CN108759751A - A kind of collodion silk width size and elastomeric check device - Google Patents
A kind of collodion silk width size and elastomeric check device Download PDFInfo
- Publication number
- CN108759751A CN108759751A CN201810590454.7A CN201810590454A CN108759751A CN 108759751 A CN108759751 A CN 108759751A CN 201810590454 A CN201810590454 A CN 201810590454A CN 108759751 A CN108759751 A CN 108759751A
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- collodion silk
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- magnetic field
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01B—MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS; MEASURING ANGLES; MEASURING AREAS; MEASURING IRREGULARITIES OF SURFACES OR CONTOURS
- G01B21/00—Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant
- G01B21/02—Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant for measuring length, width, or thickness
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
- G01M5/00—Investigating the elasticity of structures, e.g. deflection of bridges or air-craft wings
- G01M5/0025—Investigating the elasticity of structures, e.g. deflection of bridges or air-craft wings of elongated objects, e.g. pipes, masts, towers or railways
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
- G01M5/00—Investigating the elasticity of structures, e.g. deflection of bridges or air-craft wings
- G01M5/0075—Investigating the elasticity of structures, e.g. deflection of bridges or air-craft wings by means of external apparatus, e.g. test benches or portable test systems
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- General Physics & Mathematics (AREA)
- Engineering & Computer Science (AREA)
- Aviation & Aerospace Engineering (AREA)
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Abstract
The invention discloses a kind of collodion silk width size and elastomeric check device, structure includes collodion silk detection control box, the second pressing control button, second charging aperture, charging port, the outlet that is disposed, support fixed column, support underframe, installation fixed pan；Support underframe by install fixed pan with support fixed column, be connected, support underframe is set to below collodion silk detection control box, a kind of collodion silk width size of the present invention and elastomeric check device, it can be after it be produced, in the detection to it into line width and elasticity, by the apparent raw material of its color spray, to remind staff, by the different raw material of color spray, the problem of to differentiate its, it is easily detected.
Description
Technical field
The present invention is a kind of collodion silk width size and elastomeric check device, belongs to collodion silk detection device field.
Background technology
The rubber latex thread that we often say i.e. rubber thread, belongs to natural rubber, is taken from rubber tree juice, they are extremely precious,
Because daily every rubber tree can only 30 milliliters of latex juice of output, an emulsion products at least need for one day to one and half time complete
It is fairly time consuming and a kind of product that material is precious at making, using latex as primary raw material when post-production makes, in addition other
The raw material of industry is such as：Twenties kinds in total of titanium dioxide, zinc oxide, sulphur, etc., then be reloaded into tank by stirring, homogeneous；It is logical
Filtering, the surface smooth cross section made from extrusion molding is linear, is directly entered after extrusion containing a certain proportion of acetic acid, with one
The water of constant temperature degree removes acetic acid；It to be dried after water outlet, desulfurization process, carry out being pressed into band according still further to desired width.
But the prior art for current collodion silk since its many is all comparatively fine, it is detected more
Trouble, time consumption and energy consumption is also larger, and the means of detection are not only time-consuming and laborious, but also to the excessive or too small of detected collodion silk width
Effective differentiation can not be done, so as to cause targetedly counte-rplan cannot be done to the problem of collodion silk.So more collodion silk compared with
Difficulty is just occurred directly in the market by detection.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of collodion silk width sizes and elastomeric check to fill
Set, with solve it is existing for current collodion silk since its many is all comparatively fine, it is detected and is more troublesome, take
Energy consumption is also larger, and can not do effective differentiation to the excessive or too small of detected collodion silk width, so as to cause cannot
Targetedly counte-rplan are done to the problem of collodion silk, so more collodion silk is more difficult just to occur directly in asking in the market by detection
Topic.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of collodion silk width size and
Elastomeric check device, structure include collodion silk detection control box, the second pressing control button, second charging aperture, charging port, place
Reason finishes outlet, support fixed column, support underframe, installation fixed pan, first charging aperture, the first pressing control button：
The first pressing control button insertion is installed on inside collodion silk detection control box, the second pressing control button
Embedded to be installed on inside collodion silk detection control box, the first pressing control button is installed on same with the second pressing control button
In plane, the second charging aperture is installed on collodion silk detection control box outer surface of cupular part, the first charging aperture and the second charging
Mouth, first charging aperture are installed on same plane, and the outlet that is disposed is installed on installation fixed pan outer surface of cupular part, institute
It states support underframe with support fixed column to be connected, the support underframe is set to below collodion silk detection control box；
The collodion silk detection control box includes pressurized jet device, guard shield, the second pressing height controller, second
By force actuators, magnetic hanging block detection device, stress injection apparatus, release material group, the second general supply to be triggered, first to be triggered
General supply, centrifugation application device, first are by force actuators, the first pressing height controller, triggering feeding equipment；
Described first by force actuators include cam, rotary shaft, bent connecting rod, the first draw ring, tighten spring, convex slide
Block, bar shaped sliding rail, compressed spring, the cam are installed in rotary shaft, and the bent connecting rod fixation is welded on the right side of cam, institute
It states the fixation of the first draw ring and is welded in bent connecting rod bottom end, the convex sliding block and cam left end movable contact, the convex sliding block
It is slidably mounted on inside bar shaped sliding rail, left side is connected with convex sliding block left side by compressed spring inside the bar shaped sliding rail
It connects；
The centrifugation application device includes setting material chamber, rotation application device, the first conducting wire, and the rotation application device is fixed
It is installed on material intracavitary portion of setting, the rotation application device includes small electric rotating machine, elastic link, absorption flabellum, the absorption fan
Leaf is uniformly mounted on small electric rotating machine surrounding by elastic link, and the small electric rotating machine is total by the first conducting wire and the first triggering
Power supply is connected
Further, the second pressing height controller includes the second limited stripper plate, second back-moving spring, second
It is connected fixed plate, the second friction screens layer, the second force controlled bar, shifting magnetic field, magnetic field to be touched, the second back-moving spring
It is installed on the second limited stripper plate outer surface of cupular part, the second linking fixed plate is limited crowded with second by second back-moving spring
Pressing plate is connected, and the second friction screens layer is welded in the second force controlled rod outer surface, the shifting magnetic field insertion installation
Inside the second limited stripper plate, the magnetic field to be touched is set to above shifting magnetic field, and the second force controlled bar is welded in
Second linking fixed plate outer surface of cupular part.
