TWI252265B - Flow through type integrated dripping device with automatic stirring - Google Patents

Abstract

This invention relates to a integrated dripping device with automatic stirring flowing through bottom, comprising: at least a material container, the container body having no external liquid conduit, and the bottom of the container being provided with a downward flow through buret fit with a flux conductor. The base of a material container can be inserted on a rotary disk. The rotary disk is covered on a seat mounted on a carrying platform and driven by a driving mechanism to rotate on the seat, so that the material container and the stirring blade provided in the container also rotate to stir the liquid contained therein. Furthermore, an excitation coil is provided inside the seat of the carrying platform to make the vertical buret to move downward by a magnetic force and the top end thereof come off from the sealing part inside the container to form a passage, enabling the drip to fall into an automatic measuring mechanism, so as to achieve a flow through type dripping effect, and integrate the stirring function into a unity without the need of installing a separate stirrer.

Description

1252265

V. INSTRUCTION DESCRIPTION OF THE INVENTION (1) A drip integration device, in particular, a magnetic stirrer can reproduce liquid precipitates. [Technical Field] The present invention relates to a straight-through automatic transfer means that a dropper is short and upright And do not need to place the mix, it has a fast dripping speed, is not easy to accumulate dye bite, and is easy to maintain. [Prior Art] Used for storing dyes, auxiliaries, water or other liquid materials. In addition, a circular turntable (14) is arranged under the platform (12), and the turntable (14) is provided with a plurality of placement slots for receiving the dye cups (15), and an electronic device is disposed under the turntable (丨4). Balance (not shown) 'When the turntable (14) is driven to rotate, one of the dye cups is turned to the position above the electronic balance to measure the amount of dripping. According to the dyeing and finishing laboratory, the color test efficiency is of great importance. At present, the liquid control system of the dye control replaces the traditional dyeing liquid, but there are still many problems, and the liquid automatic drip and short tube are used. Two types of long-cavity liquid automatic drip metering shown in the first figure are placed on a container placement platform (12), which can be used for the competitiveness of the operator and the color test operation of the whole f, although it is carried out by the computer. The manual operation of the cylinder and the measuring bottle has yet to be improved. The liquid metering device can be divided into a long conduit ^ which is a long conduit type structure, and the device is provided with a plurality of raw material containers (1 3 ) above a machine table (1 1 ) for

The raw material Guyi (13) is shown in the figure of Fig. ,, and the upper end opening is provided with a solenoid valve (1 31). The solenoid-rich valve (1 31) is activated by the control signal, and the inside of the container (13) The liquid is sent to the dyeing cup (15) via a long conduit (133) via a straw (132) via an internal passage (not shown) of the solenoid valve (1 31).

1252265 V. INSTRUCTIONS (2) In addition, the above-mentioned long guide-type automatic drip metering device has the following defects: In comparison, since there are dozens of raw material containers (13), each container (13) White solenoid valve (131), two wires (134), one straw (13 ^ long pipe (1) 3) 'so--the assembly line is very: so that after construction and maintenance, It is very difficult to replace, the maintenance is not easy and the maintenance cost is high. β 二, Furthermore, the long tube (133) is quite long in length and has many bends: the part is lying horizontally, and the inner wall is easy to accumulate liquid deposits. The accuracy and reproducibility of the liquid deposit are not good and when the dye accumulates Long ¥ official (133) must be replaced, which is very inconvenient and costly. (1) In order to prevent the unevenness of the dyeing liquid inside the raw material container (13), the one-piece container (1)) " =: called _) is rotated, and the formula = the first 306 1 5 patent. Check that this type of stirring is used to dispose of the magnet and when the container (13) contains the dye solution, it is often impossible to know whether it is ΐ ΐ = i135). If it is not placed, it will cause uneven liquid adjustment, and the magnetic rod (135) will be placed. , 贝·! Because the magnetic rod will be heavy, there are still many missing. + (3) and and can not be smashed, it is the third and fourth figures, revealing a jujube titration measurement, will / h, pound mouth The month short Lu type music automatically cries (22), day > is placed on a turn platform (21) placed a lot of raw materials capacity ^ each raw material container (22) side is provided with a magnetic control ΐΐ U 3), in the rotation flat ^ 9 息 ^ There is a measuring balance (24) from the side of the 锝 工 α 10α (21), and

