CN1034697A - The device for filling of high viscosity fluid - Google Patents
The device for filling of high viscosity fluid Download PDFInfo
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- CN1034697A CN1034697A CN 88100091 CN88100091A CN1034697A CN 1034697 A CN1034697 A CN 1034697A CN 88100091 CN88100091 CN 88100091 CN 88100091 A CN88100091 A CN 88100091A CN 1034697 A CN1034697 A CN 1034697A
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- container
- filling
- support arm
- high viscosity
- storage jar
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Abstract
A kind of device of filling high viscosity fluid material comprises the material-storage jar that holds flowing material, and one has with the device of constant flow rate discharge flowing material and the communication apparatus that communicates with material-storage jar; Discharge side bonded assembly filling mouth with communication apparatus; The support arm that upper part and end portion are arranged, filling mouth are installed in the end portion of a wall; Horizontal shaft with mode support arm upper part that can two-way rotation; One is the device of center swing support arm with the horizontal shaft.This device for filling can make the high viscosity fluid material that is filled into container smooth as far as possible, and this is because it has the mechanism of a swing filling mouth.
Description
The invention relates to the device for filling of high viscosity fluid, more specifically say so and advance the device of an appropriate containers having full-bodied flowing material such as the filling of curried grease flour paste.
In food industry, especially need proper container is advanced in the material filling of suitable thickness, as carton, plastic cup and bottle.For this purpose, various methods had been proposed already.For instance, as shown in figure 13, have viscosity and be not less than 10, the above-mentioned substance of 000CPS (W) is filled into a proper container by an independent filling mouth (N) traditionally.Yet in this case, the flowing material that container is advanced in filling can be emerged, so just can not be with lid airtight container closely, and this method also needs to use suitable means to flatten the material that container is advanced in filling.In addition, also have a kind of method, wherein used one group of nozzle (N) that container is advanced in the flowing material filling, as shown in figure 14, this method has dropped into practical application to address the above problem.Yet this method still can not be avoided these shortcomings fully.
More smooth in order to make filling advance the flowing material of container, effective method seemingly utilizes proper device to make the container vibration.For this reason, the past has proposed a kind of method, wherein during filling high-viscosity material in container, one pressurized air stream is injected off and on the bottom of container.Yet this method exists the various problems that need solution, as following mentioned.At first, inject the influence of conversion (on-off) action that will be subjected to an electromagnetic valve compressed-air actuated intermittence, yet the use of this valve there is its certain life-span.The second, produced the hygienic issues that depends on used compressed air quality.Even used compressed-air actuated quality is good, pressurized air has also been disturbed conditions of air in the atmosphere, thereby causes having produced other hygienic issues, and for example the filling material that advances container is polluted by various dust.
In general, an object of the present invention is to provide a kind of device toward the interior filling high-viscosity material of container, it has an apparatus for leveling, so just can avoid the existing above-mentioned defective of traditional device for filling.
More specifically say, preliminary purpose of the present invention provides the interior filling of a kind of past container and is not less than 3, the device of the high viscosity fluid material of 000CPS, especially be not less than 10, the high viscosity fluid material of 000CPS, and this high-viscosity material is deposited in the container, in other words, it is smooth as much as possible and can not produce the problems referred to above that this device can make filling advance this material of container.
Another object of the present invention provides a kind of device toward the interior this high-viscosity material of filling of container, this device can not cause the variation of material charging quantity along with the time, even if filling operation continues a very long time, and the interior filling of possible past container is stable and the high-viscosity material of constant number.
Another object of the present invention provide a kind of in container the device of filling high-viscosity material, this device is less dimensionally on the whole, and can stably carry out the filling operation of material continuously, and need not constitute this oversize device by material-storage jar and the constant feeding unit that configuration height differs greatly.
Another object of the present invention provide a kind of in container the device of filling high-viscosity material, wherein the passage of high-viscosity material is maintained at a suitable temperature, the water guide sleeve is installed on the surface of pipeline, the gap of the filling mouth of filling high-viscosity material and the slipper of guiding valve does not have to change in whole stowing operation, and carries out filling operation with having no motion of the ground of obstruction and steady and continuous.