Further, the magnetic hanging block detection device includes that magnetic field bullet release, stress are waved catch bar, transmission item, inhaled
Attached hanging block, central rotating shaft, squeezes spring, adsorbing sphere at Attraction block, and the magnetic field bullet release waves catch bar rear set on stress,
The Attraction block is installed on transmission outer surface, and the absorption hanging block insertion is installed on inside Attraction block, and the central rotating shaft is embedding
Enter to be installed on stress and wave inside catch bar, the extruding spring waves catch bar with stress and is connected, and the adsorbing sphere is set to
Magnetic field bullet release side.
Further, the described second general supply to be triggered includes the second mounting electricity storage pack, second to be triggered piece, the second movement triggering
Block, the second return spring, the second draw ring, the second drawstring, described second to be triggered piece is installed on above the second mounting electricity storage pack, and described the
Two move triggering blocks and second to be triggered piece) it is installed on same plane, the second movement triggering block passes through the second return bullet
Spring is connected with second to be triggered piece, and second drawstring is installed on the second draw ring outer surface, and second drawstring is sprayed with pressurization
Injection device is connected.
Further, the material group of releasing includes charging slideway, transmission gear, linking catch bar, stress rotary squeezing wheel, the
Two limited stripper plates, spring set material lattice, installation rotating platform, extracting channel, and the charging slideway insertion, which is installed on, sets in material lattice
Portion, the transmission gear are connected by being connected catch bar with stress rotary squeezing wheel, and it is limited crowded that the spring is installed on second
Pressing plate outer surface, the spring are connected with installation rotating platform, and the extracting channel insertion, which is installed on, sets inside material lattice, described
Extracting channel is installed on inside pressurized jet device, and the transmission gear is connect with second by force actuators groove.
Further, described second by force actuators include magnetic field rotating wheel, special sliding rail wheel, sliding rail, magnetic field sliding block,
Flexible springs, limited sliding bar, turbine rod, the magnetic field rotating wheel insertion are installed on inside special sliding rail wheel, and the magnetic field is slided
Block is installed on inside sliding rail, and the flexible springs are connected with magnetic field sliding block, and the limited sliding bar is welded in outside the sliding block of magnetic field
Surface, the turbine rod insertion are installed on inside special sliding rail wheel, and the magnetic field rotating wheel passes through special sliding rail wheel and turbine rod
It is connected, the transmission gear is connect with turbine rod groove.
Further：The stress injection apparatus includes that material spray is set lattice, fixed plate, little spring, rotating platform, stress and waved
Bar, preparation channel, pulls crushing block, straight sliding rail, hard second drawstring, the prepared channel insertion to be installed on material spray and set at injector head
Inside lattice, the rotating platform is installed on inside fixed plate, and the little spring is connected with stress rocking bar, and the injector head is embedding
Enter to be installed on prepared channel interior, the pulling crushing block is installed on inside straight sliding rail, and hard second drawstring is squeezed with pulling
Block is connected.
Further, the pressurized jet device) include linking feeding tube, the second conducting wire, lead energy line, small suction pump,
Injection limiting plate, the second placement plate, sprinkler head, pressure layer, leads energy body, sliding slot, big spring, magnetic force sliding block, linking at pressurization passageway
Pushing block, transmission conducting shell, big suction pump, pumping channel, the second delivery of energy line, the linking feeding tube insertion, which is installed on, draws water greatly
Pump is internal, and second conducting wire is installed on inside transmission conducting shell, and the energy line of leading is connected with small suction pump, the injection limit
Plate is set to above small suction pump, and the pressurization passageway insertion is installed on inside small suction pump, and second placement plate is set to injection
Limiting plate rear, the sprinkler head insertion are installed on inside pressurization passageway, and the pressure layer can body and transmission conducting shell phase by leading
Connection, the big spring are connected with magnetic force sliding block, and the magnetic force sliding block insertion is installed on inside sliding slot, the linking pushing block
It is mutually welded with magnetic force sliding block, the pumping channel insertion is installed on inside big suction pump, the second delivery of energy line and big suction pump
It is connected, second drawstring is installed on linking pushing block outer surface, and the extracting channel is connected with pumping channel.
Further, the first pressing height controller includes the first limited stripper plate, (the first back-moving spring, first
It is connected fixed plate, the first friction screens layer, the first force controlled bar, fixed connecting rod, first pulley, transmission rope, second pulley, institute
It states (the first back-moving spring and is installed on the first limited stripper plate outer surface of cupular part, the first linking fixed plate resets bullet by first
Spring is connected with the first limited stripper plate, and the first friction screens layer is welded in the first force controlled rod outer surface, described solid
To determine connecting rod and is welded in the first limited stripper plate left outer surface, the first pulley is installed on fixed connecting rod upper left side, and described
Two pulleys are horizontally installed on the left of first pulley, and the first pulley is connect with second pulley by transmission rope, the transmission rope
Right end is fixed on fixed connecting rod.
Further, the triggering feeding equipment include flapper valve, feeding-passage, wait for material container, suction pipeline, suction
Pump, the mobilizable insertion of flapper valve are installed in feeding-passage, and the feeding-passage insertion, which is installed on, to be waited in material container
Portion, the suction pipeline insertion, which is installed on, to be waited for inside material container, and suction pipeline top connects charging absorption pump, and the charging absorption pump connects
Connect centrifugation application device.
