CN109013097A - A kind of collodion silk detection device - Google Patents
A kind of collodion silk detection device Download PDFInfo
- Publication number
- CN109013097A CN109013097A CN201810590820.9A CN201810590820A CN109013097A CN 109013097 A CN109013097 A CN 109013097A CN 201810590820 A CN201810590820 A CN 201810590820A CN 109013097 A CN109013097 A CN 109013097A
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- China
- Prior art keywords
- magnetic field
- block
- collodion silk
- spring
- detection device
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05B—SPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES
- B05B12/00—Arrangements for controlling delivery; Arrangements for controlling the spray area
- B05B12/08—Arrangements for controlling delivery; Arrangements for controlling the spray area responsive to condition of liquid or other fluent material to be discharged, of ambient medium or of target ; responsive to condition of spray devices or of supply means, e.g. pipes, pumps or their drive means
- B05B12/12—Arrangements for controlling delivery; Arrangements for controlling the spray area responsive to condition of liquid or other fluent material to be discharged, of ambient medium or of target ; responsive to condition of spray devices or of supply means, e.g. pipes, pumps or their drive means responsive to conditions of ambient medium or target, e.g. humidity, temperature position or movement of the target relative to the spray apparatus
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05B—SPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES
- B05B13/00—Machines or plants for applying liquids or other fluent materials to surfaces of objects or other work by spraying, not covered by groups B05B1/00 - B05B11/00
- B05B13/02—Means for supporting work; Arrangement or mounting of spray heads; Adaptation or arrangement of means for feeding work
- B05B13/0221—Means for supporting work; Arrangement or mounting of spray heads; Adaptation or arrangement of means for feeding work characterised by the means for moving or conveying the objects or other work, e.g. conveyor belts
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Abstract
The invention discloses a kind of collodion silk detection device, structure includes collodion silk detection control box, pressing control button, feed inlet, charging port, the outlet that is disposed, support fixed column, support underframe, installation fixed pan；Support underframe by installation fixed pan with support fixed column, be connected, support underframe be set to collodion silk detection control box lower section；Collodion silk detection control box include pressurized jet device, guard shield, pressing height controller, by force actuators, magnetic hanging block detection device, stress injection apparatus, release material group, general supply to be triggered；It is connected by force actuators with material group is released, magnetic hanging block detection device is set to above stress injection apparatus, a kind of collodion silk detection device of the present invention, it can be after it be produced, in the detection for carrying out width and elasticity to it, 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 detection device, belongs to collodion silk detection device field.
Background technique
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 production, 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 for determining temperature 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 due to its many be all it is comparatively fine, it is detected more
Trouble, time consumption and energy consumption is also larger, and inconvenient also not cost-effective, so more collodion silk is more difficult just to occur directly in market by detection
On.
Summary of the invention
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of collodion silk detection device, it is existing right to solve
In current collodion silk due to its many be all it is comparatively fine, it is detected and is more troublesome, time consumption and energy consumption is also larger, and not
It is convenient also not cost-effective, so more collodion silk is more difficult by detecting the problem of just occurring directly in the market.
To achieve the goals above, the present invention is to realize by the following technical solutions: a kind of collodion silk detection device,
Structure include collodion silk detection control box, pressing control button, feed inlet, charging port, the outlet that is disposed, support fixed column,
Support underframe, installation fixed pan；
The pressing control button insertion is installed on inside collodion silk detection control box, and the feed inlet is installed on collodion silk detection
Control box outer surface of cupular part, the charging port and feed inlet are installed on same plane, the outlet insertion peace that is disposed
Inside collodion silk detection control box, the support fixed column is welded in collodion silk detection control box bottom outer surface, the support
Fixed column be installed on installation fixed pan outer surface of cupular part, the support underframe by installation fixed pan and support fixed column,
It is 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, pressing height controller, stress transmission
Device, stress injection apparatus, releases material group, general supply to be triggered at magnetic hanging block detection device；
The pressurized jet device is connected with general supply to be triggered, and the pressing height controller insertion is installed on anti-
Interior of shell is protected, described to be connected by force actuators with material group is released, the magnetism hanging block detection device is set to stress injection dress
Set top.
