CN104707758B - A kind of ash glue painting machine - Google Patents
A kind of ash glue painting machine Download PDFInfo
- Publication number
- CN104707758B CN104707758B CN201510138066.1A CN201510138066A CN104707758B CN 104707758 B CN104707758 B CN 104707758B CN 201510138066 A CN201510138066 A CN 201510138066A CN 104707758 B CN104707758 B CN 104707758B
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- China
- Prior art keywords
- bearing
- borded pile
- screw sheel
- locating flange
- flange
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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
- B05C—APPARATUS FOR APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C5/00—Apparatus in which liquid or other fluent material is projected, poured or allowed to flow on to the surface of the work
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C—APPARATUS FOR APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C11/00—Component parts, details or accessories not specifically provided for in groups B05C1/00 - B05C9/00
- B05C11/10—Storage, supply or control of liquid or other fluent material; Recovery of excess liquid or other fluent material
- B05C11/1002—Means for controlling supply, i.e. flow or pressure, of liquid or other fluent material to the applying apparatus, e.g. valves
- B05C11/1007—Means for controlling supply, i.e. flow or pressure, of liquid or other fluent material to the applying apparatus, e.g. valves responsive to condition of liquid or other fluent material
- B05C11/1013—Means for controlling supply, i.e. flow or pressure, of liquid or other fluent material to the applying apparatus, e.g. valves responsive to condition of liquid or other fluent material responsive to flow or pressure of liquid or other fluent material
Abstract
A kind of ash glue painting machine.Specifically include：This machine is made up of screw sheel, borded pile, bearing block, locating flange basin, positioning bearing, thrust bearing；The present invention is installed in supporting frame, and connects motor and supporting grey glue feeder is installed.During start machine, by grey glue feeder, grey glue is delivered in screw sheel, by borded pile, grey glue is squeezed out in its blow tank of screw sheel again, synthetic plate pushes through in the spacing plane of its joint filling of screw sheel, the grey glue being extruded out from blow tank will be uniform, strong be applied to synthetic plate surface, and making grey glue be sent to each gap of synthetic plate and each corner, gluing is not still once smeared and is put in place, and grey glue place of arrival is all very equilibrium, solid, no dead angle.Its quality of sheet material through applying grey glue increases substantially.
Description
Technical field
The invention belongs to a kind of automatic double surface gluer is and in particular to arrive a kind of ash glue painting machine.
Background technology
Integrated sheet material is a kind of wood-based plate, with path material as raw materials for production, cuts into square sheet material through round log, or
Reel manufactured Board side bar that will be discarded, is then passed through fracture, sorting, refers to connect, splicing, the series of processes such as subsequent treatment and make
There is the integrated sheet material of solid wood of one fixed width, thickness, length.Integrated timber can replace solid wood to be applied to various corresponding necks
Domain.It is building trade, furniture, a kind of new base material of repairs profession use.
Integrated timber does not change structure and the feature of timber, and it is still the same with timber to be a kind of natural substrates, but from physics
From the point of view of mechanical property, the structure of wood-based plate and physico performance are not very stable, and difference of hardness, ductile strength are low.Meanwhile, pass
System integrated timber is due to by raw material and cost of labor conditionality, being more than using monomer footpath chi wide cut more than integrated timber composition material
The solid wood board square bar material of 30mm makes through radial direction mill teeth spreading, tangential plane gluing spicing forming type technique productions.This makes work
Skill still can not restrict the tangential variable characteristic of timber, when integrated timber internal monomer solid wood board square bar footpath chi is larger, temperature,
Still it is also easy to produce the defects such as harmomegathus, deformation, dry and cracked, distortion in humidity change environment greatly, then affect the quality of integrated timber.
Additionally, artificial board is in merging process, the individuality due to synthesizing material is variant, all can deposit between two synthesis materials
In very big gap, this gap not only affects the attractive in appearance of sheet material, and has an effect on the quality of sheet material.In order to overcome this lacking
Fall into, be currently by gap is filled up using grey glue, to reach the purpose of the quality of substantial sheet material.And be currently mostly to rely on people
Work is filled up these gaps in the form of scraping ash, but this method not only labor intensity height, waste time and energy, and work efficiency ten
Divide low.And which thereby enhance the production cost of finished product.
