the second folder section, and this second folder section is sandwiched in the movable stopper rod of syringe in order to cover.

Wherein, the connecting channel of this spheroid is T-shaped channel.

Wherein, also comprise a supporting seat, this supporting seat comprises a body and a bracing frame, and this bracing frame is that upright carrying is located on this body, and this castor is located in this bracing frame top by this center axial region, and this castor is rotated at this bracing frame.

The automatic dye liquor modulation of a kind of combined type of the present utility model metering coloring system includes a control module, a turntable module, a liquid meter module, a normal concentration liquid modulation module, a container input module, a container output module, a dyeing module.

A plurality of containers can be arranged in order to place respectively the powder dye of different colours in this normal concentration liquid modulation module.

This liquid meter module is in order to the container in conjunction with a plurality of aforementioned normal concentration liquid dyes by normal concentration liquid different colours that modulation module is modulated; By the prescription information that sets in advance, but utilize a castor and this castor move left and right, different normal concentration dye liquor containers is turned to a certain container top (in the carriage in a certain perforate of turntable module set a certain container top of bearing) of bearing, relend the extraction action that helps metering units to set metering, after extracting the normal concentration dye liquid of this wish metering to the syringe, be expelled to and bear in the container; Bear this weighing device of container below and can contact weighing device in order to weigh, to read weight, reach the metering result; Bearing container can be with free-hand placement, or by the turntable module rotation that container is born in the conveying supply of coming, to reach the automation mode; But this liquid meter module has the castor of move left and right, can place the container that the different colours dye liquor is housed in a plurality of on it, and the dye liquor of normal concentration liquid namely is housed in this container; The dye liquor of those normal concentration liquid can form by the modulation of automatic normal concentration liquid modulation module, perhaps utilize the traditional approach modulation after, be put on the castor again.When the some normal concentration dye liquors of needs, according to the container that the control module instruction follows, this castor can rotate on that row's tank position of placing this container with normal concentration dye liquor, and castor again move left and right finds wherein this container of this storage tank; If when not needing to do any metering, this castor can continue irregular rotation, to continue to cause mobile rotation of dye liquor of container internal standard concentration; Be equipped with the normal concentration dye liquor container its utilize multiple-way valve in conjunction with a syringe, use as the dye liquor that extracts with injection standard concentration.

This dyeing module can automatically be added to dye liquor to be had in the container of placing textiles in advance, carries out dyeing again.

This container input module can be placed in the container input module in advance with bearing container, sequentially is put on the turntable module again.

This container output module can be used for accepting storing from what turntable module transported out and measure the container that bears of finishing, again output.

This turntable module provides each module or installs can be so as to being electrically connected the electrical connector of this control module, so that the characteristic of random combination to be provided; The rotating disk of turntable module also has the function of oscilaltion, and when rotating disk rises, but the left rotation and right rotation container when rotating disk descends, can be correspondingly placed into container the weighing device top; The perforate of the card of rotating disk is provided with carriage to hold container.

Above-mentioned each intermodule can form by unified electrical connector and be electrically connected, and the position is not limit.

With the people can select module to be made up according to separately demand, when the people who uses only selected part or single module, this module can be used separately, perhaps follow-uply was connected with rotating disk, and did not need whole modules all to use.Whereby, the people of use can be metering liquid only, and perhaps automatic supply modulation standard concentration dye liquor simultaneously also can jointly use with existing already present device, and will not abandon by existing device, can save time, saves money, save space.

The utility model and existing traditional dyeing technique comparative advantages are as follows:

Below only by specific embodiment, and assistant is described in detail with accompanying drawing, can for various functions of the present utility model, characteristics, have and further understand and understanding.

Description of drawings

Fig. 1 is stereogram of the present utility model.

Fig. 2 is the stereogram of the utility model turntable module.

Fig. 3 is the three-dimensional exploded view that bears container, carriage, weighing device part in the utility model turntable module.

Fig. 4 is the side view of the utility model turntable module.

Fig. 5 is the use embodiment stereogram that the rotating disk of the utility model turntable module carries out left rotation and right rotation.

Fig. 6 is the use embodiment schematic diagram that the rotating disk of the utility model turntable module rises.

Fig. 7 is the use embodiment schematic diagram that the rotating disk of the utility model turntable module descends.

