CN200989864Y - Batting viscolizer for producing solid or plant-like samples - Google Patents
Batting viscolizer for producing solid or plant-like samples Download PDFInfo
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- CN200989864Y CN200989864Y CN 200620136683 CN200620136683U CN200989864Y CN 200989864 Y CN200989864 Y CN 200989864Y CN 200620136683 CN200620136683 CN 200620136683 CN 200620136683 U CN200620136683 U CN 200620136683U CN 200989864 Y CN200989864 Y CN 200989864Y
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Abstract
The utility model relates to a flap-type homogenizer which includes a shell and a pair of flap plate. A crushing chamber in the shell is provided with a hilar plate; the flap plate is arranged in the crushing chamber and is driven by a motor system and a converter to carry out the come-and-go motion; wherein the motor system is supported by a sliding support structure in the shell; the sliding support structure is provided with a guide hub which is axially parallel to a sliding shaft of the flap plate; the sliding support structure is moved by the control of a built-in worm which is arranged in the shell and which is axially parallel to the sliding shaft of the flap plate; the exterior of the shell is provided with a worm rotation control mechanism; the shell is also provided with a graduation which adjusts the position of the support structure in the chamber; one end of a marking rod is connected with the support structure and the other end of the marking rod is corresponding to the graduation position. The flap-type homogenizer of the utility model solves the problems of that the arrangement of the elastic bag is not easy and the time is wasted, or the homogenization effectively is reduced, even the elastic bag is cracked, etc. which are caused by that the two flap plates are not in the same plane.
Description
Technical field
The utility model relates to a kind of Patting type homogenizer for preparing solid or plant class sample, is used to carry out microbiological analysis or test, for example, and the bacterium test.
Background technology
Generally speaking, for processing and the preparation of carrying out this type, sample is placed on the interior side of foil-type plastic bag of transparent outfit filter membrane, and filter membrane is divided into the both sides that the space reduces relatively to foil-type plastic bag, and the opposite side of filter bag then is the sampler space.
Usually, we add physiological saline to sample that will be analyzed, by mechanical activity the solid matter in the sample are soaked then, during from a side (sampler space) sample analysis of filter bag, solid portion was finished with separating promptly of liquid part, and solid portion is retained in the filter bag opposite side.
Can carry out chemistry or bacterial analysis to sampling solution then, for example, by rotation inoculation instrument, sample capacity can be by dispensing on revolving double dish surface.
Above-mentioned mechanical activity is finished by a kind of homogenizer usually, and this homogenizer contains one smashs cavity to pieces, and the activity that it is moved back and forth perpendicular to door-plate and work by holder (being used for supporting the door-plate of flexible bag) and two is bounced plate and formed.Certainly, flexible bag is during facing to the continuously extruded flexible bag of door-plate, even bounce plate when door-plate is nearest, still leaves approximately the space suitable with flexible bag thickness between it and the door-plate and avoids destroying flexible bag as far as possible.
Till today, manufacturer decides this at interval according to the average thickness of the flexible bag of the sample that has contained the needs analysis always.
In fact this solution exists certain deficiency, and particularly the thickness when flexible bag is thinner than the average thickness of estimating, perhaps the solid sample volume in the bag has surpassed this average thickness.In fact, first kind of situation can cause the homogeneous deficiency, second kind of situation, and especially when solid sample was very hard, flexible bag even whole instrument may be damaged.
A vibroshock is installed is made and bounce plate when door-plate is nearest bouncing between plate and the motor, bounce the corresponding adjustment in space between plate and the door-plate, and fact proved, the problem of being mentioned above this method can not solve.
In addition, the pulverizing cavity of the parallelepipedon formula of traditional homogenizer promptly on the one hand, bounces the cavity between plate and the door-plate, on the other hand, bounces the cavity between plate and the dividing plate.This dividing plate is intended to protect motor to avoid its sputter that may be subjected to the sample in the filter bag and guiding to bounce plate to move back and forth, use traditional homogenizer generally speaking, and the pulverizing cavity can not be got rid of by the possibility of the sample sputter in the filter bag.