Further, the pressing height controller includes limited stripper plate, reset spring, linking fixed plate, friction
Detent layer, force controlled bar, shifting magnetic field, magnetic field to be touched, the reset spring are installed on limited stripper plate outer surface of cupular part,
The linking fixed plate is connected by reset spring with limited stripper plate, and the friction detent layer is welded in outside force controlled bar
Surface, the shifting magnetic field insertion are installed on inside limited stripper plate, and the magnetic field to be touched is set to above shifting magnetic field, described
Force controlled bar is welded in 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 is set to stress and waves catch bar rear,
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, the general supply to be triggered include mounting electricity storage pack, to be triggered piece, mobile triggering block, return spring, pull ring,
Drawstring, described to be triggered piece is installed on above mounting electricity storage pack, and the mobile triggering block is installed on same plane with to be triggered piece, institute
State mobile triggering block and be connected with to be triggered piece by return spring, the drawstring is installed on pull ring outer surface, the drawstring and
Pressurized jet device is connected.
Further, it is described release material group include charging slideway, transmission gear, linking catch bar, stress rotary squeezing wheel, by
Limit stripper plate, spring set material lattice, installation rotating platform, extracting channel, and the charging slideway insertion, which is installed on, sets inside material lattice,
The transmission gear is connected by linking catch bar with stress rotary squeezing wheel, and the spring is installed on limited stripper plate appearance
Face, the spring are connected with installation rotating platform, and the extracting channel insertion, which is installed on, sets inside material lattice, the extracting channel
It is installed on inside pressurized jet device, the transmission gear is connect with by force actuators groove.
Further, described by force actuators is included magnetic field rotating wheel, special sliding rail wheel, sliding rail, magnetic field sliding block, toughness
Spring, limited sliding bar, turbine rod, the magnetic field rotating wheel insertion are installed on inside special sliding rail wheel, the magnetic field sliding block peace
Inside sliding rail, the flexible springs are connected with magnetic field sliding block, and the limited sliding bar is welded in magnetic field outside face thereof,
The turbine rod insertion is installed on inside special sliding rail wheel, and the magnetic field rotating wheel is connected by special sliding rail wheel with turbine rod
It connects, 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 draw rope at injector head, and the prepared channel insertion is installed on material spray and sets in lattice
Portion, the rotating platform are installed on inside fixed plate, and the little spring is connected with stress rocking bar, the injector head insertion peace
Loaded on preparation channel interior, the pulling crushing block is installed on inside straight sliding rail, and the hard draw rope is connected with crushing block is pulled.
Further, the pressurized jet device includes linking feeding tube, conducting wire, leads energy line, small suction pump, injection limit
Position plate, placement plate, sprinkler head, pressure layer, leads energy body, sliding slot, big spring, magnetic force sliding block, linking pushing block, passes pressurization passageway
Carrier bed, big suction pump, pumping channel, delivery of energy line, the linking feeding tube insertion is installed on inside big suction pump, described to lead
Line is installed on inside transmission conducting shell, and the energy line of leading is connected with small suction pump, and the injection limit plate is set on small suction pump
Side, the pressurization passageway insertion are installed on inside small suction pump, and the placement plate is set to injection limit plate rear, the sprinkler head
Insertion is installed on inside pressurization passageway, and the pressure layer is connected by leading energy body with transmission conducting shell, the big spring and magnetic force
Sliding block is connected, and the magnetic force sliding block insertion is installed on inside sliding slot, and the linking pushing block is mutually welded with magnetic force sliding block, described
Pumping channel insertion is installed on inside big suction pump, and the delivery of energy line is connected with big suction pump, and the drawstring is installed on linking
Pushing block outer surface, the extracting channel are connected with pumping channel.
Beneficial effect
Its colored raw material is imported by the external world by charging slideway, passes through the external world by a kind of collodion silk detection device of the present invention
Power its force controlled bar is operated, be adjusted to required scale, its collodion silk delivered into, will by placement plate with by
It limits between stripper plate, when the shifting magnetic field for being mounted on limited stripper plate outer surface will follow its movement, to be moved to a positioning
When setting, will touch magnetic field to be touched will generate energy, to generate magnetic field, its flexible springs is squeezed when the two contacts
Pressure, will follow it to move together so that being mounted on the magnetic field sliding block of magnetic field outside face thereof, when turbine rod rotation, pass driving
Moving gear rotates together, and transmission gear will drive stress rotary squeezing wheel to rotate together by linking catch bar, keeps it limited crowded
Pressing plate squeezes its spring, so that the raw material inflow inside charging slideway is set in material lattice, its big spring is squeezed, when its magnetic
Power sliding block will drive linking pushing block to move together during sliding, connects big suction pump by delivery of energy line, is set material
Raw material inside lattice, up takes out, thus be pumped into pressurization passageway by small suction pump,
It is allowed by sprinkler head, toward collodion silk on spray, its central rotating shaft is squeezed, when it is during shaking, general
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 slide along straight sliding rail by hard draw rope, the raw material inside lattice is set by material spray, flowed into pre-
In standby channel, internal raw material is made into its coloring toward the collodion silk color spray of top by injector head, prompts staff, when its suction
When attached hanging block is moved to below adsorbing sphere, by its power attracting by magnetic field, then sucked back.