Fig. 8 is the stereogram of the utility model liquid meter module.

Fig. 9 is the side view of the utility model liquid meter module.

Figure 10 is the top view of the utility model liquid meter module.

Figure 11 is the stereogram of its castor of the utility model liquid meter module, stopper unit, and the show events wheel is rotated to this row metering units that will measure among the figure by instruction.

Figure 12 is another visual angle stereogram of its castor of the utility model liquid meter module, stopper unit, and the metering units that the mobile rear order of show events wheel will be measured among the figure corresponds to this stopper unit.

Figure 13 is the schematic diagram that the utility model liquid meter module is carried out gage work, the location schematic diagram of castor, stopper unit among the figure.

Figure 14 is the schematic diagram that the utility model liquid meter module is carried out gage work, and wherein the stopper unit moves towards metering units, and by the second stopper group clamping multiple-way valve, syringe.

Figure 15 is the schematic diagram that the utility model liquid meter module is carried out gage work, and wherein pull out container the stopper unit in castor.

Figure 16 is the schematic diagram that the utility model liquid meter module is carried out gage work, and that wherein controls spheroid is diverted to the feed orientation, and push rod moves up and injects syringe with the evacuation container internal liquid.

Figure 17 is the schematic diagram that the utility model liquid meter module is carried out gage work, and that wherein controls spheroid is diverted to the discharging orientation, and push rod moves down so that the liquid that syringe draws flows out to drop to and bears container.

[primary clustering symbol description]

1 control module, 2 turntable module, 3 liquid meter modules, 4 normal concentration liquid modulation modules

5 container input modules, 6 container output modules, 7 dyeing modules, 10 mountings

11 castor districts, 111 guide rails, 12 stopper cellular zones, 121 guide rails

20 castors, 21 wheel bodies, 22 center axial regions, 23 storage tanks

30 supporting seats, 31 bodies, 32 bracing frames 33 are led and are closed seat

40 power units, 50 metering units, 51 containers, 52 syringes

521 movable stopper rod 53 needle tubings 54 multiple-way valves 5,411 first pipelines

5412 second pipes 5413 the 3rd pipeline, 5414 handles, 542 spheroids

5421 passages, 60 stopper unit, 61 first stopper groups, 611 first power sources

612 first screw rods, 613 first folder sections, 62 second stopper groups, 621 these second power sources

622 second screw rods, 623 second folder sections, 70 gear units, 71 motors

711 axles, 72 belts, 80 weighing devices 81 bear container

90 rotating disks, 91 cards, 92 perforates of 811 butting sections

942 perforation of 93 limiting sections, 94 carriages, 941 teats

95 driver elements, 96 lifting units.

The specific embodiment

See also Fig. 1, Fig. 2, Fig. 3, the automatic dye liquor of the utility model combined type modulation metering coloring system, wherein an embodiment comprises: a control module 1, a turntable module 2, several bear container 81, a liquid meter module 3; Wherein this turntable module 2 is electrically connected this control module 1, comprising several on this turntable module 2 can be so as to connecting the electrical connector (not shown) of this control module 1, this turntable module 2 is electrically connected this control module 1, this control module 1 can output control signals to each unit or each device by this electrical connector; Further the utility model more comprises a weighing device 80 and is located at turntable module 2 one sides simultaneously to should liquid meter module 3 one sides, electrical connector, liquid meter module 3 that weighing device 80 is electrically connected on the turntable module 2, turntable module 2 is circumscribed with power supply, and the various modular units that may cooperate such as recycling electrical connector electrical connection liquid meter module 3 provide power supply.And this bears container 81 and can move up and down and removably be combined on this turntable module 2 simultaneously, and this bears container 81 and can place simultaneously and weighs on this weighing device 80; And this liquid meter module 3 is used for measuring for example dye liquor of textiles of needed dye liquor, and is located at this turntable module 2 one sides, forms with electrical connector on this turntable module 2 to be electrically connected.

Embodiment of the utility model, the automatic dye liquor of described combined type modulation metering coloring system, more in conjunction with a normal concentration liquid modulation module 4, normal concentration liquid modulation module 4 is electrically connected with electrical connector formation on this turntable module 2.

