CN204673732U - A kind of automatic dry chemical joint filling curing for splicing sheet material - Google Patents
A kind of automatic dry chemical joint filling curing for splicing sheet material Download PDFInfo
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- CN204673732U CN204673732U CN201520333327.0U CN201520333327U CN204673732U CN 204673732 U CN204673732 U CN 204673732U CN 201520333327 U CN201520333327 U CN 201520333327U CN 204673732 U CN204673732 U CN 204673732U
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Abstract
For splicing an automatic dry chemical joint filling curing for sheet material, by base, filling out powder device, powder pressing device, servicing unit, Beverage bottle cover and transmission device and form.Its technique is realized by concrete structure: fill the storage tube cell in powder pressing device with dry grinding powder, can the filling out powder device and can the powder pressing device acting in conjunction of vertical rectilinear motion make dry powder clamp-on the gap of splicing sheet material and fill up compacting of traverse motion, the powder-wiping plate of servicing unit blows unnecessary dry powder off and auxiliary Beverage bottle cover drips glue, makes a glue flexible pipe aim at the gap filling up dry powder and completes curing operation.The automatic dry chemical joint filling solidification machine of this splicing sheet material is designed with traction wheel, can pull out fast and change storage powder cylinder, simple to operation, splice plate surface gaps can be completed fill up work and do not affect the original color and luster of splice plate, be widely used in various splice plate industry gap to fill up and beautify, there is very high practical value and wide utilization prospect.
Description
Technical field
The present invention relates to board material splice, specifically a kind of automatic dry chemical joint filling curing for splicing sheet material.
Background technology
Along with growth in the living standard, the making sheet such as furniture, commodity enterprise is flourish, and the demand of high-quality sheet material is increasing, but the wooden source of natural high-quality sheet material can not meet the demand in growing market.In order to obtain high-quality sheet material, current corporate boss will adopt mode strip plate being spliced into one, strip plate is spliced into bulk sheet material through glue bonding and high temperature high pressure process, but due to technique restriction, often gap is there is in splicing sheet material at stitching position, require strict field at furniture, commodity etc. to panel surface, the splice plate that there is gap has a strong impact on the attractive in appearance of product and is worth.At present, domestic main dependence manually with the dried powder filling chink of same plate class, and is solidified at surperficial drip irrigation quick-drying gelatin, then grinding process.Wholely squeegee and drip a large amount of workman of glue process need, labour intensity is large, and operating efficiency is not high, and standard cannot be unified, and the cost adding product drops into, the production efficiency of restriction sheet material.
Summary of the invention
A kind of splicing sheet material surface gaps that collects is the object of the present invention is to provide to fill out powder, be cured as the curing of institutional operation.This curing can efficiently complete rapidly to splice plate surface gaps fill out powder, drip the technical process such as glue, solidification, the quality increasing substantially production efficiency He squeegee.
Object of the present invention is realized by following scheme:
For splicing an automatic dry chemical joint filling curing for sheet material, primarily of base, fill out powder device, powder pressing device, servicing unit, Beverage bottle cover and transmission device composition, wherein:
Described base is positioned at the bottom of entire machine, is made up of spring mechanism and traction wheel.Described spring mechanism is made up of pedestal, spring bearer plate, pressing plate limiting plate and spring.Spring bearer plate is positioned at above pedestal, and the spring that 6 specifications are the same is fixed between pedestal and spring bearer plate, the position moved up and down by pressing plate limiting plate restraining spring pressing plate.Described traction wheel is positioned at the left and right sides below pedestal, is made up of 4 rollers and 2 retainers.Retainer is connected with pedestal, and roller is arranged in parallel between two, spacing by retainer.
Described powder device of filling out comprises full-filling mechanism and linkage.Described full-filling mechanism is positioned at base lower inner, and by full-filling block, 4 are U-shapedly taken turns, U-shaped wheel shaft, U-shaped retainer of taking turns form.Have a circular hole in the middle part of full-filling block, powder can be made to pass through smoothly, and upper design has guardrail limit, prevents powder side leakage.U-shaped wheel is evenly arranged in both sides before and after full-filling block, is connected with full-filling block by U-shaped wheel shaft.U-shaped retainer of taking turns comprises 4 circular shafts, is distributed in both sides before and after base, combines the U-shaped track of taking turns of restriction four up and down between two.Described linkage comprises rocking bar, connecting rod, fork, bearing pin and slide block.Rocking bar is connected with transmission device, and connecting rod connects rocking bar and fork, fork is swung around bearing pin, and drives slide block to move reciprocatingly.Slide block is connected with the full-filling block of full-filling mechanism, drives full-filling mechanism to do reciprocally swinging, completes dusting action.