By provide a kind of according to of the present invention in container the device of filling high viscosity fluid material can obtain above-mentioned and other purpose effectively, this device comprises a material-storage jar that holds the high viscosity fluid material; Have with constant flow rate and discharge the device of flowing material and the communication apparatus that communicates with material-storage jar; With filling mouth of discharge side bonded assembly of communication apparatus, the discharge gate of Qu Xiang filling mouth is positioned at the top of the load-transfer device track of transport box just down; Support arm with upper part and end portion, the filling mouth that has a valve plug is installed in the end portion of support arm; One with the mode of the two-way rotation freely horizontal shaft in the upper part of support arm support arm; With the device that with the horizontal shaft is center of oscillation swing support arm.
According to a further aspect in the invention, provide the device of a filling high viscosity fluid material in container, this device comprises a material-storage jar; One is communicated with the constant feedway that is used for discharging with constant flow rate flowing material with material-storage jar; A gap drive lath load-transfer device that has the hole that is used for storage container, lath has held the flanging that will be filled with the container of high viscosity fluid material with the peripheral part in its this hole, and described flanging forms around the edge of vessel port; A hammer that knocks container, it comprises pillar and the tup that is fixed on pillar one end; A level and put can two-way rotation axle drive shaft, be fixed on that this axle is gone up and during the two-way rotation of this axle, tup just knocks the bottom of the container that lath held that is positioned at ideal position when the other end of pillar like this; With a part that prevents that container from jumping out, this part surface is at least a portion of the periphery of vessel port, and separates a distance less than container height with the periphery of vessel port.
Explain the present invention with reference to the accompanying drawings in more detail, wherein:
Fig. 1 shows according to the present invention the embodiment of the device of filling high-viscosity material in an appropriate containers to Fig. 5; Fig. 1 is the vertical section figure of this device, and Fig. 2 is a front view, and Fig. 3 is the cross sectional drawing that III-the III line is got along Fig. 2, and Fig. 4 is the cross sectional drawing that IV-the IV line is got along Fig. 2, and Fig. 5 is the cross sectional drawing that V-the V line is got along Fig. 2.
Fig. 6 shows the embodiment of the used apparatus for leveling of the present invention to Figure 10; Fig. 6 is the plan view of this device, and Fig. 7 is a front elevation, and Fig. 8 is a lateral plan, and Fig. 9 is the view profile that IX-the IX line is got along Fig. 7, and Figure 10 is the view profile that X-the X line is got along Fig. 8;
Figure 11 and Figure 12 show the overall schematic of the wrapping machine that comprises above-mentioned two devices, and Figure 11 is the planar view of wrapping machine, and Figure 12 is its lateral plan;
Figure 13 and Figure 14 are the scheme drawings of the filling operation of explanation conventional apparatus.
Figure 15 is the scheme drawing of explanation according to the filling operation of apparatus of the present invention.With
Figure 16 is the scheme drawing of explanation leveling work.
Comprise that a wrapping machine according to apparatus of the present invention has a lath load-transfer device 11, as Figure 11 that whole wrapping machine schematically is described and shown in Figure 12.Here vocabulary " forward; forward or forward " is meant according to the throughput direction of load-transfer device and the direction (in Figure 11 and Figure 12 middle finger direction towards right-hand side) of being transported container by load-transfer device, and vocabulary " backward, backwards or backward " be meant with above-mentioned side in the opposite direction.In addition, direction " right and a left side " is to limit with respect to direction " forward, forward or forward " here.The device 12 of transport box is positioned at the starting point of the travel line that moves on lath load-transfer device 11 edges, and the lath load-transfer device is equipped with a series of devices backward, comprises 14, one capping devices 15 of 13, one apparatus for leveling of a device for filling and a capping apparatus 16 in order.And, a band conveyor 17 is positioned at lath load-transfer device 11 fronts, form a travel line that extends towards left-hand side as starting point with lath load-transfer device fwd position, the container switch 18 that He Yitai is positioned at and extends to the starting point of band conveyor 17 from the terminal point of lath load-transfer device 11.
In said apparatus, except lath load-transfer device 11, other device outside device for filling 13 and the apparatus for leveling 14 does not directly relate to device of the present invention, and other this traditional class device also can use in the present invention.So, for simplicity, omitted explanation here to this class device.
Lath load-transfer device 11 is shown in Fig. 1 in Figure 10, it has a pair of right side and left ring chain 21, ring chain 21 be parallel to each other and put and in a vertical plane surface circulating motion, also have and a large amount of between ring chain, extend and lath 22 fixed thereon.It vertically is processed with section near oval-shaped six holes 23 in each lath 22 upper edge, makes the vertical of long axis of ellipse and lath 22 coincide.The flanging of disc shaped container C is held by lath by means of the periphery in hole 23 and supports.In this connection, chain 21 is driven with gap by the device (not shown) of a chain drive-belt.