This normal concentration liquid modulation module 4 is used for the required original dye liquor of this liquid meter module of infusion 3, and this normal concentration liquid modulation module 4 is located at this turntable module 2 one sides.This normal concentration liquid modulation module 4 comprises a workbench, a dyestuff feed mechanism, several containers, transport, weighing device, a track, a mechanical arm device, a fluid Supplying apparatus; Be equiped with several dyestuffs (as shown in Figure 1, depositing a kind of dyestuff in each lattice) on this dyestuff feed mechanism, this dyestuff feed mechanism is combined in a side of this workbench; This track is located on this workbench, and this mechanical arm device is combined on this track movably, and this transport is located at the workbench below; This weighing device is located at the below of this transport; Those containers sequentially are arranged on the transport, this transport and this several containers structure that cooperatively interacts, can with rotating disk hereinafter on perforate, carriage, to bear the structure that cooperatively interacts between the container identical, so that after this transport descends, those container bottoms can pass transport and be held on this weighing device and weighed.According to the dye liquor normal concentration information that sets in advance, utilize mechanical arm, dyestuff is taken off from the dyestuff feed mechanism, move to again on the container of arranging on the transport, dyestuff is splashed in the lower reservoir, there is a weighing device container below, when the amount of splashing into meets the requirements, namely stops the tear drop action of mechanical arm.Again by a needed normal concentration dye liquor of fluid Supplying apparatus solubilizer furnishing.The container that mechanical arm will modulate solution takes off from transport, and proper alignment is placed into container on the liquid meter module 3 by another mechanical arm on workbench more successively.By these normal concentration liquid modulation module 4 automatic Modulation normal concentration dye liquors, so that this liquid meter module 3 deposit dye liquors to be provided, these turntable module 2 rotations are carried this and are born container 81 to these liquid meter module 3 downsides, this liquid meter module 3 receives the prescription information of this control module 1, dye liquor splashed into bear in the container 81, this weighing device 80 bears container 81 and shows weight, finishes this dye liquor of metering for bearing this.

Embodiment of the utility model, the automatic dye liquor modulation of described combined type metering coloring system, more in conjunction with a container input module 5, the electrical connector that this container input module 5 is electrically connected on this turntable module 2.

This container input module 5 is accepted control module 1 instruction, be used for placing a plurality of containers 81 that bear, electrical connector on this container input module 5 and this turntable module 2 forms and is electrically connected, making this bear container 81 sequentially exports on this turntable module 2 again, this container input module 5 can be pulled by the folder of a mechanical arm device (not shown) for example in embodiment, and this bears container 81 and it is arranged on this turntable module 2, this technical field tool is known the knowledgeable usually by this specification this mechanical arm as can be known, and is applied in not superfluous words of the utility model.

The utility model one embodiment, the automatic dye liquor modulation of described combined type metering coloring system, more in conjunction with a container output module 6, container output module 6 is electrically connected several electrical connectors on this turntable module 2.

This container output module 6 is accepted control module 1 instruction, be used for accepting and store the container 81 that bears that the liquid of finishing metering is housed that transports out from turntable module 2 and export, this container output module 6 can press from both sides to pull from what measuring of transporting out of turntable module 2 finished by a for example mechanical arm device and bear container 81 to accept storage in embodiment.

Embodiment of the utility model, the automatic dye liquor modulation of described combined type metering coloring system is more in conjunction with a dyeing module 7, several electrical connectors that dyeing module 7 is electrically connected on this turntable module 2.

This dyeing module 7 is accepted control module 1 instruction, bear container 81 in order to what measuring of accepting that this container output module 6 exports finished dye liquor, and this is born container 81 inside measured and finish dye liquor and be passed to and have in advance in the container of placing textiles, begin again to carry out dyeing, in embodiment dyeing module 7 can by the folder of a mechanical arm device for example pull measured in this container output module 6 finish bear container 81 to carry out dyeing.