Advantageous effect
A kind of collodion silk width size of the present invention and elastomeric check device, by the external world by feeding-passage, charging slideway by its
Raw material with different colours imports, and is operated to its first force controlled bar, the second force controlled bar by extraneous power,
It is adjusted to required scale, its collodion silk is delivered into, it first will be by between the first placement plate and the first limited stripper plate, such as
If when too small, being pressed down against the first limited stripper plate by the elastic force of (the first back-moving spring, the power of extruding drives fixed connecting rod
It moves down, fixed connecting rod is rotated clockwise by transmission rope, first pulley, second pulley band moving cam, at this time convex sliding block
It is moved to the right along bar shaped sliding rail under the elastic force effect of compressed spring, block valve is with convex sliding block sidesway to the right at this time
Dynamic, raw material enters along feeding-passage to be waited in material container, while cam rotates clockwise and bent connecting rod is driven to move together, is bent
Connecting rod pulls the first drawstring by the first draw ring so that first movement triggering block slides to first to be triggered piece, after the two contact, will
The first mounting electricity storage pack is triggered, charging absorption pump is connected by the first delivery of energy line, is waited for that the raw material inside material container is up taken out, is expected into setting
In chamber, while the first mounting electricity storage pack connects the small electric rotating machine of rotation application device by the first conducting wire, and small electric rotating machine passes through bullet
Property connecting rod drive absorption flabellum rotation, elastic link stretches under the action of the centrifugal force so that absorption flabellum absorption raw material is simultaneously smeared
On collodion silk, when collodion silk is transported between the second placement plate and the second limited stripper plate, when outside the second limited stripper plate
The shifting magnetic field on surface will follow its movement, when to be moved to certain position, will touch magnetic field to be touched, the two contact
When, energy will be generated, to generate magnetic field, its flexible springs is squeezed so that is mounted on the magnetic of magnetic field outside face thereof
Field sliding block will follow it to move together, and when turbine rod rotates, will be rotated together with nutating gear, transmission gear will pass through rank
Connecing catch bar drives stress rotary squeezing wheel to rotate together, its second limited stripper plate is made to squeeze its spring so that into
Raw material inflow inside material slideway is set in material lattice, its big spring is squeezed, when its magnetic force sliding block is during sliding, will be driven
Linking pushing block moves together, and big suction pump is connected by the second delivery of energy line, is set the raw material inside material lattice, up taken out, from
And by small suction pump, it is pumped into pressurization passageway,
Allow it by sprinkler head, toward collodion silk on spray, its central rotating shaft is squeezed, will when it is during shaking
Push Attraction block along transmission item sliding, the power that generation bullet is sent pushes it the absorption hanging block bullet inside Attraction block and send to glue
It is tangled on silk, when its collodion silk elasticity is inadequate, sagging height will touch stress rocking bar,
Crushing block will be pulled to be slided along straight sliding rail by hard second drawstring, the raw material inside lattice is set by material spray, is flowed
Enter in prepared channel, internal raw material is made into its coloring toward the collodion silk color spray of top by injector head, prompts staff, when
When its absorption hanging block is moved to below adsorbing sphere, by it by the attracting power in magnetic field, then sucked back, you can.
A kind of collodion silk width size of the present invention and elastomeric check device, can after it is produced, to it into line width
The detection of degree and elasticity, by the apparent raw material of its color spray, to remind staff, by the different raw material of color spray, coming
The problem of differentiating its, can not only distinguish the excessive collodion silk of width can also distinguish the collodion silk of width and the collodion silk that elasticity is inadequate, right
It easily detect and distinguish.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is the structural schematic diagram of a kind of collodion silk width size of the present invention and elastomeric check device；
Fig. 2 is the internal structure schematic diagram that a kind of collodion silk of the present invention detects control box；
Fig. 3 is the inside partial structural diagram figure one that a kind of collodion silk of the present invention detects control box；
Fig. 4 is the inside partial structural diagram that a kind of collodion silk of the present invention detects control box working condition；
Fig. 5 is a kind of internal structure schematic diagram of pressurized jet device of the present invention；
Fig. 6 is the inside partial structural diagram figure two that a kind of collodion silk of the present invention detects control box；
Fig. 7 is a kind of internal structure schematic diagram by force actuators of the invention；
Fig. 8 is a kind of structural schematic diagram of rotation application device of the present invention.
In figure：Collodion silk detects control box -1, the second pressing control button -2, second charging aperture -3, charging port -4, processing
Finish outlet -5, support fixed column -6, support underframe -7, installation fixed pan -8, first charging aperture -9, first pressing control by
Button -10, pressurized jet device -11, guard shield -12, the second pressing height controller -13, second are by force actuators -
14, magnetic hanging block detection device -15, stress injection apparatus -16, release material group -17, the second general supply -18 to be triggered, first wait touching
General supply -19, centrifugation application device -20, first are sent out by force actuators -21, the first pressing height controller -22, triggering
Feeding equipment -23, the second limited stripper plate -131, second back-moving spring -132, the second linking fixed plate -133, the second friction card
Position layer -134, the second force controlled bar -135, shifting magnetic field -136, magnetic field -137 to be touched, magnetic field bullet release -151, stress are shaken
Catch bar -152 is put, transmission item -153, absorption hanging block -154, Attraction block -155, central rotating shaft -156, spring -157 is squeezed, inhales
Attached ball -158, the second mounting electricity storage pack -181, second to be triggered piece -182, second movement triggering block -183, the second return spring -184,
Second draw ring -185, the second drawstring -186, charging slideway -171, transmission gear -172, linking catch bar -173, stress rotation are squeezed
Pinch roller -174, spring -176, sets material lattice -177, installation rotating platform -178, extracting channel-at second limited stripper plate -175
179, magnetic field rotating wheel -141, special sliding rail wheel -142, sliding rail -143, magnetic field sliding block -144, flexible springs -145, limited sliding
Bar -146, turbine rod -147, material spray set lattice -161, fixed plate -162, little spring -163, rotating platform -164, stress rocking bar -
165, injector head -166, preparation channel -167, pulling crushing block -168, straight sliding rail -169, hard second drawstring -1610, linking add