To shown in Figure 5, device for filling 13 comprises that two are held flowing material as Fig. 1, is positioned at the material-storage jar 31 that lath load-transfer device top also is positioned at its both sides abreast; Six pumps 34 of filling flowing material a piston 33 is arranged in each pump, and the bottom of per three pumps are connected on any one material-storage jar 31 by a vertical connection pipe 32 in the container; Six filling mouths 37 of filling flowing material in the container, each filling mouth all is connected to and is bearing on each pump 34 by means of a horizontal shaft 35 and support arm 36, thereby can freely swing; With the device that with horizontal shaft 35 is center of oscillation swing support arm 36.
An outlet pipe 38 is installed on the diapire of each material-storage jar 31, and this material-storage jar is preferably with a device (not shown) of keeping its internal pressure, and the upper end of connection pipe 32 communicates with this outlet pipe 38.A guiding valve 39 that is used to open and close the tube interior passage is positioned at the centre of connection pipe 32.Guiding valve 39 and connection pipe 32 vertical and put and comprise one towards front and back to cylinder blanket 40 that extends and the valve rod 42 that has a vertical connection path 41, this valve rod 42 is housed inside in the shell 40 and is used for being communicated with the top and bottom of connection pipe 32.Valve rod 42 has a valve rod that forwards stretches out 43, is connected with a rod member 44 at the front end of valve rod 43, and rod member 44 seesaws under a unshowned device effect.Hot water sleeve 45 has surrounded the part that almost whole casing 40 and connection pipe 32 are stretched out by shell 40 downwards, in case fluid stopping body material solidifies.
In container the pump 34 of filling flowing material comprise one towards front and back to the main wall 46 that extends and be parallel to the shell 40 of guiding valve 39; With an end wall 47 that has sealed main wall front end.Inlet 48 up is positioned at main wall 46 front ends and is connected with the lower end of connection pipe 32.Near the bottom of end wall 47, provide of the outlet 49 of a size less than inlet 48.Piston 33 has a piston rod that stretches out backward 50, and the ⒃ joke is encouraged and said declining earwig four children pang Huan's gum think of 1, and rod member 51 seesaws under a unshowned device effect.
To extension, and its rear end is fixed on the end wall 47 of filling pump 34 towards front and back for horizontal shaft 35, thereby sealed delivery side of pump 49.Horizontal shaft 35 has the hole 52 of axial processing, and the sealing of the bottom in hole 52 is also extended towards the place ahead from the rear end of horizontal shaft, and horizontal shaft 35 also has a radially processing, and from the hole 53 that the front end of horizontal shaft extends down, axially the open rearward end of machining hole 52 with export 49 and engage.
Support arm 36 also is used as from the pipeline of filling pump 34 to filling mouth 37 conveyance fluid materials, and it comprises 54 and L shaped 55(of pipe down of the vertical upward pipe side-looking that is interconnected).The cylindrical member 56 of a lateral rotation is positioned at the upper end of pipe 54, this cylindrical member 56 cooperates with the wider portion of horizontal shaft 35 outside faces slidably and is inserted on this wider portion, and the wide portions of described horizontal shaft 35 outside faces has comprised the open circumferential that the radially machining hole 53 of opening is arranged on horizontal shaft 35 outside faces.A hot water sleeve 56 has surrounded whole pipe and the cylindrical member 56 of going up.At the outside face of hot water sleeve 57, the recess ingear ridge 58 of that stretch out forward and a connecting rod 66 is arranged.
Filling mouth 37 is cylindrical, and an inlet pipe 59 backwards is positioned near the lower end of filling mouth outer cylinder surface, and inlet pipe is connected with the top of the following pipe 55 of support arm 36.The inside face of filling mouth 37 has identical diameter, even also be identical at discharge gate 60 places that are positioned at its lower end.In the filling mouth, be inserted with a valve plug 61.Because the surface of filling mouth and valve plug is mutual moving contact, so they are preferably made by stupalith.On the other hand, in the upper end of filling mouth 37, there is a cylindrical hull 62 to arrange in a line with filling mouth 37.In the upper end of cylindrical hull 62, a fluid pressure cylinder of putting down 63 is arranged, thereby sealed the opening of cylindrical hull.The piston rod 64 of fluid pressure cylinder extends and is connected by means of an attaching parts 65 upper end of valve plug 61 in cylindrical hull 62.