See also Fig. 3, Fig. 4, the utility model one embodiment, the automatic dye liquor modulation of described combined type metering coloring system, wherein this turntable module 2 includes a rotating disk 90, this rotating disk 90 has a card 91, this card 91 comprises several perforates 92, is provided with standing shape limiting section 93 in these perforate 92 both sides to form groove; Several carriages 94; This bears container 81 can move up and down and removably be combined in simultaneously this carriage 94, this bears container 81 bottoms can penetrate this carriage 94 up or down, bearing container 81 bottoms in order to this supports movably on weighing device 80, this bears container 81 and carriage 94 removably is located at this perforate 92, and this bear container 81 can be for being positioned on this weighing device 80; Further these carriage 94 both sides more are provided with two teats 941 of corresponding this limiting section 93, carriage 94 downsides are sheathed on this perforate 92 and teat 941 is located in the limiting section 93, can make carriage 94 be limited to perforate 92 places, these carriage 94 upper and lower sides have perforation 942, and this bears container 81 downside surfaces and is provided with several butting sections 811, to bear container 81 in the lump vertical configuration wear this perforation 942, borrowing butting section 811 to bear container 81 against lower side perforation 942 peripheries with restriction continues to descend, so just can make carriage 94 hold this and bear container 81, and make and bear container 81 bottoms and can appear this carriage 94, with so that this bears container 81 can be positioned on the weighing device 80 to measure this dye liquor weight and then to measure this dye liquor.

This turntable module 2 includes a driver element 95, and this driver element 95 is positioned at rotating disk 90 belows, has the rotational power structure, suitably rotates in order to accept control module 1 instruction rear drive rotating disk 90.

This turntable module 2 includes a lifting unit 96, and this lifting unit 96 is positioned at rotating disk 90, driver element 95 belows, uses so that suitably oscilaltion of rotating disk 90.

See also Fig. 3, Fig. 5, Fig. 6, Fig. 7, the utility model one uses embodiment, and this rotating disk 90 has the function of oscilaltion, when this rotating disk 90 rises, but after accepting control module 1 instruction left rotation and right rotation this bear container 81, and then can be passed to predetermined module so that this bears container 81; When this rotating disk 90 descends, this can be born container 81 and be correspondingly placed into weighing device 80 tops, this liquid meter module 3 provides injects dye liquor to bearing container 81, weighing device 80 is measured these dye liquor weight, and the dye liquor weight signal is passed in the injection rate of this control module 1 this dye liquor of control finished the metering dye liquor.

See also Fig. 8, Fig. 9, Figure 10 and Figure 12, another embodiment of the utility model, the utility model liquid meter module includes: a mounting 10, one castor 20, one supporting seat 30, one power unit 40, several metering units 50, one stopper unit 60, one gear unit 70, these castor 20 rotating being combined on this supporting seat 30, power unit 40 is combined on this supporting seat 30 and this supporting seat 30 of interlock, this supporting seat 30 is incorporated in this mounting 10, several metering units 50 respectively movably circular row be combined in this castor 20, several metering units 50 are filled with respectively the container of various criterion concentration liquid, control module 1 sends a signal and drives this castor 20 rotations in gear unit 70, and the metering units that is filled with a certain normal concentration liquid container 50 of 1 instruction of this control module is rotated corresponding stopper unit 60 1 sides.

Please refer to Fig. 8, Fig. 9 and Figure 10, this mounting 10 can mutually overlap institute by the aluminium extruded type material and form, it defines a castor district 11, a stopper cellular zone 12, for installing respectively castor 20, stopper unit 60, and a castor district 11 has the guide rail 111 of two parallel corresponding shapes, can move thereon for castor 20.

Please refer to Fig. 9, Figure 11 and Figure 12, this castor 20 comprises a wheel body 21, a center axial region 22 and several storage tanks 23 and is arranged in this wheel body 21.

This supporting seat 30 comprises a body 31 and a bracing frame 32, and this bracing frame 32 is that upright carrying is located on this body 31, and this castor 20 is located in this bracing frame 32 tops by this center axial region 22, and this castor 20 is rotated at bracing frame 32.

These body 31 belows further are provided with corresponding to leading of guide rail 111 and close seat 33, to lead and close seat 33 and lead and close in guide rail 111, can follow the path of guide rail 111 and move in order to described castor 20, as when the some normal concentration dye liquors of needs, castor 20 can rotate to 1 instruction of control module and place on those row's storage tank 23 positions of this container with normal concentration dye liquor 51, castor 20 again move left and right finds the container 51 of these storage tank 23 targets that wherein this instruction is sought, and also can correspond to this operation of stopper unit 60 to measure.