Pipe material -111, the second conducting wire -112, lead energy line -113, small suction pump -114, injection limiting plate -115, pressurization passageway -116,
Second placement plate -117, pressure layer -119, leads energy body -1110, sliding slot -1111, big spring -1112, magnetic force cunning at sprinkler head -118
Block -1113, linking pushing block -1114, transmission conducting shell -1115, big suction pump -1116, pumping channel -1117, the second delivery of energy line -
1118, the first mounting electricity storage pack -191, first to be triggered piece -192, first movement triggering block -193, the first return spring -194, third
Draw ring -195, the first drawstring -196 set material chamber -201, rotation application device -202, the first conducting wire -203, the first limited extruding
Plate -221, (the first back-moving spring -222, the first linking fixed plate -223, the first friction screens layer -224, the first force controlled bar -
225, fixed connecting rod -226, first pulley -227, transmission rope -228, second pulley -229, cam -211, rotary shaft -212, curved
Bent connecting rod -213, the first draw ring -214, tighten spring -215, convex sliding block -216, bar shaped sliding rail -217, compressed spring -218,
Flapper valve -231, feeding-passage -232 wait for material container -233, suction pipeline -234, charging absorption pump -235, small electric rotating machine -
2021, elastic link -2022, absorption flabellum -2023.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
It please refers to Fig.1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, a kind of collodion silk width size of present invention offer and bullet
Property detection device technical solution：Its structure includes that collodion silk detection control box 1, second presses control button 2, second charging aperture 3, adds
Expect port 4, the outlet 5 that is disposed, support fixed column 6, support underframe 7, installation fixed pan 8, first charging aperture 9, first by
Press control button 10；
The first pressing insertion of control button 10 is installed on inside collodion silk detection control box 1, the second pressing control
The insertion of button 2 is installed on inside collodion silk detection control box 1, and the first pressing control button 10 and second presses control button 2
It is installed on same plane, the second charging aperture 3 is installed on collodion silk detection 1 outer surface of cupular part of control box, first charging
Mouth 9 is installed on collodion silk detection 1 outer surface of cupular part of control box, and the charging port 4 is installed with second charging aperture 3, first charging aperture 9
In on same plane, 5 insertion of outlet that is disposed is installed on inside collodion silk detection control box 1, and the support fixed column 6 is welded
It is connected to collodion silk detection 1 bottom outer surface of control box, the support fixed column 6 is installed on installation 8 outer surface of cupular part of fixed pan, institute
State support underframe 7 by install fixed pan 8 with support fixed column 6, be connected, the support underframe 7 be set to collodion silk detection grasp
Make 1 lower section of case；
The collodion silk detection control box 1 includes pressurized jet device 11, the pressing height controller of guard shield 12, second
13, second by force actuators 14, magnetic hanging block detection device 15, stress injection apparatus 16, to release material group 17, second to be triggered total
Power supply 18, the first general supply 19 to be triggered, centrifugation application device 20, first are pressed height by force actuators 21, first and controlled
Device 22, triggering feeding equipment 23；
The first pressing height controller 22 includes the first limited stripper plate 221, (the first back-moving spring 222, first
It is connected the friction screens of fixed plate 223, first layer 224, the first force controlled bar 225, fixed connecting rod 226, first pulley 227, passes
Running rope 228, second pulley 229, the (the first back-moving spring 222 is installed on 221 outer surface of cupular part of the first limited stripper plate, described
First linking fixed plate 223 is connected by (the first back-moving spring 222 with the first limited stripper plate 221, the first friction card
Position layer 224 is welded in 225 outer surface of the first force controlled bar, and it is left that the fixed connecting rod 226 is welded in the first limited stripper plate 221
Side external surface, the first pulley 227 are installed on 226 upper left side of fixed connecting rod, and the second pulley 229 is horizontally installed to first
227 left side of pulley, the first pulley 227 are connect with second pulley 229 by transmission rope 228, and 228 right end of the transmission rope is solid
Due on fixed connecting rod 226.
Described first by force actuators 21 include cam 211, rotary shaft 212, bent connecting rod 213, the first draw ring 214,
Tightening spring 215, convex sliding block 216, bar shaped sliding rail 217, compressed spring 218, the cam 211 is installed in rotary shaft 212,
The fixation of the bent connecting rod 213 is welded in 211 right side of cam, and the fixation of the first draw ring 214 is welded in 213 bottom of bent connecting rod
End, the convex sliding block 216 and 211 left end movable contact of cam, the convex sliding block 216 are slidably mounted on bar shaped sliding rail 217
Inside, 217 inside left side of the bar shaped sliding rail are connected with convex sliding block left side 216 by compressed spring 218.
The triggering feeding equipment 23 includes flapper valve 231, feeding-passage 232, waits for material container 233, suction pipeline
234, charging absorption pump 235,231 mobilizable insertion of the flapper valve are installed in feeding-passage 232, the feeding-passage insertion
It is installed on and waits for inside material container 233, the insertion of suction pipeline 234, which is installed on, to be waited for inside material container 233, the suction pipeline
234 tops connect charging absorption pump 235, the connection centrifugation application device 20 of the charging absorption pump 235.
The centrifugation application device 20 includes setting material chamber 201, rotation application device 202, the first conducting wire 203, the rotation
Application device 202, which is fixedly installed in, to be set inside material chamber 201, and the rotation application device 202 includes small electric rotating machine 2021, elasticity
Connecting rod 2022, absorption flabellum 2023, the absorption flabellum 2023 are uniformly mounted on small electric rotating machine by elastic link 2022
2021 surroundings, the small electric rotating machine 2021 are connected by the first conducting wire 203 with the first triggering general supply 19.
The one triggering general supply 19 includes 191, first to be triggered piece 192 of the first mounting electricity storage pack, first movement triggering
Block 193, the first return spring 194, third draw ring 195, the first drawstring 196, described first to be triggered piece 192 is installed on the first storage
191 top of electronic box, the first movement triggering block are installed on same plane for 193 and first to be triggered pieces 192, and described first moves
Dynamic triggering block 193 is connected by the first return spring 194 with first to be triggered piece 192, and first drawstring 196 is installed on the
Three draw rings, 195 outer surface, first drawstring 196 are connected with first by force actuators 21.
The pressurized jet device 11 is connected with the second general supply 18 to be triggered, the second pressing height controller
13 insertions are installed on inside guard shield 12, and described second is connected by force actuators 14 with material group 17 is released, the magnetic hanging
Block detection device 15 is set to 16 top of stress injection apparatus.