1252265 V. INSTRUCTIONS (3) A dyeing cup (25) is placed above the measuring balance (24); an excitation mechanism (26) is arranged directly above the dyeing cup (25) and is driven up or down by a driver (27) After the selected raw material container (2 2 ) reaches the predetermined drip position, the excitation (2 6 ) descends to a predetermined position of the action of the magnetic control valve (23), so that the input tube (231) in the magnetic valve (23) A passage is formed with the output pipe (232), and the raw material inside the raw material container (22) is trickled into the dyeing cup (25) on the balance (2 4) via the wheel (231) and the output pipe. This type of patent is published in patents Nos. 3830 6 6 , 5 1 772 4 , 44 754 1 , etc. However, the above-mentioned device is said to be a ductless type of tan, but the raw material is .....J p

(22) The side input tube (231) is actually a catheter and lies horizontally, the corpse s is shorter, and it forms three verticals with the output tube (232). This is easy to accumulate dye or liquid deposit on the inner wall. The thing is not, the main ', the so-called no (short) ducted device, compared to the previous 3 device, no complicated long conduit and wiring problems, but its cross tube (2 3 1), and still need Magnetic bar to stir the question ^ / between. W?文# 2

k 7 WD combined with J j is the main purpose of the present invention, which solves the above problem. The eight positives provide a straight-through drop without a horizontal lying catheter, and the cost is low, and the dropper is in an upright shape.匕其: It is a very convenient designer to build a simple Cuiyang.清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗 清洗

1252265 V. INSTRUCTIONS (4) Convenience and accuracy of formula are quite safe. Still another object of the present invention is to provide an automatic drip metering apparatus which has few parts and has a low failure rate. In order to achieve the above object, the technical means of the present invention comprises: at least one raw material container, a circular cover body is disposed under the bottom surface thereof, and the bottom surface opening is provided with at least one stirring piece, and a bottom surface of the stirring piece is provided between the bottom surface and the circular cover body. The flexible thin layer of the top elastic layer is provided, and the center of the flexible thin layer is provided with an upright dropper that passes through a thin layer. The lower half of the dropper is housed in the circular cover body, and at least one section of the outer circumference is provided with a magnetizer. The sealing portion formed at the center of the stirring piece is pressed at the top of the dropper; _ at least one turntable, the inside of which is hollow, and the outer edge is provided with an annular groove for inserting the circular cover body, and a shaft hole is arranged above the turntable. The bottom surface is an open at least one base fixed on a carrying platform provided with a drip hole, the inner part of which is a hollow body, and the top surface is provided with a convex ring for the shaft hole of the turntable, so that the turntable cover is visible on the base a rotating state; at least one driving mechanism is driven by a power source disposed on the carrying platform to drive a driving turntable to rotate the turntable and the raw material container on the base; and at least one exciting coil is disposed on the base In the hollow body, when the raw material container is inserted into the turntable, the vertical dropper extends into the base, and the surrounding magnetizer is located in the excitation coil, and the force of the exciting coil causes the dropper to be displaced downward. The tip of the dropper is separated from the sealing portion, so that the liquid in the raw material container flows in a straight line to an automatic metering mechanism. -