Please refer to Fig. 9, Figure 10 and Figure 12, this power unit 40 is preferably is located at this supporting seat 30 1 sides, in order to drive supporting seat 30 and on castor 20 can follow the path of guide rail 111 and move.

Please refer to Fig. 9, Figure 13 to Figure 16, this metering units 50 comprises respectively a container 51, a syringe 52, a needle tubing 53 and a multiple-way valve 54.

This container 51 is installed with at this storage tank 23, this container 51 inner for load predetermined liquid (as colorant, food, chemicals, medicine etc. any), it is applied to for example dyeing colorant of cloth at present embodiment, and this container 51 is communicated with multiple-way valve 54, arrives multiple-way valve 54 in order to discharging.

This syringe 52 comprises a movable stopper rod 521.This multiple-way valve 54 comprises a spheroid 542, several first pipelines 5411 that are interconnected, second pipe 5412 and the 3rd pipeline 5413 and leader 5414; Wherein the first pipeline 5,411 one ends discharging opening 511, these pipeline 5,412 one ends of being connected to this container 51 are communicated with this syringe 52 and the 3rd pipeline 5,413 one ends connect this needle tubing that splashes into container 53; And this spheroid 542 comprises an interface channel 5421, this interface channel 5421 is T-shaped interface channel in the present embodiment, this spheroid 542 is positioned in the middle of the multiple-way valve 54, these handle 5,414 one side ecto-entads pass this multiple-way valve 54 and can touch this spheroid 542 and turn to, handle 5414 opposite sides protrude out in the multiple-way valve outside, turned in order to control the multiple-way valve 54 that touches this spheroid 542, be communicated with simultaneously this first pipeline 5411 to the discharging opening 511 of container 51 when this T-shaped passage makes second pipe 5412 be communicated with syringe 52, then the 3rd pipeline 5413 is not communicated with needle tubing 53; Otherwise, when making second pipe 5412 be communicated with syringe 52, this T-shaped passage is communicated with simultaneously the 3rd pipeline 5413 to needle tubing 53, and then this first pipeline 5411 is not communicated with the discharging opening 511 of this container 51.

Please refer to Fig. 8 to Figure 17, the stopper cellular zone 12 of mounting 10 is located in this stopper unit 60, but and the instruction of its controlled unit institute promote and move towards these castor 20 selected containers that are installed in normal concentration liquid 51.

This stopper unit 60 includes first a stopper group 61 that is positioned at horizontal direction, one the second stopper group 62 with respect to the first stopper group 61 vertical direction, this the first stopper group 61 comprises one first power source 611, one first screw rod 612, one first folder section 613, this first power source 611 connects this first screw rod 612, and drive the first screw rod 612 and move, these the first screw rod 612 1 sides connect the first folder section 621, this the first folder section 613 is sandwiched in multiple-way valve 54 for overlapping, the first power source 611 pushes away this first folder section this multiple-way valve 54 of 613 chucks toward front wheel driving the first screw rod 612 whereby, the first power source 611 again toward rear drive the first screw rod 612 in order to pulling out this metering units 50 and container 51, bearing (seeing also Fig. 6 to Fig. 8) above container 81 and the weighing device 80 with correspondence.Further, this first power source 611 can drive the first screw rod 612 again and promote this first folder section 613, change the pipeline communication position of the T-shaped channel of spheroid 542 in order to this this spheroid 542 of handle 5414 interlocks of stopper in multiple-way valve 54 inner rotation, for example the discharging opening 511 of connection container 51 is with syringe 52 or be communicated with needle tubing 53 and syringe 52.

This second stopper group 62 more comprises one second power source 621, the second screw rod 622, one second folder section 623, this second power source 621 connects this second screw rod 622, and drive the second screw rod 622 and move, these the second screw rod 622 1 sides connect the second folder section 623, when aforesaid the first folder section 613 chucks in multiple-way valve 54 time, this the second folder section 623 is for overlapping the movable stopper rod 521 that is sandwiched in syringe 52, this second power source 621 can drive the movable stopper rod 521 that this second folder section 623 moves this syringe 52 whereby, moves up and down to inject or draws container 51 interior liquid (see also Fig. 9 in this syringe 52 in syringe 52 in order to draw high or to push this activity stopper rod 521, Figure 10).

Aforementioned the first power source 611 or the second power source 621 be at present embodiment, all can be used in the utility model such as any of motor, oil hydraulic power device, Pneumatic propelling plant etc.