The second pressing height controller 13 includes the second limited stripper plate 131, second back-moving spring 132, second
It is connected the friction screens of fixed plate 133, second layer 134, the second force controlled bar 135, shifting magnetic field 136, magnetic field to be touched 137,
The second back-moving spring 132 is installed on 131 outer surface of cupular part of the second limited stripper plate, the rank the second linking fixed plate 133
It is connected with the second limited stripper plate 131 by second back-moving spring 132, the second friction screens layer 134 is welded in second
135 outer surface of force controlled bar, the insertion of the shifting magnetic field 136 is installed on inside the second limited stripper plate 131, described to wait touching
Magnetic field 137 is set to 136 top of shifting magnetic field, and it is outer that the second force controlled bar 135 is welded in 133 top of the second linking fixed plate
Surface.
The magnetism hanging block detection device 15 include magnetic field bullet release 151, stress wave catch bar 152, transmission item 153,
It adsorbs hanging block 154, Attraction block 155, central rotating shaft 156, squeeze spring 157, adsorbing sphere 158, the magnetic field bullet release 151 is set to
Stress waves 152 rear of catch bar, and the Attraction block 155 is installed on 153 outer surface of transmission item, and the absorption hanging block 154 is embedded in
It is installed on inside Attraction block 155, the insertion of the central rotating shaft 156 is installed on stress and waves inside catch bar 152, the extruding bullet
Spring 157 waves catch bar 152 with stress and is connected, and the adsorbing sphere 158 is set to 151 side of magnetic field bullet release, and described second waits for
It includes 181, second to be triggered piece 182, second movement triggering block 183, the second return spring of the second mounting electricity storage pack to trigger general supply 18
184, the second draw ring 185, the second drawstring 186, described second to be triggered piece 182 is installed on the top of the second mounting electricity storage pack 181, and described the
Two movement triggering blocks 183 are installed on second to be triggered piece 182 on same plane, and described second moves triggering block 183 by the
Two return springs 184 are connected with second to be triggered piece 182, and second drawstring 186 is installed on 185 outer surface of the second draw ring,
Second drawstring 186 is connected with pressurized jet device 11.
The material group 17 of releasing includes charging slideway 171, transmission gear 172, linking catch bar 173, stress rotary squeezing wheel
174, the second limited stripper plate 175, spring 176, set material lattice 177, installation rotating platform 178, extracting channel 179, the charging
The insertion of slideway 171, which is installed on, sets inside material lattice 177, and the transmission gear 172 is by being connected catch bar 173 and stress rotary squeezing
Wheel 174 is connected, and the spring 176 is installed on 175 outer surface of the second limited stripper plate, the spring 176 and installation rotary flat
Platform 178 is connected, and the insertion of the extracting channel 179, which is installed on, sets inside material lattice 177, and the extracting channel 179 is installed on pressurization
Inside injection apparatus 11, the transmission gear 172 is connect with second by 14 groove of force actuators.
Described second is slided by force actuators 14 including magnetic field rotating wheel 141, special sliding rail wheel 142, sliding rail 143, magnetic field
Block 144, flexible springs 145, limited sliding bar 146, turbine rod 147, the insertion of magnetic field rotating wheel 141 are installed on special sliding rail
Inside wheel 142, the magnetic field sliding block 144 is installed on inside sliding rail 143, and the flexible springs 145 are connected with magnetic field sliding block 144
It connects, the limited sliding bar 146 is welded in 144 outer surface of magnetic field sliding block, and the insertion of the turbine rod 147 is installed on special sliding rail wheel
Inside 142, the magnetic field rotating wheel 141 is connected by special sliding rail wheel 142 with turbine rod 147, the transmission gear 172 with
147 groove of turbine rod connects.
The stress injection apparatus 16 including material spray set lattice 161, fixed plate 162, little spring 163, rotating platform 164, by
Power rocking bar 165, preparation channel 167, pulls crushing block 168, straight sliding rail 169, hard second drawstring 1610 at injector head 166, described
The insertion of preparation channel 167 is installed on material spray and sets inside lattice 161, and the rotating platform 164 is installed on inside fixed plate 162, described
Little spring 163 is connected with stress rocking bar 165, and the insertion of the injector head 166 is installed on inside prepared channel 167, the drawing
Dynamic crushing block 168 is installed on inside straight sliding rail 169, and hard second drawstring 1610 is connected with crushing block 168 is pulled.
The pressurized jet device 11 includes linking feeding tube 111, the second conducting wire 112, leads energy line 113, small suction pump
114, limiting plate 115 is sprayed, pressurization passageway 116, the second placement plate 117, sprinkler head 118, pressure layer 119, energy body 1110 is led, is sliding
Slot 1111, magnetic force sliding block 1113, linking pushing block 1114, transmission conducting shell 1115, big suction pump 1116, draws water at big spring 1112
Channel 1117, the second delivery of energy line 1118, the linking feeding tube 111 insertion are installed on inside big suction pump 1116, and described the
Two conducting wires 112 are installed on inside transmission conducting shell 1115, and the energy line 113 of leading is connected with small suction pump 114, the injection limit
Plate 115 is set to 114 top of small suction pump, and the insertion of the pressurization passageway 116 is installed on inside small suction pump 114, and described second puts
It sets plate 117 and is set to 115 rear of injection limiting plate, the insertion of the sprinkler head 118 is installed on inside pressurization passageway 116, the pressure
Layer 119 is connected by leading energy body 1110 with transmission conducting shell 1115, and the big spring 1112 is connected with magnetic force sliding block 1113, institute
The insertion of magnetic force sliding block 1113 to be stated to be installed on inside sliding slot 1111, the linking pushing block 1114 is welded with 1113 phase of magnetic force sliding block,
The insertion of the pumping channel 1117 is installed on inside big suction pump 1116, the second delivery of energy line 1118 and 1116 phase of big suction pump
Connection, second drawstring 186 are installed on 1114 outer surface of linking pushing block, the extracting channel 179 and pumping channel 1117
It is connected.