1252265 V. INSTRUCTION DESCRIPTION (5) [Embodiment] First, please refer to the fifth, sixth, seventh, eighth, and ninth diagrams. The basic composition of the straight-through automatic stirring drip integration device disclosed by the present invention includes: At least one raw material container (3) is provided with a circular cover body (31)' under the bottom surface thereof, and the bottom surface opening (32) is provided with a stirring piece, and the bottom surface of the stirring piece (35) is disposed between the bottom surface of the stirring piece (35) and the circular cover body (31). There is a flexible thin layer (3 3 ), and the center of the flexible thin layer (3 3 ) is provided with an upright dropper (34) penetrating through a thin layer, and the dropper (34) is received in the through-hole (311) a circular cover body (31), and at least one section of the outer circumference is provided with a magnetizer (341), and a sealing portion (gw) formed at the center of the additional feeding piece (35) is pressed at the tip end of the dropper (3 4 2 ); A turntable (4)' is internally hollow, and an annular groove (41) is provided on the periphery for inserting the circular cover (31). The turntable (4) is provided with a shaft hole (a), and the bottom surface is open, and A gear (43) or a belt groove (43,) is disposed around the periphery; at least one base (5) is fixed by a screw (52) to a load bearing flat having a drop hole (61) On the table (6), the inside is a hollow body, and the top surface is provided with a convex ring (51) for the shaft hole (42) of the turntable (4) to be sleeved, so that the turntable (4) is covered on the base (5). Rotating state

At least one driving mechanism (7) drives a transmission member (72) meshing with the turret gear (43) by a power source (71) disposed on the carrying platform (6) to make the turntable (4) and the raw material container (3) Rotating on the base (5); at least one excitation coil (5 3 ) is disposed in the hollow body of the base (5), and the circular cover body (31) of the raw material container is inserted into the turntable (4), and is upright The drip (34) protrudes into the base (5), and the surrounding magnetizer (341) is located in the exciting coil

1252265 V. Inventive Note (6) In (53), the drop tube (34) is displaced downward by the magnetic force of the exciting coil, and the tip end (342) of the drip tube (34) is separated from the sealing portion of the cover body (35). (351), the liquid in the raw material valley (3) is linearly trickled onto an automatic metering mechanism (8). The above-mentioned vertical dropper (3 4 ) can be directly molded with the flexible thin layer (3 3 ) or can be formed by first forming a short Lang and then connecting the joint, if the connected pipe is a magnetic conductive metal Do not need to install a separate magnet (3 41). And the flexible thin layer (33) is formed on the circular cover body (31) after being formed with the vertical dropper (34), as shown in the sixth and seventh figures, and the bottom surface of the flexible thin layer (33) is convex. The ring body (332) can be positioned by the concave ring groove (312) on the surface of the circular cover body (31), which functions like a 〇-shaped ring to ensure the closing of the bottom opening (32) of the raw material container, and further, the opening (3 2 The inner circumference is provided with a pressing ring (3 2 working) under the stirring piece (3 5 ), which can press the flexible thin layer (3 3) from top to bottom without any splashing of the dyeing liquid or liquid. . It can also be directly disclosed in the embodiment. Of course, the flexible thin layer (33) is arranged in a plurality of ways at the opening (32); however, it is most convenient and practical to consider the mold and processing cost. Further, the flexible thin layer (33) is as shown in the seventh figure, and the top portion of the magnetizer (341) is placed in the upper half of the dropper (34) by using the covering body (331) between the towels. Also wrapped, this ensures that the magnet (341) does not fall off during the suction process. 2丄% 〇 thin layer (33? bottom edge and round hood (3 〇 perforated 2, 2 2 can be equipped with a spring (333), because the flexible thin layer (33) long-term in: lack, so increase A spring (3 33) is elastically urged upwards in j. It is called "Fengbao 1252265" 5. Inventive Note (7) Further, the top surface of the raw material container (3) is provided with a through hole (",") 361), the outside air is obtained, and the body is \ 。. The hole axe enters the raw material container (3) _ another, the shaft hole (42) of the turntable (4) is sleeved with a bearing (44), so that It is smoothly rotated on the base (5). 1) 仗We can show the power source of the drive mechanism (7) ((1) ::: horse-turn cylinder, while the transmission (72) can be chain or rack If the power source (71) is rotated, the transmission member (72) drives the gear (43) to reciprocate, so that the raw material container (3) above the turntable (4) is also J. Since the raw material container (3) is internally provided The mixing piece (35) can continuously administer the internal dyeing liquid to make it uniform. Of course, the transmission, and the belt groove (43,) can also achieve the transmission purpose. After the combination of the invention, as shown in the figure, the 2 (3) is positioned on the turntable (4), and the top end of the body (34) (342) 'closes the passage. When the excitation (center) b) When opening, the magnetic field line forces the dropper (34) to move down via the magnetizer (341); and the drip (34) only has to be moved down a small distance, and the liquid can be dropped from the top of the dropper (34) j 342 ) Flowing down, as shown in the twelfth figure; and the flexible tie layer (33) here not only closes the bottom opening (32) of the container, but also provides a return elastic force when the magnet is closed. And the spring (3 33 ) is used to restore the elastic force to the optimum state. Therefore, the whole structure is very simple, and more importantly, the dropper (34) is in an upright shape instead of the traditional horizontal lying type. The dye is not easily accumulated on the inner wall of the dropper (3 4), and can be dripped onto the automatic metering mechanism (8) by liquid pressure and gravity, which is very important for color matching accuracy.