The device of swing filling mouth comprises a waling stripe 66 that strides across support arm 36, with a fluid pressure cylinder 70 that has a piston rod 69, this piston rod 69 contains the left end portion (being right end portion among Fig. 2) that attaching parts 68 and 67 is connected connecting rod 66 by a pair of containing and quilt.At the lower edge of connecting rod 66, be processed with six recesses 71 along its length, the interval and filling mouth engagement of described recess 71 to equate, described interval equals the interval between the filling mouth 37.Each recess 71 all meshes with each corresponding engagement ridge 58.
As Fig. 5 in more detail shown in, be processed with a projection 72 being contained on the attaching parts 67, be processed with a recess 73 containing on the attaching parts 68.Like this, when projection 72 meshed with recess 73, a connecting pin 74 just can pass and contain and quilt containing attaching parts.Connecting pin 74 can freely insert and withdraw from two attaching partss 67 and 68, so by inserting or withdraw from connecting pin, two attaching partss 67 and 68 are jump out of mesh freely.
From Fig. 2 as seen, the piston rod 69 of fluid pressure cylinder 70 not only stretches out towards the right direction of fluid pressure cylinder 70, also stretch out towards its left direction, a cylindrical external thread spare 75 is threaded in the top of fluid pressure cylinder 70, and a cylindrical female part 76 is screwed on the external thread piece.Inner thread piece 76 is used as the block of piston rod 69, has just controlled the stroke of piston rod 69 when seesawing by part 76 is contacted with the end wall of fluid pressure cylinder 70 like this.Therefore, just might regulate the size of the pivot angle of filling mouth 37, this will be described in more detail below.
In addition, processed a microscler through hole 86 at adapter plate 80 upper edge left and right directions, the male thread portion 88 of securing rod 87 passes slotted hole 86.Male thread portion 88 also screws in the tapped through hole 89 of processing on slide plate 79 in addition.Unclamp securing rod 87, rotating band handle bolt 83 just can make slide plate 79 two directions with about fluid pressure cylinder 70 edges move forward and backward.According to this operation, the angular range of filling mouth 37 swing can Be Controlled, as hereinafter explaining.
Explain the working process of filling high viscosity fluid material in a container now.At first, as shown in Figure 1, suppose that guiding valve 39 opens, the piston 33 of filling pump 34 is positioned at the end position that travels forward of the stroke that seesaws, and the valve plug 61 of filling mouth 37 is in the decline state, and the discharge gate 60 of filling mouth is closed.If from then on state is to swivel motion for piston 33, the flowing material of a constant number is just in material-storage jar 31 drawing pumps 34.Then, if piston 33 travels forward, and close the also discharge gate 60 of open fill mouth 37 of guiding valve 39, the flowing material in pump 34 just flows into filling mouth 37 by the internal pipeline of horizontal shaft and support arm 36, and flowing material is discharged by discharge gate 60 then.In this process, the piston rod 69 of fluid pressure cylinder 70 stretches out with swing filling mouth 37 from its retracted mode, makes it from swinging to towards the right direction bevelled state, shown in the long and short dash line among Fig. 2 towards left direction bevelled state.
The size and the scope of filling mouth oscillating stroke are controlled as previously explained like that, and like this, when discharge gate 60 was faced container C, filling mouth 37 was swung and made the discharge gate 60 of filling mouth cross over container C from dextrad to the left-hand.As a result, flowing material is discharged into container C and can cause any excessive accumulation, and the flowing material that enters certainly in the container is not fully smooth, as shown in figure 15.Like this, after filling operation is finished, the piston rod 69 of fluid pressure cylinder 70 turns back to the state of its withdrawal, filling mouth 37 is along swinging in the opposite direction with above-mentioned side, and the container C that is full of flowing material below the filling mouth 37 is replaced by the container C of a sky, the former is sent to subsequent processing, as the operation of airtight container.In this process, above-mentioned work is repeated, and filling pump 34 is refilled by the flowing material from material-storage jar 31 like this.