Described powder pressing device is positioned at the top of entire machine, comprises supporting base, friction wheel mechanism, pressure exerting arrangement and storage powder cylinder.Described friction wheel mechanism comprises active friction wheel, driven friction pulley, axle and bearing block.Bearing block is fixed on supporting base, and active friction wheel, driven friction pulley are fixed on bearing block respectively by axle, and axle is connected with transmission device.Described pressure exerting arrangement comprises push rod, push-plate, push rod limited block, and push rod is limited between active friction wheel, driven friction pulley and also puts in storage powder cylinder through supporting base.Push-plate is arranged on bottom push rod, and push rod limited block is fixed on the upper end of push rod, restriction push rod stroke.
Described servicing unit is positioned at the front of base, and by support, powder-wiping plate, a glue aims at wheel carrier, a glue aligned wheels, mouth aimed at by a glue and a glue control valve forms.Powder-wiping plate is positioned near base position below support, and wheel carrier aimed at by a glue, a glue aligned wheels designs at stent ends, drips glue aligning mouth and is positioned at mid-stent, drips a glue control valve and is positioned on a glue aligning mouth.
Described Beverage bottle cover is positioned at the upper right side of base, comprises adhesive dripping machine structure, balsam bottle, glue bottle holder.Described adhesive dripping machine structure, by dripping glue squeeze station base, drips glue squeeze station, spring, a glue squeeze station limiting plate, bearing block and drips glue squeegee roller composition, dripping glue squeeze station base and be connected with base, dripping glue squeeze station above a glue squeeze station base.Spring is dripping glue squeeze station base and is dripping between glue squeeze station.Dripping glue squeeze station limiting plate is fixed on bearing block, and the motion of glue squeeze station is dripped in restriction, and bearing block is fixed on base.Drip glue squeegee roller connection for transmission device, it is uniformly distributed some lobes, lobe is squeezed in and drips on glue squeeze station.
Described transmission device is made up of support plate, motor, motor cabinet, gear train, band wheels and axle group and belt.Support plate is positioned at the outside of base and powder pressing device, forms the framework of entire machine with the pedestal of base, the supporting base of powder pressing device.Motor support is fixed on base upper left side, one road power is connected with the rocking bar of linkage through gear drive, one road power by gear and belt wheel transmission for powder pressing device provides power, another road power connects a glue squeegee roller of adhesive dripping machine structure by gear drive, drives a glue squeegee roller to move in a circle.
A kind of automatic dry chemical joint filling curing process for splicing sheet material, mainly comprise and sheet material is ground to form dried powder, load and fill out powder device, on human assistance once property complete gap contraposition, powder extrude and insert gap, strike off excessive powder, continuous opposite joint drips some row technical process such as adhesive curing.
Advantage of the present invention is: curing of the present invention is designed with traction wheel, can pull out fast and change storage powder cylinder, simple to operation, can efficiently complete rapidly to splice plate surface gaps fill out powder, drip the technical process such as glue, solidification, and do not affect the original color and luster of splice plate, the quality increasing substantially production efficiency and squeegee, can be widely used in various splice plate industry gap and fill up and beautify, have very high practical value and wide utilization prospect.
Accompanying drawing explanation
Fig. 1 is a kind of structural representation of the automatic dry chemical joint filling curing for splicing sheet material;
Fig. 2 is the structural representation of base;
Fig. 3 is the structural representation filling out powder device;
Fig. 4 is the structural representation of powder pressing device;
Fig. 5 is the structural representation of servicing unit;
Fig. 6 is the structural representation of Beverage bottle cover;
Fig. 7 is the structural representation of transmission device;
Fig. 8 is the side view of transmission device;
The demonstration graph of Fig. 9 technical process action.
Detailed description of the invention
For splicing an automatic dry chemical joint filling curing for sheet material, by base 1, fill out powder device 2, powder pressing device 3, servicing unit 4, Beverage bottle cover 5, transmission device 6 form, as shown in Figure 1.