Standing, restraining, clear description (8) To 'and the vertical dropper (34) is very convenient very = use ί;; for dyeing and finishing HI 丄 use the cow 丨 inconvenient to explain with the sorrow as follows: movable unit: The public picture:: The raw material container (3) of Erguang belongs to - the turntable on the base (5) and (= the basic pass of the invention is not disclosed, the mouth multi-moving unit (B). The ninth figure is ten and ten - Figure; the instigation is actually rotated in the implementation, and the use of the feeding piece (3 heart:;, the moving turntable (4) constantly reciprocating and constantly reciprocating, 搅 stirring the wood liquid, and the raw material container (3) itself is uniform If the single turn to ί; Ϊ;:, pure rotation can make the dyeing liquid mixing effect more than the traditional magnetic rod; therefore, the lack of the misplaced magnetic rod of the present invention is more uniform and convenient. If there is no heavy weight, such as the eleventh and twelfth (3) are placed on the carrying platform (6), the raw material containers of the present invention are actuated, which can reduce the space" demand, and not use it. The mechanical arm is easy to hit the side of the worker during the process of gripping or arranging. The mechanical arm is attached to the upper side and the cover frame is added. : When it is dangerous, another automatic metering device (8) is required to operate, and the conveying device (83) with the function of the lower part of the carrying platform (6) is used. One or more X and γ axes are used. The base (5) to which the coil (53) is turned on is moved to the dyeing liquid in which one of the magnetizing pipettes (34) is dripped, so that the cup (82) can be mounted by the wheeling device (83). Under the load bearing flat 1252265 5. The invention description (9) under the table (6), there is no impact on the head of the side of the staff. The thirteenth figure is further disclosed on the raw material container (3), the cover body (3 6) The through hole (361) is enlarged, and a replenishing liquid bottle (362) is set, so that the liquid inside the raw material container (3) can be kept at the same height (Η), so that the pressure of the dropping liquid is relatively average. The raw material container (3) of the present invention is conveniently taken out from the turntable (4) for convenient cleaning and moving to another carrying platform, which overcomes the problem of the conventional drip device as described in the prior art as a whole, and improves Its industrial utilization value and practicality. 1252265 Schematic description of the drawing [schematic description] The first picture is the customary liquid 3 is a perspective view of a conventional liquid drip container. The third figure is a perspective view of another liquid drip metering device. The fourth figure is a cross-sectional view of the main structure in the third figure. The sixth drawing is an exploded perspective view of the raw material container of the present invention. The seventh drawing is a cross-sectional view of the raw material container and the base of the present invention, which shows that it has not been combined. The eighth drawing is a cross section of the raw material container and the base of the present invention. The figure shows that it has been combined. The ninth figure is a schematic diagram of the driving mechanism of the present invention. The tenth figure is a schematic diagram of the state of use of the present invention. The eleventh figure is a schematic diagram of the direction of 11-11 in the tenth figure. Figure 11 is an enlarged view of a portion of the structure of the eleventh drawing. Fig. 13 is a view showing another embodiment of the raw material container of the present invention. (3) Raw material container (72) transmission member (31) cover (3 11) cover Face perforation (3 1 2 ) concave ring groove (8) automatic metering device (81) electronic balance (82) receiving cup (3 2) bottom opening (83) conveying device (3 3) flexible thin layer (3 3 1) perforation