Apparatus for leveling 14 is used for making that to enter the flowing material of container C according to said process smooth fully, as shown in figure 16, this device 14 comprises a lath load-transfer device 11, and lath load-transfer device 11 has the hammer 94 that knocks container, with a part 95 that prevents that container from flying out, arrive shown in Figure 10 as Fig. 6.As shown in Figure 9, hammer 94 comprises a left side and the right pillar 96 that a pair of on even keel is parallel and put, 12 tups are crossed over this connection rod member 97 to pillar by one and are installed in this to the front end of pillar 96 and up, distribute to a container C that supports by a lath 22 (in this case for per two of these tups, always have six containers), this lath is positioned at an ideal position.The rear end of two pillars 96 is fixed on the horizontal shaft spare 99.The two ends of horizontal shaft spare 99, the bearing 102 and 103 by separately is bearing on a pair of left and right sides support 100 and 101, and these two supports 100 are relative with 101 thirty years of age, and lath load-transfer device 11 is remained between them.The right-hand member of horizontal shaft spare 99 stretches out to right-hand from right support 101, and the base portion of swing arm 104 is fixed on the external part of horizontal shaft spare 99.As shown in Figure 8, near the front end on the swing arm 104, be processed with an elongated slot 105, a negative thread slide block 106 is inserted in the elongated slot 105 and mode and elongated slot 105 engagements being free to slide, screw rod 107 engagements of a negative thread slide block 106 and a band handle make negative thread slide block 106 can move forward and backward in elongated slot 105 by rotating screw bolt 107.Have the horizontal pin 108 of an one processing on the negative thread slide block 106, horizontal pin 108 stretches out towards right-hand, and the piston rod 110 of fluid pressure cylinder 109 is connected with this horizontal pin.As shown in figure 10, the base portion of fluid pressure cylinder 109 is connected with eccentric shaft 111.Eccentric shaft 111 integrally is installed on the fabricated section 112, and fabricated section 112 is fixed by bolts to the left end of axle drive shaft 113.Axle drive shaft 113 is by 114 supportings of two bearings, and at its right-hand member, the gear 115 of a common running is installed on the axle drive shaft.Gear 115 and one are fixed on driven wheel 117 engagements on the output shaft of motor 116.
Prevent that the part 95 that container flies out from being the shaft-like part of level (as 12 altogether), the shaft-like part of level is installed in a pair of along on the front and back horizontal shaft spare 118 of left and right directions leap load-transfer device 11, and be similar to tup 98, per two shaft-like parts of level are distributed to a container C (always having six containers in this case), as shown in Figure 6 and Figure 7.
If starter motor 116 makes axle drive shaft 113 rotations, hunting motion just is delivered on the swing arm 104 that makes the container vibrations by a crank mechanism of being made up of eccentric shaft 111 and fluid pressure cylinder 109.Along with the swing of swing arm 104, horizontal shaft spare 99 is just followed two-way rotation like this, the result, and the tup 98 of hammer 94 is just swung on horizontal shaft spare 99, thereby knocks the container C that is full of flowing material as a band fulcrum rod member.Container C just can shake like this, and its result is exactly that filling is advanced container C and the flowing material of emerging is flattened in container C.The amplitude of vibration and the frequency of vibrations can suitably be selected according to the character of container contents, and its object lesson is that amplitude of vibration is 5mm, and frequency is the 3-4 cycle per second.As preamble has been explained, just can regulate amplitude of vibration by the position that changes negative thread slide block 106 simply, and be the scalable vibration frequency by the rotative speed that changes motor 116.In addition, make the piston rod 110 of fluid pressure cylinder 109 move back and forth the height that can change tup 98, this device promptly might be applicable to the various container C that the degree of depth is different like this.On the other hand, when hammer 94 knocks container C, container C often from processing at lath 22 and hold the hole 23 with supporting container C and fly out.Yet,, just can prevent this trend fully because the existence of the part 95 that prevents that container from flying out is arranged.Moreover, if part 95 is given a container C blow with the container C collision, then this bump makes the tolerant smooth of container with the swing of filling mouth to the comprehensive effect of container generation.
Go through as top, according to device of the present invention, between matter era, the filling mouth can be with suitable amplitude of vibration and wobbulation at filling high viscosity fluid in container.So, this device just might be in container this flowing material of filling and make it smooth as much as possible, can when cartridge, not emerge.
Claims (6)
1, a kind of in appropriate containers the device of filling high viscosity fluid material, comprise a material-storage jar (31) that is used to hold the high viscosity fluid material; Have with constant flow rate and discharge the device of flowing material and the communication apparatus that communicates with material-storage jar; With a filling mouth of discharge side bonded assembly (37) of communication apparatus, the discharge gate of Qu Xiang filling mouth is positioned at the top of the load-transfer device track of transport box (C) just down; Support arm (36) with upper part and end portion, the filling mouth (37) that has a valve plug (61) is installed in the end portion of support arm; One with the mode of the two-way rotation freely horizontal shaft (35) in the upper part of support arm support arm (36); With the device that with the horizontal shaft is center of oscillation swing support arm.