As shown in Figure 2, base 1 is made up of spring mechanism 1-1 and traction wheel 1-2.Spring mechanism 1-1 comprises pedestal 1-1-1, spring bearer plate 1-1-2, pressing plate limiting plate 1-1-3, spring 1-1-4.Spring 1-1-4, between pedestal 1-1-1 and spring bearer plate 1-1-2, makes spring bearer plate 1-1-2 move up and down, and spring bearer plate 1-1-2 is positioned at above pedestal 1-1-1, the position moved up and down by pressing plate limiting plate 1-1-3 restraining spring pressing plate.Spring bearer plate 1-1-2 coordinates to block with the supporting base 3-1 of powder pressing device 3 and stores up tube cell 3-4.Spring mechanism 1-1 can realize storage powder cylinder 3-4 fast assembling-disassembling.The traction wheel 1-2 of base 1 is positioned at the left and right sides below pedestal 1-1-1, is made up of roller 1-2-1, roller 1-2-2, roller 1-2-3, roller 1-2-4 and retainer 1-2-5, retainer 1-2-6.Retainer 1-2-5, retainer 1-2-6 are connected with pedestal 1-1-1, roller 1-2-1, roller 1-2-2, roller 1-2-3, roller 1-2-4 arranged in parallel between two, spacing by retainer 1-2-5, retainer 1-2-6.Traction wheel 1-2, for drawing complete machine motion, reduces the rubbing action with ground in overall operation process.
As shown in Figure 3, the full-filling mechanism 2-1 filling out powder device 2 is positioned at base 1 lower inner, uses linkage 2-2 to drive full-filling mechanism 2-1 to move reciprocatingly, completes dusting action.Described full-filling mechanism 2-1 is positioned at base 1 lower inner, by full-filling block 2-1-1, U-shapedly take turns 2-1-2, U-shapedly take turns 2-1-3, U-shapedly take turns 2-1-4, U-shapedly take turns 2-1-5, U-shaped wheel shaft 2-1-6, the U-shaped retainer 2-1-7 that takes turns forms, a circular hole is had in the middle part of full-filling block 2-1-1, powder can be made to pass through smoothly, upper design has guardrail limit, prevent powder side leakage, U-shapedly take turns 2-1-2, U-shapedly take turns 2-1-3, U-shapedly take turns 2-1-4, the U-shaped 2-1-5 of wheel is evenly arranged in both sides before and after full-filling block 2-1-1, be connected with full-filling block 2-1-1 by U-shaped wheel shaft 2-1-6, the U-shaped retainer 2-1-7 that takes turns comprises 4 circular shafts, be distributed in both sides before and after base, combination is clamped four and U-shapedly to be taken turns up and down between two, U-shaped wheel is moved reciprocatingly U-shaped wheel in retainer.Described linkage 2-2 comprises rocking bar 2-2-1, connecting rod 2-2-2, fork 2-2-3, bearing pin 2-2-4, slide block 2-2-5.Rocking bar 2-2-1 is connected with transmission device, connecting rod 2-2-2 connects rocking bar 2-2-1 and fork 2-2-3, fork 2-2-3 is swung around bearing pin 2-2-4, and drives slide block 2-2-5 to move reciprocatingly, slide block 2-2-5 is connected with the full-filling block 2-1-1 of full-filling mechanism 2-1, drives full-filling mechanism 2-1 to do dusting campaign.
As shown in Figure 4, powder pressing device 3 is positioned at the top of entire machine, and by V belt translation input power, it comprises supporting base 3-1, friction wheel mechanism 3-2, the push rod 3-3 that exerts pressure, storage powder cylinder 3-4.Friction wheel mechanism 3-2 comprises active friction wheel 3-2-1, driven friction pulley 3-2-2, axle 3-2-3, axle 3-2-4, bearing block 3-2-5.Bearing block 3-2-5 is fixed on support plate 3-1, and active friction wheel 3-2-1, driven friction pulley 3-2-2 are fixed on bearing block 3-2-5 respectively by axle 3-2-3, axle 3-2-4, and axle 3-2-3 is connected with transmission device 6.The push rod 3-3 that exerts pressure comprises push rod 3-3-1, push-plate 3-3-2, push rod limited block 3-3-3, push rod 3-3-1 are clipped in active friction wheel 3-2-1, to put in storage powder cylinder 3-4 through supporting base 3-1 between driven friction pulley 3-2-2.Push-plate 3-3-2 is arranged on bottom push rod 3-3-1, and push rod limited block 3-3-3 is fixed on the upper end of push rod 3-3-1, the movement travel of restriction push rod 3-3-1.The active friction wheel 3-2-1 of its friction wheel mechanism 3-2, driven friction pulley 3-2-2 acting in conjunction make push rod 3-3-1 move up and down, and by outer active force, push rod 3-3-1 are moved up and down fast.Push-plate 3-3-2 down pushes powder, powder in operation process is constantly entered and fills out powder device 2, and keep powder to have certain pressure.Push-plate 3-3-2 and supporting base 3-1 limits the up stroke of push rod 3-3-1, the down stroke of push rod limited block 3-3-3 and shell restriction push rod 3-3-1.
