TW583017B - Fluid transfer method and fluid transfer - Google Patents

Abstract

A fluid transport filling up method and fluid transport filling device are disclosed, comprising: a fluid mixing container capable of rotation and revolution for transporting and filling fluid in the fluid mixing container into a filing container which rotates and revolve at the same time by the centrifugal forces provided by the rotation and revolution without taking in air bubbles and securely transporting fluid free of bubbles.

Description

583017 ___ Case No. 91134986_ Rev. _________ V. Description of the invention (1) [Technical field to which the invention belongs] The present invention relates to a fluid conveying method and a conveying device, and more particularly to a fluid defoaming state Method for filling or filling a liquid or pasty fluid into a container, and a device for implementing the method. [Prior art] In the prior art, after the fluid such as epoxy resin (Epoxy resin) undergoes the mixing and mixing of the raw material composition and the defoaming process in the fluid, the defoamed fluid must be transported and filled into a filling container ( Injection

Syr i nge) for use. That is, first, in one of the stirring containers that can easily defoam the bubbles generated by the mixing and mixing, the mixing and mixing of the raw material components are performed; after that, the defoamed fluid is wheeled to other pressure feeding A container; then, using a compression piston (piston) to compress the defoamed fluid into a filling container. In addition, in terms of working efficiency such as ease of stirring, mixing, and defoaming of the stirring vessel, the length (depth) of the stirring vessel is usually set to be 2 / or less of the straight length. The direct display, its ^: 7 day transport fill ... used in coating & & filling capacity ... a mind map. -: 4 Lutu: 'It shows no pressure shipping container 1, the inside of the pressure feeding container 1 = stopper 3' and is installed-transported from the search container and removed from the body 2; in addition, 'the pressure feeding container 1 The -end is connected to-the other end is connected through a pressure feed pipe 5-compressed air ^ and = ° in this configuration ^ 'The pump 6 series can pass through the pressure feed pipe 3, so that the pressure The feeding container body 2 is filled into the container 4 by the dead filling main body 50.

583017 Case No. 91134986 Rev. V. Description of the invention (2) However, the above-mentioned fluid filling method has the following disadvantages: (a) when the fluid 2 is transported from a stirring container to the pressure-feed container 1 It is usually easy to be mixed with air or bubbles because of the corners during the conveying process; (b) When the fluid 2 is conveyed from the pressure feeding container 1 to the filling container 4 (injection cylinder syming), it is It is easy to mix air again in the conveying path; (c) After the fluid 2 is conveyed from the stirring container to the pressure feeding container 1, the fluid 2 and the compression piston may be caused by inserting the compression piston 3. There is residual air in the 3 rooms, which may cause the air to be mixed during the pressure feeding process. Therefore, when the compression piston 3 is inserted, care must be taken not to trap the residual air; (d) The filling container 4 is of a vertical configuration. Therefore, when the fluid 2 is conveyed and filled from its lower end, it may not be easy to perform because of its viscosity; (e) The device constructed in this way requires more components, so when the device is in a maintenance work, its Not only will it take more labor, but it will also increase the required cost; that is, during repeated use of the device, the expensive fluid 2 attached to the module may be wasted due to the need to disassemble and clean the module, or it may be discarded Cost of components. Therefore, it is necessary to provide a method and a conveying device for surely conveying the defoamed fluid into the filling container without mixing of bubbles, so as to solve the above problems. [Summary of the Invention] The object of the present invention is to provide a fluid conveying method and device for reliably conveying a defoamed fluid into a filling container, and effectively preventing the occurrence of air bubble mixing. Another object of the present invention is to provide a fluid conveying method and device.