2, device for filling according to claim 1, wherein the device with constant flow rate discharge flowing material comprises a shifter and pump one piston apparatus.
3, device for filling according to claim 1, wherein support arm (36) has a hot water sleeve.
4, device for filling according to claim 1, wherein material-storage jar (31) has the device of keeping its internal pressure.
5, device for filling according to claim 1, wherein the filling mouth (37) of filling flowing material and valve plug (61) have the surface of mutual moving contact in container, and they are made by stupalith.
6, a kind of in container the device of filling high viscosity fluid material, comprise a material-storage jar (31); The device of discharging flowing material and communicating with material-storage jar with constant flow rate; A gap drive lath load-transfer device (11) that has the hole (23) of storage container (C), lath (22) has held the flanging that will be filled with the container of high viscosity fluid material with the peripheral part in its this hole, and described flanging forms around the edge of vessel port; A hammer (94) that knocks container, it comprises pillar (96) and is fixed on tup (98) on pillar one end; A level and put can two-way rotation axle drive shaft (99), be fixed on that this axle is gone up and during the two-way rotation of this axle when the other end of anti-post like this, tup (98) just knocks the bottom of the container (C) that the lath (28) that is positioned at ideal position held; With a part (95) that prevents that container from jumping out, this part surface is at least a portion of the periphery of container (C) opening, and separates a distance less than container (C) height with the periphery of vessel port.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 88100091 CN1013754B (en) | 1988-01-08 | 1988-01-08 | Device for filling viscous material |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 88100091 CN1013754B (en) | 1988-01-08 | 1988-01-08 | Device for filling viscous material |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1034697A true CN1034697A (en) | 1989-08-16 |
| CN1013754B CN1013754B (en) | 1991-09-04 |
Family
ID=4831168
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 88100091 Expired CN1013754B (en) | 1988-01-08 | 1988-01-08 | Device for filling viscous material |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1013754B (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100425507C (en) * | 2003-01-16 | 2008-10-15 | 太阳油墨制造株式会社 | Filling device and method |
| CN101190717B (en) * | 2003-01-16 | 2010-06-02 | 太阳油墨制造株式会社 | Filling device and method |
| CN101565108B (en) * | 2009-06-08 | 2011-04-20 | 楚天科技股份有限公司 | Rotary disk valve pump pouring device and pouring quantity automatic regulation mechanism thereof |
| CN105366085A (en) * | 2015-11-09 | 2016-03-02 | 侯豫 | Automatic unguent base tray-loading equipment |
| CN109229454A (en) * | 2018-08-16 | 2019-01-18 | 安徽朗凯奇建材有限公司 | A kind of High-viscosity waterproof paint pot-type equipment |
| CN112027129A (en) * | 2020-09-14 | 2020-12-04 | 深圳市路安仪器设备有限公司 | Round tube packaging equipment for food powdery materials |
-
1988
- 1988-01-08 CN CN 88100091 patent/CN1013754B/en not_active Expired
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100425507C (en) * | 2003-01-16 | 2008-10-15 | 太阳油墨制造株式会社 | Filling device and method |
| CN101190717B (en) * | 2003-01-16 | 2010-06-02 | 太阳油墨制造株式会社 | Filling device and method |
| CN101565108B (en) * | 2009-06-08 | 2011-04-20 | 楚天科技股份有限公司 | Rotary disk valve pump pouring device and pouring quantity automatic regulation mechanism thereof |
| CN105366085A (en) * | 2015-11-09 | 2016-03-02 | 侯豫 | Automatic unguent base tray-loading equipment |
| CN105366085B (en) * | 2015-11-09 | 2019-01-04 | 嘉兴柴薪科技有限公司 | A kind of ointment substrate automatic disc filling equipment |
| CN109229454A (en) * | 2018-08-16 | 2019-01-18 | 安徽朗凯奇建材有限公司 | A kind of High-viscosity waterproof paint pot-type equipment |
| CN112027129A (en) * | 2020-09-14 | 2020-12-04 | 深圳市路安仪器设备有限公司 | Round tube packaging equipment for food powdery materials |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1013754B (en) | 1991-09-04 |
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