As shown in Figure 5, servicing unit 4 is positioned at the front of base 1, aims at wheel carrier 4-1-3, drips glue aligned wheels 4-1-4, mouth 4-1-5 aimed at by a glue and a glue control valve 4-1-6 forms by support 4-1-1, powder-wiping plate 4-1-2, a glue.Powder-wiping plate 4-1-2 is positioned near base 1 place below support 4-1-1, for blowing unnecessary powder off, dripping glue and aiming at wheel carrier 4-1-3, drip glue aligned wheels 4-1-4 design at support 4-1-1 end, dripping glue, make the accurate drip irrigation of glue to gap position for auxiliary.Dripping glue aligning mouth 4-1-5 is positioned in the middle part of support 4-1-1, dripping a glue control valve 4-1-6 and is positioned on a glue aligning mouth 4-1-5, dripping glue control valve 4-1-6 for controlling the break-make of glue.
As shown in Figure 6, Beverage bottle cover 5 is positioned at the upper right side of base 1, comprises adhesive dripping machine structure 5-1, balsam bottle 5-2, glue bottle holder 5-3.Adhesive dripping machine structure 5-1 uses capillarity, parital vacuum principle design, by dripping glue squeeze station base 5-1-1, drip glue squeeze station 5-1-2, spring 5-1-3, drip glue squeeze station limiting plate 5-1-4, bearing block 5-1-5, a glue squeegee roller 5-1-6 forms, drip glue squeeze station base 5-1-1 to be connected with base 1, drip glue squeeze station 5-1-2 and dripping above glue squeeze station base 5-1-1.Spring 5-1-3 is dripping glue squeeze station base 5-1-1 and is dripping between glue squeeze station 5-1-2, and making to drip glue squeeze station 5-1-2 can move up and down.Dripping glue squeeze station limiting plate 5-1-4 is fixed on bearing block 5-1-5, and for limiting the motion of dripping glue squeeze station 5-1-2, bearing block 5-1-5 is fixed on base 1.Drip glue squeegee roller 5-1-6 to be connected with transmission device 6, it is uniformly distributed some lobes, glue squeeze station 5-1-2 is dripped in lobe extruding.During work, with general defeated glue flexible pipe one end immersion balsam bottle 5-2, the other end is drawn through the defeated glue flexible pipe spacing hole, the glue squeeze station 5-1-2 that drip glue squeeze station limiting plate 5-1-4, and traction is to a glue aligning mouth 4-1-5 place of servicing unit 4.The lobe intermittence of dripping on glue squeegee roller 5-1-6 acts on drips on glue squeeze station 5-1-2, be clipped in the defeated glue flexible pipe dripped between glue squeeze station 5-1-2 and a glue squeegee roller 5-1-6 and be subject to intermittent extruding, generation parital vacuum and air (during blank pipe), glue flow, glue in balsam bottle 5-2 is drained out, by the break-make of dripping glue control valve 4-1-6 control glue on servicing unit 4.
As shown in Figure 7,8, transmission device 6 is made up of support plate 6-1-1, motor 6-1-2, motor cabinet 6-1-3, gear 6-1-4, gear 6-1-5, gear 6-1-6, gear 6-1-7, gear 6-1-8, belt wheel 6-1-9, belt wheel 6-1-10 and axle 6-1-11, axle 6-1-12, axle 6-1-13, axle 6-1-14, belt 6-1-15.Motor 6-1-2 motor cabinet 6-1-3 is fixed on base 1 upper left side, gear 6-1-4 is arranged on motor shaft, power passes to axle 6-1-12 through gear 6-1-4, gear 6-1-5, gear 6-1-6, and axle 6-1-12 is connected with the rocking bar 2-2-1 of linkage 2-2, and drive link mechanism 2-2 moves.Power passes to axle 6-1-13 through gear 6-1-6, gear 6-1-7, and belt wheel 6-1-9 is arranged on axle 6-1-13, and be with movable belt pulley 6-1-10 motion by belt 6-1-15, belt wheel 6-1-10 is arranged on the axle 3-2-3 of powder pressing device 3, for powder pressing device provides power.Axle 6-1-14 is connected with the active friction wheel 3-2-1 in powder pressing device 3, for pressure exerting arrangement provides power.Power passes to axle 6-1-14 by gear 6-1-7, gear 6-1-8, and axle 6-1-14 connects a glue squeegee roller 5-1-6 of adhesive dripping machine structure 5-1, drives a glue squeegee roller to move in a circle.