A kind of collodion silk detection device of the present invention can carry out width and elastic detection to it after it is produced,
It is right the problem of to differentiate its by the different raw material of color spray to remind staff by the apparent raw material of its color spray
It is easily detected.
Detailed description of the invention
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 a kind of structural schematic diagram of collodion silk detection device of the present invention；
Fig. 2 is the schematic diagram of internal structure figure one that a kind of collodion silk of the present invention detects control box；
Fig. 3 is the schematic diagram of internal structure figure two that a kind of collodion silk of the present invention detects control box；
Fig. 4 is the schematic diagram of internal structure that a kind of collodion silk of the present invention detects control box working condition；
Fig. 5 is a kind of schematic diagram of internal structure of pressurized jet device of the present invention.
In figure: collodion silk detection control box -1, feed inlet -3, charging port -4, is disposed out at pressing control button -2
Mouth -5, support fixed column -6, support underframe -7, installation fixed pan -8, pressurized jet device -11, guard shield -12, pressing
Height controller -13, by force actuators -14, magnetic hanging block detection device -15, stress injection apparatus -16, release material group -
17, general supply -18 to be triggered, limited stripper plate -131, reset spring -132, linking fixed plate -133, friction detent layer -134,
Force controlled bar -135, shifting magnetic field -136, magnetic field -137 to be touched, magnetic field bullet release -151, stress wave catch bar -152,
It transmits item -153, absorption hanging block -154, Attraction block -155, central rotating shaft -156, squeeze spring -157, adsorbing sphere -158, electric power storage
Case -181, to be triggered piece -182, mobile triggering block -183, return spring -184, pull ring -185, drawstring -186, charging slideway -
171, transmission gear -172, linking catch bar -173, stress rotary squeezing wheel -174, limited stripper plate -175, spring -176, set
Expect lattice -177, installation rotating platform -178, extracting channel -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 squeeze
Block -168, hard draw rope -1610, linking feeding tube -111, conducting wire -112, leads energy line -113, small suction pump-at straight sliding rail -169
114, spray limit plate -115, pressurization passageway -116, placement plate -117, sprinkler head -118, pressure layer -119, lead 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, delivery of energy line -1118.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment, the present invention is further explained.
Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5 are please referred to, the present invention provides a kind of collodion silk detection device technical solution: its structure packet
Include collodion silk detection control box 1, pressing control button 2, feed inlet 3, charging port 4, the outlet 5 that is disposed, support fixed column 6,
Support underframe 7, installation fixed pan 8；
The insertion of pressing control button 2 is installed on inside collodion silk detection control box 1, and the feed inlet 3 is installed on collodion silk
1 outer surface of cupular part of control box is detected, the charging port 4 is installed on same plane with feed inlet 3, the outlet that is disposed
5 insertions are installed on inside collodion silk detection control box 1, and the support fixed column 6 is welded in collodion silk detection 1 bottom outer of control box
Face, the support fixed column 6 are installed on installation 8 outer surface of cupular part of fixed pan, and the support underframe 7 passes through installation fixed pan
8 with support fixed column 6, be connected, the support underframe 7 is set to collodion silk detection control box 1 lower section；
Collodion silk detection control box 1 include pressurized jet device 11, guard shield 12, pressing height controller 13,
By force actuators 14, magnetic hanging block detection device 15, stress injection apparatus 16, release material group 17, general supply to be triggered 18；
The pressurized jet device 11 is connected with general supply 18 to be triggered, the insertion of pressing height controller 13 peace
It is described to be connected by force actuators 14 with material group 17 is released inside guard shield 12, the magnetism hanging block detection device 15
Above stress injection apparatus 16.