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Amend

It is also possible to transfer and install the container from the Ming to the filling of the revolution to the container under the concentric axis of the Ming revolution. The fluid is easily transported to the body after a lifetime of separation. The filling and transportation of the filling body produced by the company A square system is used to make a defoaming highly dry fluid according to the present invention using a fluid transfer capable of rotating the fluid stirring container from the central axis according to the present invention. The filling container closing valve is used to fill the container with the filling method produced by the revolution. The method of mixing the container to the high filling product is to stir the container and the container is rotated by the centrifugal force. The device has a special fluid for agitation, rotation, and revolution, so as to have a continuous mouth, and the supply of the fluid after the defoaming action, so that the defoaming property. The reason is that the side and the surface are not in response. The filling capacity of the fluid stirring container is synchronized with the fluid agitator and the charge and the fluid dispenser is internal. The system is that the device has a bubble. A mixing container is provided with a filling container, wherein the filling container and an opening and stopping are attached to the mixing container and the connection opening; the fluid is used for filling after the rotation to fill the date; the above-mentioned and other purposes , Features, and advantages can be more obvious, the following will be described in detail with the accompanying drawings. [Embodiment] FIG. 1 is a cross-sectional view of a fluid conveying device according to an embodiment of the present invention. # In FIG. 1, a support stand 7 is shown, and a first rotary bearing portion 8 is provided on the support stand 7. A first slewing body 9 is supported on the first slewing bearing portion 8, and a first slewing body 9 is arranged radially—a support body 10. A second end of the support body 10 is provided with a second A slewing bearing portion u, the second slewing bearing portion u supports a second round of Korean body 1 ?, the second round

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Page 65817 --- ~ No. 91134986 This month, the amendment V. Description of the invention (4) " The body 1 2 is equipped with a stirring container in the manner of a concentric shaft 丨 3, the stirring Rongjie 1 3 of The lower part of the central axis is provided with a connection port 1 * with an on-off valve, a filling container 15 is connected to the connection port 4 and is installed on the second rotating body 12 and a vacuum tank 16 is It is assembled to accommodate each turning mechanism. It can be understood from the first figure that the first slewing body 9 supported by the first slewing bearing portion 8 is used to generate a revolution. In addition, the second slewing body 12 supported by the second slewing bearing portion 11 rotates on its own with respect to the first slewing body 9. In addition, the agitating valley 1 3 installed on the second rotating body 12 is a cylindrical body with a cover, and in addition to a mixing mechanism omitted from the figure, it can also be decompressed and exhausted. Air bubbles generated when mixing fluids are eliminated. In the above device, the central axis position of the stirring container 13 is provided with the filling device 15 'and the defoaming flow system in the draining cereal 1 13 is provided with an on-off valve provided at its lower end. Continuing the opening 14 forms a structure capable of rotating the filling fluid. In other words, the centrifugal force generated by the revolution of the first slewing body 9 and the rotation of the second slewing body 12 forms a fluid that can be transported and filled into the mixing container 13 after defoaming. A structure for filling containers. In addition, the operation of the conveying device configured as described above will be described here. First, the connection port 14 with the on-off valve is closed, and the rotation of the first rotator 9 and the rotation of the second rotator 12 are driven to mix and be stored in the churning container 13 The constituent points. In the stirring and mixing operation, because the inside of the vacuum tank 16 is in a vacuum or depressurized state, bubbles generated in the mixing mixture (fluid) that has been mixed for mixing are degassed by the exhaust gas to be degassed = Finished fluid.

Then ’open the port 1 4 with the on-off valve.