As shown in Figure 9, a kind of concrete technology of the automatic dry chemical joint filling solidification machine for splicing sheet material is: take off empty storage tube cell 3-4 with the spring bearer plate 1-1-2 on hand lower bottom base 1 and fill powder, with storage tube cell 3-4 lower end dead spring pressing plate 1-1-2, be pushed into inside spacing after unclamp, storage tube cell 3-4 is blocked in spring bearer plate 1-1-2 resilience.Apply external force with hand to press down rapidly to the push rod limited block 3-3-3 push rod 3-3 that makes to exert pressure, powder fills up the full-filling block 2-1-1 of powder device 2, drips the glue that drips that glue flexible pipe draws to servicing unit 4 from balsam bottle 5-2 and aims at mouth 4-1-5.Starter motor 6-1-2, makes the glue aligned wheels 4-1-4 that drips of servicing unit 4 aim at gap.Promote powder filler, full-filling mechanism 2-1 moves back and forth under the drive of connecting rod 2-2, and simultaneously active friction wheel 3-2-1, driven friction pulley 3-2-2 acting in conjunction are in the push rod 3-3 that exerts pressure, and the push rod 3-3 that makes to exert pressure moves downward.Fill out powder device 2 and powder pressing device 3 acting in conjunction makes powder clamp-on gap and fills up compacting, simultaneously, open the glue control valve 4-1-6 controlling glue break-make, Beverage bottle cover 5 constantly acts on and drips glue flexible pipe under the drive of motor 6-1-2, and make to drip glue aligned wheels 4-1-4 aligning splice plate surface gaps 7, glue is dropped in splice plate surface gaps 7 scope, completes solidification work.
Claims (9)
1. for splicing an automatic dry chemical joint filling curing for sheet material, it is characterized in that: comprise base, fill out powder device, powder pressing device, servicing unit, Beverage bottle cover and the transmission device that is connected with each device, wherein:
Spring mechanism on described base is made up of pedestal, spring bearer plate, pressing plate limiting plate and spring, and spring, between pedestal and spring bearer plate, makes spring bearer plate move up and down; Traction wheel is provided with below pedestal;
Described powder device of filling out comprises full-filling mechanism and linkage, and full-filling mechanism is positioned at below base, drives full-filling mechanism to do reciprocal dusting campaign by linkage;
Powder pressing device is positioned at the top of entire machine, comprises supporting base, friction wheel mechanism, pressure exerting arrangement and storage powder cylinder, and pressure exerting arrangement is connected with storage powder cylinder by friction wheel mechanism, exerts pressure and drives its press-powder to move;
Servicing unit is positioned at the front of base, assists Beverage bottle cover quick and precisely to drip glue, and blow unnecessary powder off by the rectangle powder-wiping plate in servicing unit by its built-in dripping glue aligned wheels, mouth aimed at by a glue and drip the acting in conjunction of glue control valve.
2. curing according to claim 1, is characterized in that: described spring bearer plate is positioned at above pedestal, and spring is fixed between pedestal and spring bearer plate, the position moved up and down by pressing plate limiting plate restraining spring pressing plate; Described traction wheel is positioned at the left and right sides below pedestal, and be made up of 4 rollers and 2 retainers, retainer is connected with pedestal, and roller is arranged in parallel between two, spacing by retainer.
3. curing according to claim 1, it is characterized in that: described full-filling mechanism by full-filling block, 4 are U-shapedly taken turns, U-shaped wheel shaft, U-shaped retainer of taking turns form, have a circular hole in the middle part of full-filling block, powder can be made to pass through smoothly, upper design has guardrail limit, prevents powder side leakage; U-shaped wheel is evenly arranged in both sides before and after full-filling block, is connected with full-filling block by U-shaped wheel shaft; U-shaped retainer of taking turns comprises 4 circular shafts, is distributed in both sides before and after base, combines the U-shaped track of taking turns of restriction four up and down between two.