The pressing height controller 13 includes limited stripper plate 131, reset spring 132, linking fixed plate 133, rubs
Detent layer 134, force controlled bar 135, shifting magnetic field 136, magnetic field to be touched 137 are wiped, the reset spring 132 is installed on limited
131 outer surface of cupular part of stripper plate, the linking fixed plate 133 are connected by reset spring 132 with limited stripper plate 131, institute
It states friction detent layer 134 and is welded in 135 outer surface of force controlled bar, the insertion of shifting magnetic field 136 is installed on limited stripper plate
Inside 131, the magnetic field 137 to be touched is set to 136 top of shifting magnetic field, and the force controlled bar 135 is welded in linking and fixes
133 outer surface of cupular part of plate.
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 transmission 153 outer surface of item, and the absorption hanging block 154 is embedded in
It is installed on inside Attraction block 155, the insertion of 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, described to be triggered
General supply 18 includes mounting electricity storage pack 181, to be triggered piece 182, mobile triggering block 183, return spring 184, pull ring 185, drawstring 186,
Described to be triggered piece 182 is installed on 181 top of mounting electricity storage pack, and the mobile triggering block 183 is installed on same flat with to be triggered piece 182
On face, the mobile triggering block 183 is connected by return spring 184 with to be triggered piece 182, and the drawstring 186 is installed on drawing
185 outer surface of ring, the drawstring 186 are 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, stripper plate 175, spring 176 are limited, sets material lattice 177, installation rotating platform 178, extracting channel 179, the charging slideway
171 insertions, which are installed on, sets inside material lattice 177, and the transmission gear 172 passes through linking catch bar 173 and stress rotary squeezing wheel
174 are connected, and the spring 176 is installed on limited 175 outer surface of stripper plate, the spring 176 and installation 178 phase of rotating platform
Connection, the insertion of extracting channel 179, which is installed on, sets inside material lattice 177, and the extracting channel 179 is installed on pressurized jet device
Inside 11, the transmission gear 172 is connect with by 14 groove of force actuators.
It is described to be included magnetic field rotating wheel 141, special sliding rail wheel 142, sliding rail 143, magnetic field sliding block by force actuators 14
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 wheel
Inside 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,
The limited sliding bar 146 is welded in 144 outer surface of magnetic field sliding block, and the insertion of turbine rod 147 is installed on special sliding rail wheel 142
Inside, the magnetic field rotating wheel 141 are connected by special sliding rail wheel 142 with turbine rod 147, the transmission gear 172 and whirlpool
Take turns the connection of 147 groove of bar.
The stress injection apparatus 16 include 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 draw rope 1610, the preparation at injector head 166
The insertion of channel 167 is installed on material spray and sets inside lattice 161, and the rotating platform 164 is installed on inside fixed plate 162, the small bullet
Spring 163 is connected with stress rocking bar 165, and the insertion of injector head 166 is installed on inside prepared channel 167, and described pull is squeezed
Briquetting 168 is installed on inside straight sliding rail 169, and the hard draw rope 1610 is connected with crushing block 168 is pulled.
The pressurized jet device 11 include linking feeding tube 111, conducting wire 112, lead energy line 113, small suction pump 114,
Injection limit plate 115, pressurization passageway 116, placement plate 117, sprinkler head 118, pressure layer 119, lead 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, delivery of energy line 1118, the insertion of linking feeding tube 111 are installed on inside big suction pump 1116, and the conducting wire 112 is installed
Inside transmission conducting shell 1115, the energy line 113 of leading is connected with small suction pump 114, and the injection limit plate 115 is set to small pumping
114 top of water pump, the insertion of pressurization passageway 116 are installed on inside small suction pump 114, and the placement plate 117 is set to injection limit
Position 115 rear of plate, the insertion of sprinkler head 118 are installed on inside pressurization passageway 116, and the pressure layer 119 can body by leading
1110 are connected with transmission conducting shell 1115, and the big spring 1112 is connected with magnetic force sliding block 1113, the magnetic force sliding block 1113
Insertion is installed on inside sliding slot 1111, and the linking pushing block 1114 is welded with 1113 phase of magnetic force sliding block, the pumping channel
1117 insertions are installed on inside big suction pump 1116, and the delivery of energy line 1118 is connected with big suction pump 1116, the drawstring 186
It is installed on linking 1114 outer surface of pushing block, the extracting channel 179 is connected with pumping channel 1117.