Please refer to Figure 10 to Figure 12, this gear unit 70 comprises a motor 71 and a belt 72.This motor 71 has an axle 711, and this motor 71 is to be placed on the body 31 of this supporting seat 30.This belt 72 be set between the center axial region 22 of the axle 711 of this motor 71 and this castor 20 fixing, this belt 72 in order to the power that transmits this motor 71 to drive this castor 20.

This castor 20 is located in this bracing frame 32 tops by this center axial region 22, and this castor 20 is rotated at bracing frame 32, the aforementioned container 81 that bears is located at castor 20 belows, to should these stopper unit 60 lower position, bear the liquid that container 81 is spued by metering units 50 delicate meterings in order to access.

Please refer to Figure 11 and Figure 12, when starting this motor 71, transmission by belt 72, rotate to drive this castor 20, along with rotatablely moving of this castor 20, be filled in the liquid in this container 51, be subject to the rotation 51 inner stirrings that produce the front and back impacting type of castor 20, the mixing effect of the best that can obtain, it is more even that liquid (pigment) is mixed.

Please refer to Figure 13, Figure 14, Figure 15, Figure 16, Figure 17, the mode of the metering output of metering units 50 its liquid of the present utility model: when the prescription information by control module is born container 81 tops with a certain metering units 50 rotations on the order-driven castor 20 to this, its needle tubing 30 bears container 81 corresponding to this, pass through whereby the stopper of stopper unit 60, this the first stopper group 61, the first power source 611 promotes this first folder section this multiple-way valve 54 of 613 chucks toward front wheel driving the first screw rod 612, the first power source 611 again toward rear drive the first screw rod 612 in order to pulling out this metering units 50 and container 51, bearing (seeing also Figure 13 to Figure 15) above container 81 and the weighing device 80 with correspondence.Rotary multi-way valve when aforementioned these the first folder section 613 chucks are lived multiple-way valve 54 makes this spheroid 542 at the T-shaped interface channel 5421 of multiple-way valve 54 inside, is the first pipeline 5411 of the discharging opening 511 of connection container 51 and the second pipe 5412 of syringe 52; When the metering operation began, this second power source 621 can drive the movable stopper rod 521 that this second folder section 623 draws high this syringe 52, was temporary in the syringe 52 (seeing also Figure 16, Figure 17) in order to draw container 51 interior liquid.

Further, this first power source 611 drives the first screw rod 612 again and promotes this first folder section 613 forward, touch this spheroid 542 changes T-shaped connecting channel 5421 connections of spheroid 542 in multiple-way valve 54 internal turn position with this handle 5414 of stopper, the first pipeline 5411 that is communicated with the 3rd pipeline 5413 that is communicated with needle tubing 53 and syringe 52 is during to the discharging orientation, namely the interface channel 5421 of this spheroid 542 wherein corresponds respectively to second pipe 5412 and the 3rd pipeline 5413 in two ends, these the second folder section 623 downward these activity stopper rods 521 of pushing of control control the second power source 621 drivings the second screw rod 622 promotions move down in this syringe 52 more at this moment, make the aforementioned liquid that draws, flow through this second pipe 5412 and the 3rd pipeline 5413 and flowed out by needle tubing 530 and to drop to this and bear in the container 81, this weighing device 80 also shows weight, finish this liquid of metering.

When knowing by weighing device 80 when bearing that liquid not yet reaches needed liquid measure in the container 81, can again control by control module the movable stopper rod 521 of the second folder section 623 push injection devices 52, injecting fluid is to container 51 internal liquids, until this weighing device 80 shows that liquid weight is to needed liquid measure again.

In addition, the container 51 that will be installed in the normal concentration dye liquor except using stopper of the present utility model unit 60 is bonded to storage tank 23, and the container 51 that also can be directly will be installed in the normal concentration dye liquor with manual type is bonded to storage tank 23.