00618.ptc Page 7 JCOUl / JCOUl / one thousand five. Description of the invention (5) The defoaming inside the fluid side ... inside. When this fluid transport is charged, it is filled to the filling container i 5 and the revolution and rotation of the rotating body 12 ^, along with the first rotating body 9 and the second filling container 15 are used for the grant The container 13 is stacked and passes through the inside: the bubble completion flow system and the filling container 15 is sequentially filled. The smooth and smooth filling and transportation to the state of mixed air bubbles m; ::::: After the defoaming is completed, the possibility of mixing and defoaming is not excluded, and the possibility of mixing and air bubbles is filled by the degassing. The pressurized system that becomes a fluid in Fig. 2 is marked as: 17 ', and the pressurization is carried out by the defoaming mixing bowl 4 to be sent out by the body' "so the continuation of the agitated coincidence", the duck is only 1 4 you Feng Guzhen type or removable. 2 =: 1 charge 4: ':: close when the fluid is agitated and deaerated, and grant :::: π is in: deaeration;: 1 』;;; :: capacity; device Function at 15 o'clock. In addition, the on-off valve: connected to J: Rongzi, m: the automatic opening relationship can be generated by the rotation and revolution: the heart force difference and the pressure on the fluid side to open and close. In the embodiment, the stirring container is cylindrical, and the length of the stirring container is d 2 ″ W® (Figure 2). In addition, for 2 I IAAi, Book C! W vf I " / υΛ # lh_ · ......... " — __ 00618.ptc Page 8 583017 ^ No. 91134986 Amendment V. Description of the Invention ( 6) body, and it is equipped with a rotary wing type stirring mechanism (not == mixing 2 production = 1 defoaming exclusion, 0 this adopts the structure of the upper end = straight connection, or for the defoaming fluid surface of Li Shu The dust force of the second is applied, so the inside of the disturbance container has the effect caused by the shrinkage of the air with the force = force °, and the pressurization pressure can be released by moving a pressurized living base along the inner wall of the = Figure 3 of Shigukou is a diagram of a fluid conveying device according to another embodiment of the present invention. Compared with the structure of the previous embodiment, the connection port with an on-off valve provided at the lower end of the stirring surface 13 in this embodiment is connected with the filling. Rong Cui η is equipped with a structure of a dispenser 19. That is, pressurization on the stirring day: the fluid 17 level of the fluid after defoaming is completed can be simultaneously conveyed and filled to the plurality of fillings by the dispenser. In the container j 5, the same effect as that of the conveying device of the previous embodiment can be obtained. "Earthly, the present invention also provides a fluid wheel. The method of delivery is based on the application of a fluid-receiving capacity ρ ^ = which can rotate and revolve. The center of the device is installed with a filling container. Second, the mixing place and the fluid mixing container rotate fish / filling valley. The benefit is that the rotation and revolution of the simultaneous filling container is equal to 5 流体 fluid agitator and the fluid in the device is transported and filled to the filling capacity, and it should be understood that the fluid is stirred. ^ The defoaming completed fluid is subjected to centrifugal force: the second method, which is a method of transporting and filling the fluid from the mixing container side by semi-mandatory and very smooth transportation of the second method; ^ filling Inside the container. That is, the defoamed fluid maintains the original state, and 'Asian will mix air bubbles from the outside to make it inside. Furthermore, convey & _H to fill the filling container [w ------ 二 ^ _ Wonderfully use the mixing volume 006J8. Ptc 583017 _ Case No. 91134 骱 fi V. Description of the invention (7) Mixing of bubbles in the revolution and conveying process of the device and the filling container According to one of the embodiments of the present invention, the filling valley is The revolution of 15 and the self-generated centrifugal force are used to release the In the process of filling and filling to the filling container i 5 'avoiding air bubbles from mixing into the defoamed fluid transport filling and filling again' according to the present invention, implementation 1 3, the filling container 5 and the container or vacuum tank 16 Ceramics, metals, or these 16 are preferably used, for example, having a body 'and having a structure in the container, etc. It should be understood that, relative to the lengthwise central axis of the stirring container 13 described in the stirring container is That is, the rotation and revolution of the rotation of the filling container 丨 5, so that both, therefore, it should be noted that the present invention 'is the completion of filling the defoaming to the filling container 15 when the rotation and revolution of the benefit The resulting off-pressurizing piston action and the agitation correction