Spring 176 described in this patent is a kind of using the elastic machine components come work, zero made of elastic material
Deformation occurs under external force for part, restores to the original state again after removing external force, also makees " spring ", be generally made of spring steel, spring
The complicated multiplicity of type mainly have helical spring, scroll spring, flat spring, heterotypic spring etc., the straight sliding rail by shape point
169 are also known as guide rail, slideway, refer to the drawer being fixed on the cabinet body of furniture, for furniture or the movable hardware connection of cabinet plate discrepancy
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
Imported its colored raw material by charging slideway 171 by the external world using when, by extraneous power to it
Force controlled bar 135 is operated, and required scale is adjusted to, its collodion silk is delivered into, and by placement plate 117 and will be limited
Between stripper plate 131, if when excessive, by the power by squeezing, being limited stripper plate 131 and up being pushed up, to be resetted
Spring 132 is squeezed, when the shifting magnetic field 136 for being mounted on limited 131 outer surface of stripper plate will follow its movement, thus mobile
When to certain position, will touch magnetic field 137 to be touched will generate energy, to generate magnetic field, passes through magnetic when the two contacts
The mutually exclusive power in field, its magnetic field sliding block 144 is released along sliding rail 143, its flexible springs 145 is squeezed, so that peace
Magnetic field sliding block 144 mounted in 144 outer surface of magnetic field sliding block will follow it to move together, thus during mobile, it is special by pushing
Different sliding rail wheel 142 is rotated along turbine rod 147, to drive turbine rod 147 and turbine rod 147 to rotate, when turbine rod 147 revolves
It when turning, will be rotated together with nutating gear 172, transmission gear 172 will drive stress rotary squeezing by linking catch bar 173
Wheel 174 rotates together, and while the rotation of its stress rotary squeezing wheel 174, will arrive to limited stripper plate 175, keeps it limited crowded
Pressing plate 175 squeezes its spring 176, so that the raw material inflow inside charging slideway 171 is set in material lattice 177, when magnetic field is revolved
When runner 141 rotates, the power mutually exclusive by magnetic field releases its magnetic force sliding block 1113 along sliding slot 1111, it is big
Spring 1112 squeezes, and when its magnetic force sliding block 1113 is during sliding, linking pushing block 1114 will be driven to move together, thus
Drawstring 186 has been pulled, so that mobile triggering block 183 slides to be triggered piece 182, after the two contact, mounting electricity storage pack 181 will have been triggered, led to
It crosses delivery of energy line 1118 and connects big suction pump 1116, set the raw material inside material lattice 177, up taken out, to pass through small suction pump
114, it is pumped into pressurization passageway 116, is imported its energy in transmission conducting shell 1115 by conducting wire 112, so that leading energy
Body 1110 supplies energy to pressure layer 119, makes its layer 119 that presses to pressing inside its pressurization passageway 116, it is allowed to pass through sprinkler head
118, toward collodion silk on spray, when collodion silk, which is delivered to stress, waves 152 lower section of catch bar, pushing stress, to wave catch bar 152 suitable
Central rotating shaft 156 rotate, its central rotating shaft 156 is squeezed, when it is during shaking, Attraction block 155 will be pushed
It is slided along transmission item 153, when it pushes Attraction block 155 to reach magnetic field bullet 151 lower section of release, the two contact will generate bullet
The power sent pushes it 154 bullet of absorption hanging block inside Attraction block 155 and send to tangling on collodion silk, when its collodion silk elasticity is inadequate,
Sagging height will touch stress rocking bar 165, to be pushed it, by inertia force so that little spring 163 is squeezed, when it
When the other end of stress rocking bar 165 agitates outward, crushing block 168 will be pulled along straight sliding rail by hard draw rope 1610
169 slidings set the raw material inside lattice 161 by material spray, flow into preparation channel 167, when that section pulls crushing block 168 up to squeeze
When pressure, internal raw material is made into its coloring toward the collodion silk color spray of top by injector head 166, prompts staff, when its absorption
When hanging block 154 is moved to 158 lower section of adsorbing sphere, by its power attracting by magnetic field, then sucked back.
The present invention solve for current collodion silk due to its many be all it is comparatively fine, it is detected more numb
Tired, time consumption and energy consumption is also larger, and inconvenient also not cost-effective, is just occurred directly in the market so more collodion silk is more difficult by detection
The problem of, the present invention is combined with each other by above-mentioned component, and a kind of collodion silk detection device of the present invention can be produced at it
Afterwards, in the detection for carrying out width and elasticity to it, by passing through color spray to the apparent raw material of its color spray to remind staff
Different raw material the problem of to differentiate its, easily detects it.