As mentioned above, liquid meter module of the present utility model utilizes the castor 20 of ferris wheel mode in bracing frame 32 rotations, can allow the liquid of container 51 produce the result of use of the bump stirring of 360 degree and fore-and-aft direction, makes the mixing of liquid more even.In addition, utilize valve control connection or the insulating effect of multiple-way valve 54, relend and help stopper unit 60 to cooperate this syringe 52, load with liquid with precise control, in addition, the kenel that this syringe 52 is combined into container 51, when drawing material with the discharging operation, prior art must be moved syringe 52 cooperates filling liquid in container 51 action in addition as the aforementioned, not only can reach the effect of automatic control metering modulation dye liquor, relatively can improve metering precision and operating efficiency, with improving yield.

The above, only be embodiment of the present utility model, when not limiting the scope that the utility model is implemented with this, the simple equivalence of namely generally doing according to the utility model claim and utility model description changes and modifies, and all should still belong in the scope that the utility model patent contains.

Claims

1. the automatic dye liquor modulation of a combined type metering coloring system is characterized in that, comprises:

A control module;

A weighing device is located at turntable module one side, is connected with this electrical connector;

At least one bears container and is combined in movably this carriage, and this bears container bottom and penetrates this carriage, and this carriage removably is located at this perforate, and this bears container and passes this carriage and this perforate and can be held on this weighing device; And

At least one liquid meter module, be located at this turntable module one side, turntable module is positioned at the below of this liquid meter module, this liquid meter module is electrically connected with this electrical connector, and make this weighing device, this bears container corresponding to the output of the metering dye liquor of this liquid meter module, make this bear the metering dye liquor that container is exported in order to this liquid meter module of access, and by this weighing device metering dye liquor weight.

2. coloring system is measured in the automatic dye liquor modulation of combined type as claimed in claim 1, it is characterized in that, also comprise a normal concentration liquid modulation module, this normal concentration liquid modulation module is electrically connected this electrical connector, this normal concentration liquid modulation module is located at this turntable module one side, and is adjacent with this liquid meter module.

3. coloring system is measured in the automatic dye liquor modulation of combined type as claimed in claim 1, it is characterized in that, also comprise a container input module that bears container in order to placement, this container input module is electrically connected with this electrical connector, and this container input module is accepted this control module instruction and born container to this turntable module in order to conveying.

4. coloring system is measured in the automatic dye liquor modulation of combined type as claimed in claim 1, it is characterized in that, also comprise a container output module, this container output module is electrically connected this electrical connector, accepts the container that bears that stores the liquid of finishing metering from being equipped with of transporting out of turntable module in order to accept the control module instruction.

5. coloring system is measured in the automatic dye liquor modulation of combined type as claimed in claim 4, it is characterized in that, also comprise a dyeing module, this dyeing module is electrically connected this electrical connector, accept the control module instruction, the dye liquor that being equipped with of accepting that this container output module exports finished metering bear container, and this is born internal tank has measured and finish dye liquor and be passed to have in advance in the container of placing textiles and carry out dyeing.

6. the automatic dye liquor modulation of combined type as claimed in claim 1 metering coloring system is characterized in that, these perforate both sides are provided with the limiting section of standing shape to form groove;

Described carriage both sides comprise two teats of corresponding this limiting section, the carriage downside is sheathed on this perforate and this teat is located in the limiting section, make this carriage be limited to tapping, this carriage upper and lower sides has perforation, and this bears the container downside surface and is provided with several butting sections, this bears the container vertical configuration and is arranged in this perforation, bear container and descend to limit this against the lower side perforation periphery of this carriage by these several butting sections, so that holding this, carriage bears container, this bears container and can be combined in up or down in the carriage, and make and bear container bottom and can be exposed to this perforate, and can be held on the weighing device of this rotating disk below to measure dye liquor weight.

7. coloring system is measured in the automatic dye liquor modulation of combined type as claimed in claim 1, it is characterized in that this turntable module includes a driver element, this driver element is positioned at the rotating disk below, have the rotational power structure, drive turntable rotation in order to accept the control module instruction.

8. the automatic dye liquor of combined type as claimed in claim 1 modulation metering coloring system is characterized in that this turntable module includes a lifting unit, and this lifting unit is positioned at rotating disk, driver element below, makes the rotating disk can oscilaltion.

9. coloring system is measured in the automatic dye liquor modulation of combined type as claimed in claim 1, it is characterized in that this liquid meter module includes:

A syringe, this syringe comprise a movable stopper rod;

A needle tubing;

10. the automatic dye liquor modulation of combined type as claimed in claim 9 metering coloring system is characterized in that the connecting channel of this spheroid is T-shaped channel.