Spring 176 described in this patent be it is a kind of using elasticity come work machine components, zero made of elastic material
Part deforms upon under external force, restores to the original state again after removing external force, also makees " spring ", be generally made of spring steel, spring
Type complexity it is various, by shape point, mainly there is helical spring, scroll spring, flat spring, heterotypic spring etc., the straight sliding rail
169 also known as guide rail, slideway, refer to being fixed on the cabinet of furniture, drawer for furniture or cabinet plate come in and go out movable hardware connection
Component, the drawer that sliding rail is suitable for the wooden furniture such as with steel drawer such as cabinet, furniture, official document cabinet, bathroom cabinet are connect.
Its raw material with different colours is led by feeding-passage 232, charging slideway 171 by the external world when being used
Enter, its first force controlled bar 225, the second force controlled bar 135 are operated by extraneous power, are adjusted to required quarter
Degree, its collodion silk is delivered into, first will be by between the first placement plate 2210 and the first limited stripper plate 221, if too small
When, first limited stripper plate 221 is pressed down against by the elastic force of (the first back-moving spring 222, the power of extruding drives fixed connecting rod
226 move down, and fixed connecting rod 226 is clockwise with moving cam 211 by transmission rope 228, first pulley 227, second pulley 229
It rotates, convex sliding block 216 moves under the elastic force effect of compressed spring 218 along bar shaped sliding rail 217 to the right at this time, keeps off at this time
Block valve 231 moves to the right with convex sliding block 216, and raw material enters along feeding-passage 232 to be waited in material container 233, simultaneously
Cam 211, which rotates clockwise, drives bent connecting rod 213 to move together, and bent connecting rod 213 pulls first to draw by the first draw ring 214
Rope 196 so that first movement triggering block 193 slides to first to be triggered piece 192, after the two contact, will trigger the first mounting electricity storage pack
191, charging absorption pump 235 is connected by the first delivery of energy line 204, is waited for that the raw material inside material container 233 is up taken out, into setting material chamber
In 201, while the first mounting electricity storage pack 191 connects the small electric rotating machine 2021 of rotation application device 202 by the first conducting wire 203, small
Electric rotating machine 2021 drives absorption flabellum 2023 to rotate by elastic link 2022, and elastic link 2022 is drawn under the action of the centrifugal force
It stretches so that absorption flabellum 2023 adsorbs raw material and is applied on collodion silk, is limited when collodion silk is transported to the second placement plate 117 and second
Between stripper plate 131, if when excessive, by by the power of extruding, its second limited stripper plate 131 is up pushed up, thus by it
Second back-moving spring 132 is squeezed, when will follow it mounted on the shifting magnetic field 136 of 131 outer surface of the second limited stripper plate
Mobile, when to be moved to certain position, will touch magnetic field 137 to be touched will generate energy, to produce when the two contacts
Magnetisation field is released its magnetic field sliding block 144 along sliding rail 143 by the mutually exclusive power in magnetic field, by its flexible springs 145 into
Row squeezes so that the magnetic field sliding block 144 mounted on 144 outer surface of magnetic field sliding block will follow it to move together, to mobile mistake
Cheng Zhong will push special sliding rail wheel 142 to be rotated along turbine rod 147, to drive turbine rod 147 to be rotated with turbine rod 147,
It when turbine rod 147 rotates, will be rotated together with nutating gear 172, transmission gear 172 will be by being connected 173 band of catch bar
Dynamic stress rotary squeezing wheel 174 rotates together, and while its stress rotary squeezing wheel 174 rotates, it is limited crowded will to arrive to second
Pressing plate 175 makes its second limited stripper plate 175 squeeze its spring 176 so that the raw material flow inside charging slideway 171
Enter to set in material lattice 177, it is by by the mutually exclusive power in magnetic field, its magnetic force sliding block 1113 is suitable when magnetic field rotating wheel 141 rotates
The release of sliding slot 1111, its big spring 1112 is squeezed, when its magnetic force sliding block 1113 is during sliding, linking will be driven to push away
Motion block 1114 moves together, to pull the second drawstring 186 so that the second movement triggering block 183 slides to second to be triggered piece
182, after the two contact, the second mounting electricity storage pack 181 will be triggered, big suction pump 1116 is connected by the second delivery of energy line 1118, is set
Expect the raw material inside lattice 177, up take out, to by small suction pump 114, be pumped into pressurization passageway 116, be led by second
Line 112 imports its energy in transmission conducting shell 1115, so that leading energy body 1110 supplies energy to pressure layer 119, it is made to apply
Laminate layer 119 presses to 116 inside of its pressurization passageway, allows it by sprinkler head 118, toward collodion silk on spray, when collodion silk is delivered to stress
When waving 152 lower section of catch bar, stress will be pushed to wave catch bar 152 and rotated along central rotating shaft 156, by its central rotating shaft
156 are squeezed, and when it is during shaking, Attraction block 155 will be pushed to be slided along transmission item 153, when its promotion absorption
When block 155 reaches magnetic field bullet 151 lower section of release, the two contact, the power that generation bullet is sent pushes it inside Attraction block 155
Absorption 154 bullet of hanging block is sent to tangling on collodion silk, and when its collodion silk elasticity is inadequate, sagging height will touch stress rocking bar
165, to by inertia force, push it, to squeeze little spring 163, when the other end of its stress rocking bar 165 is prized outward
When dynamic, crushing block 168 will be pulled to be slided along straight sliding rail 169 by hard second drawstring 1610, be set inside lattice 161 by material spray
Raw material, flow into preparation channel 167, when that section pulls crushing block 168 up to squeeze, internal raw material passed through into injection
First 166 toward top collodion silk color spray, make its coloring, prompt staff, be moved under adsorbing sphere 158 when it adsorbs hanging block 154
Fang Shi by it by the attracting power in magnetic field, then is sucked back, you can.