In fact, in the sample homogenizing process, though sample is loaded in the bag, it still will be subjected to the intense impact that plate is bounced in activity.Even in service regeulations according to homogenizer and flexible bag, meet under the situation of specimen preparation and homogenizing process condition, flexible bag still might be broken, and the splendid attire thing also might overflow in the bag.According to top hypothesis, the part or all of splendid attire thing in the bag may be under different situations, the full almost whole comminuting space of stream.
Obviously, in order to carry out microorganism testing, as the bacterium test etc., the sample of preparation solid or plant class must meet strict sanitary condition, so that test or analysis result can not made mistakes.Therefore, be subjected to coming from the bacterial infection of previous sample for fear of flexible bag, whole pulverizing cavity must often clean.
In addition, in order to guarantee that the sample in the filter bag reaches optimal homogenizing effect, when cleaning whole cavity, parallel upright and almost take two of whole pulverizing cavity and bounce plate and must be removed, make cavity can reach next time bacterium and test desired hygienic standard.
When dismantling two beater plates; usually need use the protective cover that instrument is unscrewed the inner original paper of protection earlier; unscrew electric system and bounce connecting rod between the plate; unscrew the nut that the corresponding axle with it of plate (be usually located at and bounce the plate reverse side) is bounced in fixedly activity; clean then, assemble each parts according to the step opposite at last and make homogenizer be in state to be used with unloading process.
And use traditional homogenizer in the ordinary course of things, according to the difference of the different in kind and the suffered homogenizing time of sample in the flexible bag, even carry out a homogeneous circulation again, one or a few bulk sample may exist.Some density is higher than the sample of a given data, no matter takes which kind of homogeneous form or selects which kind of homogenizing time, all can not be by homogeneous.In fact, than the remainder quality harder part of dense timber matter more, more precisely, be that part of in the middle of concentrating in the flexible bag in the sample, and decentering part far away, because action of inertia but can more effectively be pulverized.
Microbiological analysis or test, for example, the test of the bacterium of solid or plant class sample requires sample integral body or at least one most of sample to be reached final analyzable purpose by homogeneous.This step of promptly taking a sample, for example, by rotation inoculation instrument, sample solution is distributed in the Petri dish surface that Archimedes is revolved the line rotation by the instrument of similar volumetric pipette and so on.It is breeding rapidly on double dish, analyzes on the colony counting instrument then.Thereby sample must be crushed to can be by fractographic degree.If behind the homogenizing process, sample fails to reach this feature, and above-described analytical sampling step just can not realize.
And use traditional homogenizer in the ordinary course of things, between double homogenizing process, under most of situation, not point-blank, promptly one was bounced plate and differs several centimetres before and after may bouncing plate with another piece in some cases when two activities were bounced plate and stopped.
In fact, aforesaid homogenizer contains one smashs cavity to pieces, and the activity that it is moved back and forth perpendicular to door-plate and work by holder (being used for supporting the door-plate of flexible bag) and two is bounced plate and formed.Therefore, when two were bounced plate and are in same position, promptly referring to one, to bounce plate be that the longitudinal axis and another piece bounce the plate symmetry with fixing supporting structure, and this situation is bounced in the cycle at one and only occurred twice.Generally speaking, when homogenizing process finished, under the rare occasion, two were bounced plate and can be in same position.
Not not point-blank, promptly one was bounced plate and another piece and differs several centimetres before and after bouncing plate when two activities were bounced plate and stopped.This situation is unfavorable for using effectively homogenizer.
In fact, two position differences of bouncing between the plate constitute the interior volume " heterogeneous " of cavity, and make and bounce the flexible bag of laying built-in optimum amount sample between the plate door-plate and two and become not as when they are so easy on equivalent locations, promptly one is bounced plate to be with fixing supporting structure that the longitudinal axis and another piece bounce plate symmetrical, this just causes the complicacy of homogeneous preparation process, or rather, at door-plate with do not bounce when placing flexible bag between the plate two of same position, the result can cause reducing breaking of homogeneous efficient even flexible bag.