11. such as the automatic dye liquor modulation of the combined type of claim 10 metering coloring system, it is characterized in that, this the first folder section further can hard to bear this first power source drives and promotes this handle and touch this spheroid in the multiple-way valve internal turn, be communicated with simultaneously this first pipeline to the discharging opening of container when this T-shaped passage makes second pipe be communicated with syringe, then the 3rd pipeline is not communicated with needle tubing; Otherwise, when making second pipe be communicated with syringe, this T-shaped passage is communicated with simultaneously the 3rd pipeline to needle tubing, and then this first pipeline is not communicated with the discharging opening of this container.

12. the automatic dye liquor modulation of combined type as claimed in claim 9 metering coloring system, it is characterized in that, also comprise a supporting seat, this supporting seat comprises a body and a bracing frame, this bracing frame is that upright carrying is located on this body, this castor is located in this bracing frame top by this center axial region, and this castor is rotated at bracing frame.

13. the automatic dye liquor modulation of combined type as claimed in claim 12 metering coloring system, it is characterized in that, also comprise a mounting, this mounting defines a castor district, for the installing castor, this castor district has the guide rail of two parallel corresponding shapes, and the body below of this supporting seat is provided with corresponding to leading of guide rail closes seat, lead and close seat and lead and close in guide rail, this castor is followed the path of guide rail and is moved.

14. the automatic dye liquor modulation of combined type as claimed in claim 13 metering coloring system is characterized in that also comprise a power unit, this power unit is located at this supporting seat one side, moves along the path of this guide rail in order to drive this supporting seat and this castor.

15. the automatic dye liquor modulation of combined type as claimed in claim 12 metering coloring system, it is characterized in that, also comprise a gear unit, this gear unit comprises a motor and a belt, this motor has an axle, this motor is to be placed on the body of this supporting seat, and this belt is to be set between the center axial region of the axle of this motor and this activity wheel disc, makes this motor drive this castor rotation.

16. the automatic dye liquor modulation of combined type as claimed in claim 9 metering coloring system is characterized in that this bears container and the weighing device correspondence is located at this castor one side-lower.

17. the automatic dye liquor modulation of combined type as claimed in claim 15 metering coloring system is characterized in that this control module is in order to control the action of this stopper unit, first, second power source and this motor.

18. the automatic dye liquor modulation of combined type as claimed in claim 9 metering coloring system is characterized in that this weighing device connects this control module, this weighing device provides the data of liquid weighing process to this control module.

19. the automatic dye liquor modulation of combined type as claimed in claim 1 metering coloring system, it is characterized in that: described liquid meter module comprises:

A syringe, this syringe comprise a movable stopper rod;

A needle tubing;

A multiple-way valve, this multiple-way valve comprises the first pipeline, second pipe, the 3rd pipeline, spheroid and a handles, this spheroid comprises an interface channel, this spheroid is located in the middle of the multiple-way valve, this handle one side ecto-entad penetrates this multiple-way valve and can touch this spheroid and turns to, this the first pipeline one end is communicated with this container, and this second pipe one end is communicated with this syringe, this needle tubing of the 3rd pipeline communication; And

20. the automatic dye liquor modulation of combined type as claimed in claim 19 metering coloring system is characterized in that the connecting channel of this spheroid is T-shaped channel.

21. the automatic dye liquor modulation of combined type as claimed in claim 20 metering coloring system, it is characterized in that, this the first folder section further can hard to bear this first power source drives and promotes this handle and touch this spheroid in the multiple-way valve internal turn, be communicated with simultaneously this first pipeline to the discharging opening of container when this T-shaped passage makes second pipe be communicated with syringe, then the 3rd pipeline is not communicated with needle tubing; Otherwise, when making second pipe be communicated with syringe, this T-shaped passage is communicated with simultaneously the 3rd pipeline to needle tubing, and then this first pipeline is not communicated with the discharging opening of this container.

22. the automatic dye liquor modulation of combined type as claimed in claim 19 metering coloring system, it is characterized in that, described liquid meter module also comprises a supporting seat, this supporting seat comprises a body and a bracing frame, this bracing frame is that upright carrying is located on this body, this castor is located in this bracing frame top by this center axial region, and this castor is rotated at this bracing frame.