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 spirit of the invention or
In the case where 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 fall within the meaning and scope of the equivalent elements 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 embodiments being understood that.
Claims (8)
1. a kind of collodion silk detection device, structure include collodion silk detection control box (1), pressing control button (2), feed inlet (3),
It feeds port (4), the outlet (5) that is disposed, support fixed column (6), support underframe (7), installation fixed pan (8), feature
It is:
Pressing control button (2) insertion is installed on collodion silk detection control box (1) inside, and the feed inlet (3) is installed on glue
Silk detection control box (1) outer surface of cupular part, the charging port (4) and feed inlet (3) are installed on same plane, the processing
It finishes outlet (5) insertion and is installed on collodion silk detection control box (1) inside, the support fixed column (6) is welded in collodion silk detection behaviour
Make case (1) bottom outer surface, the support fixed column (6) is installed on installation fixed pan (8) outer surface of cupular part, the support bottom
Frame (7) by installation fixed pan (8) with support fixed column (6), be connected, the support underframe (7) be set to collodion silk detection grasp
Make below case (1)；
Collodion silk detection control box (1) includes pressurized jet device (11), guard shield (12), pressing height controller
(13), by force actuators (14), magnetic hanging block detection device (15), stress injection apparatus (16), release material group (17), to be triggered
General supply (18)；
The pressurized jet device (11) is connected with general supply to be triggered (18), pressing height controller (13) insertion
It is internal to be installed on guard shield (12), described to be connected by force actuators (14) with material group (17) is released, the magnetism hanging block inspection
Device (15) are surveyed to be set to above stress injection apparatus (16).
2. a kind of collodion silk detection device according to claim 1, it is characterised in that: the pressing height controller (13)
Including limited stripper plate (131), reset spring (132), linking fixed plate (133), friction detent layer (134), force controlled bar
(135), shifting magnetic field (136), magnetic field to be touched (137), the reset spring (132) are installed on limited stripper plate (131) top
Portion outer surface, the linking fixed plate (133) are connected by reset spring (132) with limited stripper plate (131), the friction
Detent layer (134) is welded in force controlled bar (135) outer surface, and shifting magnetic field (136) insertion is installed on limited stripper plate
(131) internal, the magnetic field (137) to be touched is set to above shifting magnetic field (136), and the force controlled bar (135) is welded in
It is connected fixed plate (133) outer surface of cupular part.
3. a kind of collodion silk detection device according to claim 1, it is characterised in that: the magnetism hanging block detection device (15)
Catch bar (152), transmission item (153), absorption hanging block (154), Attraction block are waved including magnetic field bullet release (151), stress
(155), central rotating shaft (156), extruding spring (157), adsorbing sphere (158), the magnetic field bullet release (151) are waved set on stress
Catch bar (152) rear, the Attraction block (155) are installed on transmission item (153) outer surface, absorption hanging block (154) insertion
It is internal to be installed on Attraction block (155), central rotating shaft (156) insertion is installed on stress and waves catch bar (152) inside, described
Extruding spring (157) waves catch bar (152) with stress and is connected, and the adsorbing sphere (158) is set to the release of magnetic field bullet (151) side
Side.
4. a kind of collodion silk detection device according to claim 1, it is characterised in that: the general supply (18) to be triggered includes
Mounting electricity storage pack (181), to be triggered piece (182), mobile triggering block (183), return spring (184), pull ring (185), drawstring (186),
To be triggered piece (182) are installed on above mounting electricity storage pack (181), the mobile triggering block (183) and to be triggered piece (182) installation
In on same plane, the mobile triggering block (183) is connected by return spring (184) with to be triggered piece (182), the drawing
Rope (186) is installed on pull ring (185) outer surface, and the drawstring (186) is connected with pressurized jet device (11).