State as top, use the homogenizer of current configuration to have certain defective, can be summarized as following some:
● bounce the adjusting and the demonstration of distance between plate and door-plate about activity;
● the cleaning of parallelepipedon formula cavity and two dismountings of bouncing plate;
● retaining and position difference that two are bounced between the plate of bulk sample.
In fact, all these defectives even they can seriously not hinder gratifying homogenizing process in systematicness ground, but still can cause the waste of plenty of time, the destroyed possibility of very important flexible bag and sample itself and adjusting and the adjusting phase, instrument can not be used etc.
The utility model content
Technical problem to be solved in the utility model is in order to reduce these defectives greatly, allow simultaneously to regulate, dismantle and install and bounce plate in easy mode, and at any time can both show the interval of bouncing between plate and door-plate, and improve two overall operations that bounce plate.
The Patting type homogenizer of this preparation solid of the present utility model or plant class sample comprises housing and a pair of plate that bounces, and the pulverizing chamber in the housing is equipped with door-plate, and flexible bag promptly is shelved on this door-plate; Bouncing plate, to be arranged on crushing chamber indoor, moves back and forth under the driving of electric system and converter; Bounce the continuously extruded flexible bag of plate, guaranteed to bounce plate apart from flexible bag farthest the time when one, another bounce plate just and flexible bag nearest; Its principal feature is, described electric system is supported by the slip supporting structure in the housing, and should the slip supporting structure have axially and the guiding hub that bounces the slip axially parallel of plate, this slip supporting structure moves down by being arranged in the housing and with the control of the embedded worm screw of bouncing plate slip axially parallel, and housing is outside equipped with a worm screw rotation controling mechanism, also be provided with the scale of regulating the position of supporting structure in cavity on the described housing, one end of a flag-rod is connected in supporting structure, and its other end is corresponding with the scale position.
Owing to the guiding hub that has axially and bounce the slip axially parallel of plate, electric system and slip supporting structure can move.Moving of they again by controlling with the embedded worm screw of bouncing plate slip axially parallel in the cavity, and an outer control gear of casing makes worm screw realize rotating, thus flag-rod that can be by a company and supporting structure and with casing on the scale that contrasts regulate the position of supporting structure in cavity.
The guiding hub comprise at least two axially with the bar or the pipe that bounce plate slip axially parallel, they pass the bearing that is fixed in cavity slidably.The roller of a crank or a band handle is fixed in vertical mode with the extended worm screw in cavity back, thereby so that is that the distance between plate and door-plate is bounced in position change that the longitudinal axis changes actuating unit with fixing supporting structure.
When using, for example, when crank rotates counterclockwise a circle, total system: worm screw-intermediate link-motor-bounce plate to move 5 millimeters backward.When adjusting the back and using, like this, total system just is fixed in its special locating slot only need to make the roller of crank or band handle be fixed on one, bounces that distance is determined between plate and door-plate.
Can notice here, opposite with traditional system, regulate and to bounce that optimal distance does not at any time need any instrument between plate and the door-plate.
Scale system can be connected in the bonding jumper that the supporting structure other end is connected in the thin bar that indicates scale parallel with the cavity longitudinal axis by an end and form, for example, it comprises the scale of millimeter system, can at any time need not to interfere instrument itself to observe the distance of bouncing between plate and the door-plate.
Bouncing plate can be positioned on the bar that connects in axial sliding with electric system.
In this case, we can imagine that one is used simply, the system that safety and efficient are high, and under the situation of tool free, fixing or dismounting on the one hand, is connected two two bars that bounce between plate and electric system, and on the other hand, two are bounced plate itself.