The centrifugal force avoids higher filling quality. The rotation is generated by the inflow, and the characteristic is that the flow is completed within the flow. That is, fill in the question. For example, another special connection port 14, etc. Generally speaking, the combined material is connected to the opening of the vacuum body using the stirring container 13 and the revolution and rotation of the body to transport the fluid from the stirring container 13 to the fluid. The filling is reliably and in large quantities arranged in the stirring container, and the vacuum tank 16 can be made of glass in a vacuum chamber. In addition, the container of the exhaust port of the vacuum tank exhaust system is used for air-tight closed lid mixing container 1 3 The center of the length of the rotation axis and the fluid integrated with the revolution system is used to stir the heart, and the container 1 3 The filling container 15 is not only in the axial direction, but also the structure of rotation and revolution has been synchronized with the stirring capacity. 0 The method and device of the container are transported by σxuan to the container 1 3 and the filling capacity is 13 and the filling capacity is the defoaming. The fluid and the filling container 15 are used before the stringer 13

Page 10 583017 _ Case No. 91134986_ Year Month Amendment _ V. Description of the invention (8) Forced fluidity caused by centrifugation generated by revolution and revolution, so that the conveying and filling can be performed smoothly. Although the present invention has been disclosed in the foregoing embodiments, it is not intended to limit the present invention. Any person skilled in the art can make various changes and modifications without departing from the spirit and scope of the present invention. Therefore, the present invention is protected. The scope shall be determined by the scope of the attached patent application.

00618.ptc Page 11 583017 _Case No. 91134986_ Year Month Day __ Brief Description of the Drawings [Simplified Description of the Drawings] Figure 1: A cross-sectional view of a fluid delivery device according to an embodiment of the present invention. Figure 2: A cross-sectional view of the fluid after the defoaming is transported and filled into the filling container. Fig. 3: A cross-sectional view of a fluid transfer device according to another embodiment of the present invention. FIG. 4 is a schematic cross-sectional view of a fluid conveying method of the prior art. Description of drawing number: 1 pressure ^ S / container 2 fluid 3 compression piston 4 filling container 5 pressure pipe 6 pump 7 support table 8 first rotation bearing portion 9 first rotation body 10 support body 11 bending portion 12 second rotation body 13 Stirring container 14 Connection port with on-off valve 15 Filling container 16 Vacuum tank 17 Defoamed fluid 18 Pressurized body 19 Dispenser

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Claims (1)

M3017 ΛΆ 91134986 Amendment— /, Application scope of patent ^ Seed transport method 'This method is to install a fluid stirring container that can be rotated relative to one of the center's rotation and revolution, so as to use its centrifugal force of rotation and revolution ^ The fluid in the fluid agitating container is transported and filled into a filling container with one rotation and one revolution. The method of the first round of the patent scope is called Guan Fen, wherein the filling of the container fluid is controlled by the centrifugal force difference between rotation and revolution. 2. The method of claim 1 of the patent scope, wherein the fluid is stirred to > and can be filled by rotation to two filling containers at the same time. See the method of item 5 to item 2 of the patent scope, where the fluid agitation volume can be transported and filled to at least two filling containers at the same time. See Mixing Printing 5. According to Patent Application No. i, 3 or 4 The method of the item, the fluid transfer filling in the bean body search and mixing container is a fluid mixing container of 6 revolutions in a vacuum 禋 fluid transfer device, a, τ. The continuation mouth of Shenmu Zhuan and Fang, and n ± — ° Hai limb mixing container The central axis 7 is connected to the square, U, and U simultaneously and the fluid rod is filled with a container by T, wherein the connection port is connected to the second self-drying smile, and is attached to control the fluid Λ /, Valley β, and one of the internal c-clustering internal fluids to switch the valve. 00618.ptc Page 13 583017 _Case No. 91134986_ YYYY__ VI. Patent Application Range 7, Device according to Item 6 of the Patent Application Range, where the on-off valve is an automatic on-off type and is rotated by the rotation It is switched on and off due to the centrifugal force generated by the revolution. 8. The device according to item 6 of the scope of patent application, wherein the spout is capable of conveying and filling at least two filling containers at the same time. 9. The device according to item 7 of the scope of patent application, wherein the connection port can simultaneously transfer and fill at least two filling containers. 10. The device according to item 6, 8 or 9 of the scope of patent application, wherein the fluid stirring container, the spout and the filling container are arranged and contained in a vacuum or pressure-reducible frame. 00618.ptc Page 14