The present invention is solved for current collodion silk since its many is all comparatively fine, is detected to it more numb
Tired, time consumption and energy consumption is also larger, and inconvenient also not cost-effective, is just occurred directly in the market by detection so more collodion silk is more difficult
The problem of, the present invention is combined with each other by above-mentioned component, a kind of collodion silk width size of the present invention and elastomeric check device, can
After it is produced, in the detection to it into line width and elasticity, by the apparent raw material of its color spray, to remind work people
Member the problem of to differentiate its, easily detects it by the different raw material of color spray.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (10)
1. a kind of collodion silk width size and elastomeric check device, structure includes collodion silk detection control box (1), the second pressing control
Button (2), second charging aperture (3), charging port (4), the outlet (5) that is disposed, support fixed column (6), support underframe (7),
Fixed pan (8), first charging aperture ((9)), the first pressing control button (10) are installed, it is characterised in that：
The embedded collodion silk detection control box (1) that is installed on of first pressing control button (10) is internal, the second pressing control
The embedded collodion silk detection control box (1) that is installed on of button (2) is internal, and the first pressing control button (10) is controlled with the second pressing
Button (2) is installed on same plane, and the second charging aperture (3) is installed on collodion silk detection control box (1) outer surface of cupular part, institute
It states first charging aperture (9) and is installed on collodion silk detection control box (1) outer surface of cupular part, the charging port (4) and second charging aperture
(3), first charging aperture (9) is installed on same plane, and the outlet (5) that is disposed is embedded to be installed on collodion silk detection control box
(1) internal, the support fixed column (6) is welded in collodion silk detection control box (1) bottom outer surface, the support fixed column (6)
Being installed on installation fixed pan, (8 outer surface of cupular part, the support underframe (7) is by installing fixed pan (8) and support fixed column
(6) it is connected, the support underframe (7) is set to below collodion silk detection control box (1)；
The collodion silk detection control box (1) includes pressurized jet device (11), guard shield (12), the second pressing height control dress
Set (13), second by force actuators (14), magnetic hanging block detection device (15), stress injection apparatus (16), release material group (17),
Second general supply (18) to be triggered, the first general supply (19) to be triggered, centrifugation application device (20), first are by force actuators
(21), the first pressing height controller (22), triggering feeding equipment (23)；
Described first by force actuators (21) is included cam (211), rotary shaft (212), bent connecting rod (213), the first draw ring
(214), tighten spring (215), convex sliding block (216), bar shaped sliding rail (217), compressed spring (218), cam (211) peace
Loaded in rotary shaft (212), bent connecting rod (213) fixation is welded on the right side of cam (211), first draw ring (214)
It is fixed to be welded in bent connecting rod (213) bottom end, the convex sliding block (216) and cam (211) left end movable contact, the convex
Sliding block (216) is slidably mounted on bar shaped sliding rail (217) inside, and the internal left side of the bar shaped sliding rail (217) and convex sliding block are left
End face (216) is connected by compressed spring (218)；
The centrifugation application device (20) includes setting material chamber (201), rotation application device (202), the first conducting wire (203), described
Rotation application device (202), which is fixedly installed in, sets material chamber (201) inside, and the rotation application device (202) includes small electric rotating
Machine (2021), elastic link (2022), absorption flabellum (2023), the absorption flabellum (2023) are equal by elastic link (2022)
Even to be mounted on small electric rotating machine (2021) surrounding, the small electric rotating machine (2021) passes through the first conducting wire (203) and the first triggering
General supply (19) is connected.
2. a kind of collodion silk width size according to claim 1 and elastomeric check device, it is characterised in that：Described second presses
It includes the second limited stripper plate (131), second back-moving spring (132), the second linking fixed plate to press height controller (13)
(133), the second friction screens layer (134), the second force controlled bar (135), shifting magnetic field (136), magnetic field to be touched (137),
The second back-moving spring (132) is installed on the second limited stripper plate (131) outer surface of cupular part, the second linking fixed plate
(133) it is connected with the second limited stripper plate (131) by second back-moving spring (132), the second friction screens layer (134)
It is welded in second force controlled bar (135) outer surface, shifting magnetic field (136) insertion is installed on the second limited stripper plate
(131) internal, the magnetic field (137) to be touched is set to above shifting magnetic field (136), the second force controlled bar (135) weldering
It is connected to second linking fixed plate (133) outer surface of cupular part.
3. a kind of collodion silk width size according to claim 1 and elastomeric check device, it is characterised in that：The magnetic hanging
Block detection device (15) includes that magnetic field bullet release (151), stress wave catch bar (152), transmission item (153), absorption hanging block
(154), Attraction block (155), central rotating shaft (156), extruding spring (157), adsorbing sphere (158), the magnetic field bullet release (151)
Catch bar (152) rear is waved set on stress, the Attraction block (155) is installed on transmission item (153) outer surface, and the absorption is hung
The embedded Attraction block (155) that is installed on of block (154) is internal, and central rotating shaft (156) insertion is installed on stress and waves catch bar
(152) internal, the extruding spring (157) waves catch bar (152) with stress and is connected, and the adsorbing sphere (158) is set to magnetic
Field plays release (151) side.
4. a kind of collodion silk width size according to claim 1 and elastomeric check device, it is characterised in that：Described second waits for
Trigger general supply (8) include the second mounting electricity storage pack (181), second to be triggered piece (182), second movement triggering block (183), second time
Position spring (184), the second draw ring (185), the second drawstring (186), second to be triggered piece (182) are installed on the second mounting electricity storage pack
(181) top, the second movement triggering block (183) are installed on second to be triggered piece (182) on same plane, and described second
Mobile triggering block (183) is connected by the second return spring (184) with second to be triggered piece (182), second drawstring
(186) it is installed on the second draw ring (185) outer surface, second drawstring (186) is connected with pressurized jet device (11).