Therefore, this system comprises a mechanical realization, and it makes every to bounce the perpendicular position of longitudinal axis that plate is in the bar that is hinged with it, and when specifically implementing, for example, every to bounce plate vertical hinged with a sleeve pipe, and the bar that is connected in electric system is embedded in sleeve pipe again.Other examples that can reach effect same are also arranged, and for example, guide rail or several centimetres of dark corresponding apertures bounce with every that plate is vertical to be connected.
This system can also comprise another one physical construction, it can make every to bounce plate and be in vertical position, during concrete enforcement, for example an end of two bars connects two smooth things, the part of immersing oneself in of two bars is inserted in the jack of two sleeves, and to bounce plate can not serve as that axle is done any motion with they corresponding bars for every.Other examples that can reach effect same are also arranged, for example, at every bar longitudinal axis direction installation one or several guide rail or groove.
Another physical construction is taken into account, it can make every to bounce plate and their corresponding bars are fixed in homogenizing process, held stationary and constant position, during concrete enforcement, for example, on the one hand, settle an end have several centimetres of dark grooves and with two bars that bar is vertical, an annular rubber gasket is arranged in this groove.On the other hand, a groove of the circular ring type perpendicular with it is arranged in each sleeve, match with annulus.By this way, as long as the user pushes on the Y of bar gently, every bounce plate can be hinged by sleeve and its corresponding bar, homogenizer can be in state to be used again.Other examples that can reach effect same are also arranged, and for example, every bar and its corresponding sleeve are furnished with a spring tappet and a cylindrical hole.
In above-mentioned example, the end of every bar also can be furnished with chamfering, and the end of each sleeve is furnished with counterbore, makes the fixed form of its corresponding bar of each sleeve more directly perceived.
We can observe, and are different from traditional system, when carrying out above-mentioned mechanical step, make and bounce plate and fix with its corresponding bar or separate, and need not the intervention of any instrument.
In addition, we can also imagine a system, its those traditional homogenizers of homogeneous can't homogeneous effectively bulk sample, it will bounce on the plate one or several rectangular hole or form of grooves realizes these holes or groove directed in orthogonal or almost vertical with every.This or these hole or groove are in every and bounce the latter half of plate and approach the fixedly central shaft of supporting structure, are separated into equidistant axial symmetry to bounce plate to two.And they are all very approaching substantially, between only reserve one wide 0.1～5 millimeter, long 1～5 centimetre bonding jumper.
Like this, different with traditional homogenizer, the incomplete problem of sample homogeneous too high relevant for some density or that volume is too big just can obtain most of the solution.Really, use the plate that bounces of outfit said system, the sample that density is too high or volume is too big at first can be divided into several parts by bonding jumper, and these block less samples will other local separated or pulverizing in the flexible bag of accepting extruding.
In addition, we can imagine that a system makes two to bounce plate be in side by side position when stopping, and promptly one is bounced plate and another piece to bounce plate serve as that axle is symmetrical with fixing supporting structure.During concrete enforcement, an optical sensor is installed on parts in the middle of one-piece construction worm screw-intermediary agency-motor-bounce plate, for example, on motor, on electrical machine element, adorn the circular reflecting metal sheet of a slice again, for example driving and bouncing plate mutually on the arm of extension bar, so that cooperate jointly with optical sensor.Optical sensor will be electrically connected with energy releasing unit, bounce plate and will make it be in side by side position behind homogenizing process so that the latter can adjust the extruding frequency of bouncing plate thereby coordination, solve two and bounce plate and be not in conplane problem.
Adopted Patting type homogenizer of the present utility model, opposite with traditional homogenizer, solved owing to two being difficult for and the problem such as break of the reduction of waste of time or homogeneous efficient even flexible bag of bouncing that plate is not in that same plane causes that flexible bag places.
Description of drawings
Fig. 1 is the principle of work structure cut-away view of Patting type homogenizer of the present utility model.
Fig. 2 is the partial schematic diagram of Patting type homogenizer of the present utility model.