5. a kind of collodion silk detection device according to claim 1, it is characterised in that: described release material group (17) include that charging is slided
Road (171), transmission gear (172), linking catch bar (173), stress rotary squeezing wheel (174), limited stripper plate (175), bullet
Spring (176) sets material lattice (177), installation rotating platform (178), extracting channel (179), charging slideway (171) the insertion installation
Internal in setting material lattice (177), the transmission gear (172) passes through linking catch bar (173) and stress rotary squeezing wheel (174) phase
Connection, the spring (176) are installed on limited stripper plate (175) outer surface, the spring (176) and installation rotating platform
(178) it is connected, extracting channel (179) insertion, which is installed on, sets material lattice (177) inside, extracting channel (179) installation
Internal in pressurized jet device (11), the transmission gear (172) connect with by force actuators (14) groove.
6. a kind of collodion silk detection device according to claim 1 or 5, it is characterised in that: described by force actuators (14)
Including magnetic field rotating wheel (141), special sliding rail wheel (142), sliding rail (143), magnetic field sliding block (144), flexible springs (145), by
Sliding bar (146), turbine rod (147) are limited, magnetic field rotating wheel (141) insertion is installed on special sliding rail wheel (142) inside, institute
It states magnetic field sliding block (144) and is installed on sliding rail (143) inside, the flexible springs (145) are connected with magnetic field sliding block (144), institute
It states limited sliding bar (146) and is welded in magnetic field sliding block (144) outer surface, turbine rod (147) insertion is installed on special sliding rail
(142) inside is taken turns, the magnetic field rotating wheel (141) is connected by special sliding rail wheel (142) with turbine rod (147), the biography
Moving gear (172) is connect with turbine rod (147) groove.
7. a kind of collodion silk detection device according to claim 1, it is characterised in that: the stress injection apparatus (16) includes
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 draw rope (1610), the prepared channel
(167) insertion is installed on material spray and sets lattice (161) inside, and the rotating platform (164) is installed on fixed plate (162) inside, described
Little spring (163) is connected with stress rocking bar (165), and injector head (166) insertion is installed in prepared channel (167)
Portion, the pulling crushing block (168) are installed on straight sliding rail (169) inside, the hard draw rope (1610) and pulling crushing block (168)
It is connected.
8. a kind of collodion silk detection device according to claim 1 or 4 or 5, it is characterised in that: the pressurized jet device
(11) include linking feeding tube (111), conducting wire (112), lead energy line (113), small suction pump (114), injection limit plate
(115), pressurization passageway (116), placement plate (117), sprinkler head (118), pressure layer (119), lead 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), delivery of energy line (1118), linking feeding tube (111) insertion are installed on big suction pump
(1116) internal, the conducting wire (112) is installed on transmission conducting shell (1115) inside, described to lead energy line (113) and small suction pump
(114) it is connected, the injection limit plate (115) is set to above small suction pump (114), pressurization passageway (116) the insertion peace
Internal loaded on small suction pump (114), the placement plate (117) is set to injection limit plate (115) rear, the sprinkler head (118)
Insertion is installed on pressurization passageway (116) inside, and the pressure layer (119) can body (1110) and transmission conducting shell (1115) phase by leading
Connection, the big spring (1112) are connected with magnetic force sliding block (1113), and magnetic force sliding block (1113) insertion is installed on sliding slot
(1111) internal, the linking pushing block (1114) is mutually welded with magnetic force sliding block (1113), pumping channel (1117) insertion
It is internal to be installed on big suction pump (1116), the delivery of energy line (1118) is connected with big suction pump (1116), the drawstring (186)
It is installed on linking pushing block (1114) outer surface, the extracting channel (179) is connected with pumping channel (1117).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810590820.9A CN109013097A (en) | 2018-06-09 | 2018-06-09 | A kind of collodion silk detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810590820.9A CN109013097A (en) | 2018-06-09 | 2018-06-09 | A kind of collodion silk detection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109013097A true CN109013097A (en) | 2018-12-18 |
Family
ID=64612497
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810590820.9A Withdrawn CN109013097A (en) | 2018-06-09 | 2018-06-09 | A kind of collodion silk detection device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109013097A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112630078A (en) * | 2020-12-17 | 2021-04-09 | 安徽工程大学 | Detection apparatus for electromagnetic shielding composite fiber membrane |
-
2018
- 2018-06-09 CN CN201810590820.9A patent/CN109013097A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112630078A (en) * | 2020-12-17 | 2021-04-09 | 安徽工程大学 | Detection apparatus for electromagnetic shielding composite fiber membrane |
| CN112630078B (en) * | 2020-12-17 | 2023-06-20 | 安徽工程大学 | Detection device for electromagnetic shielding composite fiber membrane |
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Application publication date: 20181218 |
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