4. curing according to claim 1, it is characterized in that: described linkage comprises rocking bar, connecting rod, fork, bearing pin and slide block, and rocking bar is connected with transmission device, connecting rod connects rocking bar and fork, fork is swung around bearing pin, and drives slide block to move reciprocatingly; Slide block is connected with the full-filling block of full-filling mechanism, drives full-filling mechanism to do reciprocally swinging, completes dusting action.
5. curing according to claim 1, it is characterized in that: described friction wheel mechanism comprises active friction wheel, driven friction pulley, axle and bearing block, bearing block is fixed on supporting base, active friction wheel, driven friction pulley are fixed on bearing block respectively by axle, and axle is connected with transmission device.
6. curing according to claim 1, is characterized in that: described pressure exerting arrangement comprises push rod, push-plate, push rod limited block, and push rod is limited between active friction wheel, driven friction pulley and also puts in storage powder cylinder through supporting base; Push-plate is arranged on bottom push rod, and push rod limited block is fixed on the upper end of push rod, restriction push rod stroke.
7. curing according to claim 1, it is characterized in that: described servicing unit is aimed at wheel carrier, a glue aligned wheels, a glue aligning mouth and a glue control valve formed by support, powder-wiping plate, a glue, powder-wiping plate is positioned at below support near base position, drip glue to aim at wheel carrier, drip the design of glue aligned wheels at stent ends, drip glue aligning mouth and be positioned at mid-stent, drip a glue control valve and be positioned on a glue aligning mouth.
8. curing according to claim 1, is characterized in that: described Beverage bottle cover is positioned at the upper right side of base, comprises adhesive dripping machine structure, balsam bottle, glue bottle holder; Described adhesive dripping machine structure, by dripping glue squeeze station base, drips glue squeeze station, spring, a glue squeeze station limiting plate, bearing block and drips glue squeegee roller composition, dripping glue squeeze station base and be connected with base, dripping glue squeeze station above a glue squeeze station base; Spring is dripping glue squeeze station base and is dripping between glue squeeze station; Dripping glue squeeze station limiting plate is fixed on bearing block, and the motion of glue squeeze station is dripped in restriction, and bearing block is fixed on base; Drip glue squeegee roller to be connected with transmission device, it is uniformly distributed some lobes, lobe is squeezed in and drips on glue squeeze station.
9. curing according to claim 1, it is characterized in that: described transmission device is by support plate, motor, motor cabinet, gear train, wheels and axle group and belt are with to form, support plate is positioned at the outside of base and powder pressing device, with the pedestal of base, the framework of the supporting base composition entire machine of powder pressing device, motor support is fixed on base upper left side, one road power is connected with the rocking bar of linkage through gear drive, one road power by gear and belt wheel transmission for powder pressing device provides power, another road power connects a glue squeegee roller of adhesive dripping machine structure by gear drive, a glue squeegee roller is driven to move in a circle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520333327.0U CN204673732U (en) | 2015-05-22 | 2015-05-22 | A kind of automatic dry chemical joint filling curing for splicing sheet material |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520333327.0U CN204673732U (en) | 2015-05-22 | 2015-05-22 | A kind of automatic dry chemical joint filling curing for splicing sheet material |
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| Publication Number | Publication Date |
|---|---|
| CN204673732U true CN204673732U (en) | 2015-09-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520333327.0U Withdrawn - After Issue CN204673732U (en) | 2015-05-22 | 2015-05-22 | A kind of automatic dry chemical joint filling curing for splicing sheet material |
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| CN (1) | CN204673732U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104890067A (en) * | 2015-05-22 | 2015-09-09 | 广西师范大学 | Automatic dry powder seam filling and curing machine for spliced plate and curing technique |
| CN107042434A (en) * | 2017-05-03 | 2017-08-15 | 华南农业大学 | A kind of automatic joint filling sander of chopping block |
-
2015
- 2015-05-22 CN CN201520333327.0U patent/CN204673732U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104890067A (en) * | 2015-05-22 | 2015-09-09 | 广西师范大学 | Automatic dry powder seam filling and curing machine for spliced plate and curing technique |
| CN107042434A (en) * | 2017-05-03 | 2017-08-15 | 华南农业大学 | A kind of automatic joint filling sander of chopping block |
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Granted publication date: 20150930 Effective date of abandoning: 20171114 |
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| AV01 | Patent right actively abandoned |