Fig. 3 is the synoptic diagram that bounces plate and drive link of Patting type homogenizer of the present utility model.
Fig. 4 is the stereographic map that bounces plate of Patting type homogenizer of the present utility model.
Fig. 5 is the stretch-out view of the position transducer of Patting type homogenizer of the present utility model.
Embodiment
Below in conjunction with accompanying drawing embodiment this Patting type homogenizer is described in further detail.
See also shown in Figure 1ly, homogenizer of the present utility model comprises a fixed sturcture, and it has the cavity 1 of a parallelepipedon formula, can be made by stainless steel.
This structure is installed on the base of shock-absorbing.The front of cavity is made of a door-plate 3, and it can be the transparency window that a fan and a vertical side are hinged.
The inner space of cavity is divided into two cavitys by dividing plate 5, upper cavity C1 and lower chamber C2.
Upper cavity C1 comprises one and drives two physical constructions of bouncing plate 6,7, bounces that plate regards to door-plate 3 (when door-plate is shut) by two in lower chamber C2 and the pulpboard of perpendicular moving linearly is formed.When door-plate was shut, door-plate 3 had constituted and has been used for shelving the holding components that contains the flexible bag 8 that needs analytic sample.
In fixed sturcture, because embed four screw V1～V4 of rectangle boring P1～P4, slide construction can endwisely slip, on synoptic diagram, slide construction is represented by a casing 2, has a motor and drive to bounce a physical construction of plate 6,7 in the casing.
For this reason, the end of every connecting rod 9,10 bounces plate 6,7 and is hinged with one respectively, and the other end passes the corresponding aperture that is fixed in the bearing on the dividing plate 5 slidably, is hinged with a spring bumper.The other end of this spring bumper again with by motor-driven bent axle V axle journal 11,, 12 are hinged.
Each root connecting rod 9,10 is for cylindrical and with the device 16,17 of separable mode and bounce plate 6,7 and be hinged.
See also shown in Figure 3ly again, this tripping device relates to a sleeve 20, and an end vertical fixing of this sleeve 20 is in bouncing plate 6.
This sleeve 20 comprises a cylindrical built-in bore hole 21, and the end that bore hole 21 is relative with bouncing plate 6 is an opening, and the other end is connected with a non-circular hole 22, and this hole 22 can almost become parallelepipedon.The bore hole 21 of porch is furnished with a ratchet configuration 23, and it can become the shape of anchor ring.
The diameter of two ends of connecting rod 9,10 and the internal diameter of bore hole 21 is almost completely kissed and, and two connecting rods 9,10 with bounce the part 24 that plate is connected and almost become parallelepipedon, almost completely identical with hole 22.
In addition, each connecting rod 9,10 end all has a circular groove 25, and an annular plastics liner is arranged in this groove 25, be used for sleeve 20 on ratchet configuration 23 cooperate jointly, can braking flexibly on mobile jib 9 when engaging to guarantee to bounce plate 6.
Easier for the work that makes the operator, as shown in Figure 4, there is the explanation of this assembling principle in the front of bouncing plate.
As shown in Figure 2, electric system 26 is by the bascule support, and this bascule comprises two parallel guide poles 27,28, and they pass the bearing that is fixed in housing 1 slidably.
The rear wall that these two bars 27,28 pass housing 1 is connected by a crosspiece 29.
The iron slide plate 33 that one end is connected in a bar 28 has constituted sign spare 32, like this, just can see movable whole axial location outside housing 1.This sign spare 32 moves at the groove 34 that is positioned on housing 1 sidewall and indicate corresponding scale 35.
In this example, vibroshock has played and has helped to be converted to the straight-line effect of connecting rod 9,10 by rotatablely moving of causing of electric system.
Increasing a drive device 37 that is screwed on the crankshaft journal 38 outside the above-mentioned shock attenuation device again, one of connecting rod 9 terminal equipment are driven device 39.