5. a kind of collodion silk width size according to claim 1 and elastomeric check device, it is characterised in that：It is described to release material group
(17) include charging slideway (171), transmission gear (172), linking catch bar (173), stress rotary squeezing wheel (174), second
Limited stripper plate (175), spring (176) set material lattice (177), installation rotating platform (178), extracting channel (179), it is described into
Material slideway (171) is embedded to be installed on that set material lattice (177) internal, the transmission gear (172) by be connected catch bar (173) with by
Power rotary squeezing wheel (174) is connected, and the spring (176) is installed on the second limited stripper plate (175) outer surface, the spring
(176) it is connected with installation rotating platform (178), embedded be installed on of the extracting channel (179) sets material lattice (177) inside, institute
It states extracting channel (179) and is installed on pressurized jet device (11) inside, the transmission gear (172) is with second by force actuators
(14) groove connects.
6. a kind of collodion silk width size and elastomeric check device according to claim 1 or 5, it is characterised in that：Described
Two by force actuators (14) included magnetic field rotating wheel (141), special sliding rail wheel (142), sliding rail (143), magnetic field sliding block
(144), flexible springs (145), limited sliding bar (146), turbine rod (147), magnetic field rotating wheel (141) insertion are installed on
Special sliding rail wheel (142) is internal, and it is internal that the magnetic field sliding block (144) is installed on sliding rail (143), the flexible springs (145) with
Magnetic field sliding block (144) is connected, and the limited sliding bar (146) is welded in magnetic field sliding block (144) outer surface, the turbine rod
(147) embedded to be installed on special sliding rail wheel (142) inside, the magnetic field rotating wheel (141) passes through special sliding rail wheel (142) and whirlpool
Wheel bar (147) is connected, and the transmission gear (172) connect with turbine rod (147) groove.
7. a kind of collodion silk width size according to claim 1 and elastomeric check device, it is characterised in that：The stress spray
Injection device (16) includes that material spray sets lattice (161), fixed plate (162), little spring (163), rotating platform (164), stress rocking bar
(165), injector head (166), preparation channel (167), pulling crushing block (168), straight sliding rail (169), hard second drawstring (1610),
The embedded material spray that is installed on of the prepared channel (167) sets lattice (161) inside, and the rotating platform (164) is installed on fixed plate
(162) internal, the little spring (163) is connected with stress rocking bar (165), and injector head (166) insertion is installed on pre-
Standby channel (167) is internal, and the pulling crushing block (168) is installed on straight sliding rail (169) inside, hard second drawstring (1610)
It is connected with crushing block (168) is pulled.
8. a kind of collodion silk width size according to claim 1 or 4 or 5 and elastomeric check device, it is characterised in that：It is described
Pressurized jet device (11) includes linking feeding tube (111), the second conducting wire (112), leads energy line (113), small suction pump
(114), injection limiting plate (115), pressurization passageway (116), the second placement plate (117), sprinkler head (118), pressure layer (119),
Leading can body (1110), sliding slot (1111), big spring (1112), magnetic force sliding block (1113), linking pushing block (1114), transmission conducting shell
(1115), big suction pump (1116), pumping channel (1117), the second delivery of energy line (1118), the linking feeding tube (111) are embedding
It is internal to enter to be installed on big suction pump (1116), second conducting wire (112) is installed on transmission conducting shell (1115) inside, described to lead energy
Line (113) is connected with small suction pump (114), and the injection limiting plate (115) is set to above small suction pump (114), described to add
The embedded small suction pump (114) that is installed on of pressure passageway (116) is internal, and second placement plate (117) is set to injection limiting plate (115)
Rear, the embedded pressurization passageway (116) that is installed on of the sprinkler head (118) is internal, and the pressure layer (119) can body by leading
(1110) it is connected with transmission conducting shell (1115), the big spring (1112) is connected with magnetic force sliding block (1113), the magnetic force
The embedded sliding slot (1111) that is installed on of sliding block (1113) is internal, and the linking pushing block (1114) is mutually welded with magnetic force sliding block (1113)
It connects, the embedded big suction pump (1116) that is installed on of the pumping channel (1117) is internal, and the second delivery of energy line (1118) is taken out with big
Water pump (1116) is connected, and second drawstring (186) is installed on linking pushing block (1114) outer surface, the extracting channel
(179) it is connected with pumping channel (1117).
9. a kind of collodion silk width size according to claim 1 and elastomeric check device, it is characterised in that:Described first presses
It includes the first limited stripper plate (221), (the first back-moving spring (222), the first linking fixed plate to press height controller (22)
(223), the first friction screens layer (224), the first force controlled bar (225), fixed connecting rod (226), first pulley (227), biography
Running rope (228), second pulley (229), the (the first back-moving spring (222) are installed on outer at the top of the first limited stripper plate (221)
Surface, the first linking fixed plate (223) are connected by (the first back-moving spring (222) with the first limited stripper plate (221),
The first friction screens layer (224) is welded in first force controlled bar (225) outer surface, fixed connecting rod (226) welding
In the first limited stripper plate (221) left outer surface, the first pulley (227) is installed on fixed connecting rod (226) upper left side, institute
It states second pulley (229) to be horizontally installed on the left of first pulley (227), the first pulley (227) is logical with second pulley (229)
Transmission rope (228) connection is crossed, transmission rope (228) right end is fixed on fixed connecting rod (226).
10. a kind of collodion silk width size according to claim 1 and elastomeric check device, it is characterised in that:The triggering
Feeding equipment (23) includes flapper valve (231), feeding-passage (232), wait for material container (233), suction pipeline (234), suction
It pumps (235), the mobilizable insertion of the flapper valve (231) is installed in feeding-passage (232), the feeding-passage (232)
Embedded be installed on waits for that material container (233) is internal, and embedded be installed on of the suction pipeline (234) waits for that material container (233) is internal, described
Suction pipeline (234) top connects charging absorption pump (235), charging absorption pump (235) the connection centrifugation application device (20).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810590454.7A CN108759751B (en) | 2018-06-09 | 2018-06-09 | Device for detecting width and elasticity of rubber silk |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810590454.7A CN108759751B (en) | 2018-06-09 | 2018-06-09 | Device for detecting width and elasticity of rubber silk |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108759751A true CN108759751A (en) | 2018-11-06 |
| CN108759751B CN108759751B (en) | 2020-12-15 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810590454.7A Active CN108759751B (en) | 2018-06-09 | 2018-06-09 | Device for detecting width and elasticity of rubber silk |
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