Page 14 1252265 Simple illustration (3 3 2) Pressing ring (3 3 3 ) Spring (3 4 ) Dropper (3 4 1) Magnetizer (3 4 2 ) Tip (3 5 ) Stirring piece (3 5 1 ) Closed part (36) Cover (3 6 1) Through hole (3 6 2 ) Refill liquid bottle (4) Turntable (4 1 ) Annular groove (4 2 ) Shaft hole (43) Gear (43') Belt groove (4 4) bearing (5) base (5 1) convex ring (5 2 ) screw (5 3 ) excitation coil (6) carrying platform (6 1) drip hole (7) drive mechanism (7 1) power source

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Claims (1)

1252265 VI. Patent Application No. 1 · A straight-through automatic stirring drip integration device comprises: at least one raw material container having a circular cover body under the bottom surface thereof, and the bottom surface opening is provided with at least one stirring piece, the bottom surface of the stirring piece A flexible thin layer with an upward elastic force is disposed between the circular shells, and an erected dropper penetrating through the thin layer is disposed in the center of the flexible thin layer, and the lower half of the dropper is housed in the circular cover body and the outer circumference At least one section is provided with a magnetizer, and the sealing portion formed at the center of the stirring piece is pressed at the top of the dropper; at least one turntable is internally hollow, and an annular groove is provided at the periphery for inserting the circular cover body, the turntable The upper part is provided with a shaft hole, and the bottom surface is open; at least one base is fixed on a carrying platform provided with a drip hole, the inner part is a hollow body, and the top surface is provided with a convex ring for the shaft hole of the turntable to make the turntable The cover is rotatable on the base; at least one driving mechanism is driven by a power source disposed on the carrying platform to drive a driving turntable to rotate the turntable and the raw material container on the base; And at least one excitation coil is disposed in the hollow body of the base. When the circular cover of the raw material container is inserted into the rotary disk, the vertical dropper extends into the base, and the surrounding magnetizer is located in the excitation coil, and the magnetic force of the excitation coil The dropper is displaced downward, and the tip of the dropper is separated from the sealing portion, so that the liquid in the raw material container is linearly dripped onto an automatic metering mechanism. The straight-through automatic agitation drip integration device according to claim 1, wherein a spring is disposed on a bottom surface of the flexible thin layer. 3 · Straight-through automatic stirring drops as described in item 1 of the patent application Page 16 1252265 VI. Scope of Patent Application The liquid integration device in which the dome system is screwed under the material container. 4. The straight-through automatic agitation drip integration device according to claim 1, wherein the flexible thin layer is formed on the circular cover body by forming the intermediate cover body and the vertical dropper, and The bottom surface of the flexible thin layer is provided with a convex ring body which can be positioned in a concave ring groove on the surface of the circular cover body. The straight-through automatic agitation drip integration device according to claim 1, wherein the top surface of the raw material container is provided with a cover body, and the cover body is provided with a through hole. 6. The straight-through automatic agitation drip integration device according to claim 1, wherein a bearing is disposed in the shaft hole of the rotary disk. 7. The straight-through automatic agitation drip integration device of claim 1, wherein the drive mechanism is powered by a motor. 8. The straight-through automatic agitation drip integration device according to claim 1, wherein the power source of the drive mechanism functions as a rotary cylinder. 9. The straight-through automatic dispensing drip integration device of claim 1, wherein the transmission member is a chain. The straight-through automatic agitation drip integration device according to claim 1, wherein the transmission member is a belt. 1 1 The straight-through automatic stirring drip integration device according to claim 1, wherein the automatic measuring mechanism comprises an electronic balance and a receiving cup placed on the electronic balance, and a displacement of the moving electronic balance Device. Page 17