Drive device and be connected by two spiral springs arranged side by side 40,41 between the drive device.Indication as mentioned, motor are by an operating circuit control, to guarantee to be in same position when bouncing plate 6,7 quits work, bounce plate certainly and move back and forth.
In order to reach this effect, except that foregoing circuit, an optics or other sensor 42 are installed also, can measure the position, angle of the connecting rod of electric system delivery outlet, make and bounce plate 6,7 and be in same position.Therefore, circuit control motor is in same position to guarantee to bounce plate 6,7 once quitting work.
See also shown in Figure 5ly again, optics or other sensor 42 detectable vibroshocks drive the position of parts 37, and link to each other with the print circuit 43 that the motor of control electric system is supplied with by the flexible conductor 44 that can avoid shaking conduction.
In this instructions, the utility model is described with reference to its certain embodiments.But, still can make various modifications and conversion obviously and not deviate from spirit and scope of the present utility model.Therefore, instructions and accompanying drawing are regarded in an illustrative, rather than a restrictive.
Claims (10)
1, a kind of Patting type homogenizer for preparing solid or plant class sample, this homogenizer comprises housing and a pair of plate that bounces, and the pulverizing chamber in the housing is equipped with door-plate, and flexible bag promptly is shelved on this door-plate; Bouncing plate, to be arranged on crushing chamber indoor, moves back and forth under the driving of electric system and converter;
It is characterized in that, described electric system (2) is supported by the slip supporting structure in the housing (1), and should the slip supporting structure have axially and bounce plate (6, the guiding hub of slip axially parallel 7), this slip supporting structure moves down by being arranged in the housing (1) and with the control of the embedded worm screw (30) of bouncing plate slip axially parallel, and housing (1) is outside equipped with a worm screw rotation controling mechanism (31), also be provided with the scale of regulating the position of supporting structure in cavity on the described housing (1), one end of a flag-rod is connected in supporting structure, and its other end is corresponding with the scale position.
2, the Patting type homogenizer of preparation solid according to claim 1 or plant class sample, it is characterized in that, described guiding hub comprise at least two axially with bounce plate (6,7) bar of slip axially parallel or pipe (27,28), they pass the bearing that at least one is fixed in housing (1) slidably.
3, the Patting type homogenizer of preparation solid according to claim 1 and 2 or plant class sample, it is characterized in that, connecting rod (9,10) a end separately respectively with bounce plate (6,7) be hinged, the other end passes the corresponding aperture that is fixed in the bearing on the dividing plate of pulverizing the one side in the chamber (C2) slidably, and is hinged with a spring bumper; The other end of this spring bumper is hinged with the bent axle V axle journal (11,12) that is driven by electric system (2) again.
4, the Patting type homogenizer of preparation solid according to claim 3 or plant class sample is characterized in that, the described plate (6,7) that bounces all is movably connected on corresponding connecting rod (9,10) by following tripping device:
-one with bounce the fixed muffle (20) that plate (6,7) is connected, sleeve (20) comprises a built-in bore hole (21) and a non-circular hole (22) that is connected with bore hole (21);
-connecting rod (9,10) with bounce the part that plate (6,7) is connected and be parallelepipedon, and be complementary with hole (22) on the sleeve (20).
5, the Patting type homogenizer of preparation solid according to claim 4 or plant class sample, it is characterized in that, the porch of described built-in bore hole (21) is furnished with a ratchet configuration (23), and each connecting rod (9,10) end all has a circular groove (25), an annular plastics liner is arranged in this groove (25), and be complementary with ratchet configuration (23) and combine.
6, the Patting type homogenizer of preparation solid according to claim 3 or plant class sample, it is characterized in that, the crankshaft journal (38) that described electric system (2) drives is provided with and drives device (37), connecting rod (9) end is provided with one and is driven device (39), drive device (37) and driven between the device (39) and be connected by two spiral springs arranged side by side (40,41).
7, the Patting type homogenizer of preparation solid according to claim 3 or plant class sample is characterized in that, described electric system (2) is connected with an operating circuit and controls.
8, the Patting type homogenizer of preparation solid according to claim 7 or plant class sample is characterized in that, the sensor (42) of the position, angle of a connecting rod of measuring electric system (2) delivery outlet also is installed in the described electric system (2).
9, Patting type homogenizer according to claim 8 is characterized in that, described sensor (42) is an optical sensor.
10, Patting type homogenizer according to claim 8, it is characterized in that, described sensor (42) is the sensor that detectable vibroshock drives the position of part (37), and this sensor (42) is connected with the print circuit (43) that the motor of control electric system (2) is supplied with by the flexible conductor (44) that can avoid shaking conduction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620136683 CN200989864Y (en) | 2006-09-22 | 2006-09-22 | Batting viscolizer for producing solid or plant-like samples |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620136683 CN200989864Y (en) | 2006-09-22 | 2006-09-22 | Batting viscolizer for producing solid or plant-like samples |
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| Publication Number | Publication Date |
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| CN200989864Y true CN200989864Y (en) | 2007-12-12 |
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| CN 200620136683 Expired - Lifetime CN200989864Y (en) | 2006-09-22 | 2006-09-22 | Batting viscolizer for producing solid or plant-like samples |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103357334A (en) * | 2012-04-02 | 2013-10-23 | 昆山市华奎机械电子有限公司 | Panting type sterile homogenizer |
| CN104988053A (en) * | 2015-07-21 | 2015-10-21 | 云南中烟工业有限责任公司 | Slapping type homogenizer with slapping body having convex surface |
| CN105344285A (en) * | 2015-11-12 | 2016-02-24 | 河南豫冠化工科技开发有限公司 | Bilateral slapping type homogenizer |
| CN107694447A (en) * | 2017-10-16 | 2018-02-16 | 曹茂娟 | A kind of bidirectional cam Patting type homogenizer |
| CN107881100A (en) * | 2017-12-08 | 2018-04-06 | 中国环境科学研究院 | Bionical dry type anaerobic fermentation system and method |
| CN108686738A (en) * | 2017-04-11 | 2018-10-23 | 深圳市芭田生态工程股份有限公司 | Pendulum jumbo bag crushing plant and jumbo bag materials inside breaking method |
-
2006
- 2006-09-22 CN CN 200620136683 patent/CN200989864Y/en not_active Expired - Lifetime
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103357334A (en) * | 2012-04-02 | 2013-10-23 | 昆山市华奎机械电子有限公司 | Panting type sterile homogenizer |
| CN104988053A (en) * | 2015-07-21 | 2015-10-21 | 云南中烟工业有限责任公司 | Slapping type homogenizer with slapping body having convex surface |
| CN104988053B (en) * | 2015-07-21 | 2017-09-22 | 云南中烟工业有限责任公司 | A kind of slap type homogenizer that body is flopped with convex surface |
| CN105344285A (en) * | 2015-11-12 | 2016-02-24 | 河南豫冠化工科技开发有限公司 | Bilateral slapping type homogenizer |
| CN105344285B (en) * | 2015-11-12 | 2017-08-04 | 河南豫冠化工科技开发有限公司 | Bilateral slap type homogenizer |
| CN108686738A (en) * | 2017-04-11 | 2018-10-23 | 深圳市芭田生态工程股份有限公司 | Pendulum jumbo bag crushing plant and jumbo bag materials inside breaking method |
| CN107694447A (en) * | 2017-10-16 | 2018-02-16 | 曹茂娟 | A kind of bidirectional cam Patting type homogenizer |
| CN107881100A (en) * | 2017-12-08 | 2018-04-06 | 中国环境科学研究院 | Bionical dry type anaerobic fermentation system and method |
| CN107881100B (en) * | 2017-12-08 | 2021-04-09 | 中国环境科学研究院 | Bionic dry anaerobic fermentation system and method |
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