At present, also someone is scraped ash and carries out filling chink using machinery, and its method is mechanically to install supporting to scrape ash
Knife, integrated sheet material is placed on mechanically, then grey glue is applied on integrated sheet material, through sheet material is moved, makes to be coated with
The sheet material of grey glue is through lime scraping knife, and grey glue is then scraped in the gap of sheet material by scraper, but because the gap of sheet material is many and deep, has
Also has dead angle a bit, grey glue cannot be smeared at all and put in place by this method, and simply scrapes on its surface of gap, still has in sheet material body
Substantial amounts of cavity, breach, grey glue is filled up not in place, is led to make implant easily come off.Thus not only do not reach purpose, and
Waste of materials, produces work consuming, and its quality of sheet material through scraping grey filling chink remains has a greatly reduced quality.
Content of the invention
The purpose of the present invention be exactly overcome existing wood-based plate during applying grey glue produced various defects and provide complete
A kind of new ash glue painting machine.Specifically include：This machine is by screw sheel, borded pile, bearing block, locating flange basin, locating shaft
Hold, thrust bearing forms；The present invention is installed in supporting frame, and connects motor and supporting grey glue feeder is installed.
During start machine, by grey glue feeder, grey glue is delivered in screw sheel, then screw-casing is squeezed out grey glue by borded pile
In its blow tank of cylinder, synthetic plate pushes through in the spacing plane of its joint filling of screw sheel, the ash being extruded out from blow tank
Glue will be uniform, strong be applied to synthetic plate surface, and make grey glue be sent to each gap of synthetic plate and each corner, apply
Glue link is not still once smeared and is put in place, and grey glue place of arrival is all very equilibrium, solid, no dead angle.Through applying grey glue
Its quality of sheet material increases substantially.
The present invention is achieved through the following technical solutions：
A kind of ash glue painting machine, is in technical scheme：This machine is by screw sheel (1), borded pile (2), bearing block
(3), locating flange basin (4), positioning bearing (5), thrust bearing (6) composition.
Described screw sheel (1) is a cylindrical hollow pipe, and the front of screw sheel (1) is provided with joint filling
Spacing plane (7), is provided with blow tank (8) in the spacing plane of joint filling (7), and it is fixed to be each provided with two of screw sheel (1)
Position flange one (9), is each provided with fixing mounting (10) at the two ends of screw sheel (1), and each fixing mounting (10) is arranged
There are two screws (11), the reverse side of screw sheel (1) is provided with charging aperture (12), and is provided with positioning on charging aperture (12)
Flange two (13).
(2) solid cylinders of described borded pile, are provided with helical blade (14), in borded pile on borded pile (2)
(2) top is provided with locating shaft first (15), sets between the locating shaft first (15) and helical blade (14) of borded pile (2)
It is equipped with resistance material flange one (16), the bottom of borded pile (2) is provided with positioning spindle nose two (17) and bearing position (18), in bearing position
(18) it is provided with resistance material flange two (19) and resistance material flange three (20) and helical blade (14) between.
Described bearing block (3) is a cylindrical hollow pipe, and its structure is by stack shell (21), locating flange three
(22) form with clear material knife (23), be provided with flash mouth (24) between stack shell (21) and locating flange three (22), in flash mouth
(24) side is provided with knife rest (25), and material knife (23) is disposed upon on knife rest (25) clearly.
Described locating flange basin (4) is by locating flange four (26), sleeve positioning seat (27), wear-resisting jacket casing (28) group
Become, wherein, locating flange four (26) is disposed upon on sleeve positioning seat (27), and wear-resisting jacket casing (28) is disposed upon sleeve positioning
In seat (27).
Described positioning bearing (5) is deep groove ball bearing.
Described thrust bearing (6) is taper roll bearing.
Above-mentioned screw sheel (1), borded pile (2), bearing block (3), locating flange basin (4), positioning bearing (5), thrust axis
When holding (6) combination, it is that thrust bearing (6) and positioning bearing (5) are separately mounted on the bearing position (18) of borded pile (2),
Thrust bearing (6) is installed and the borded pile (2) of positioning bearing (5) is installed in bearing block (3), and make positioning spindle nose two (17)
Stretch out bearing block (3) outward, be installed on bearing block (3) borded pile (2) its be provided with helical blade (14) part be installed on again
In screw sheel (1), and borded pile (2) its locating shaft first (15) is made to stretch out screw sheel (1) outward, determining of bearing block (3)
Position flange three (22) and the locating flange one (9) of screw sheel (1) align and are tightened with screw, thus by bearing block (3) and
Screw sheel (1) integrator；Its wear-resisting jacket casing (28) in locating flange basin (4) is enclosed within and stretches out screw sheel (1) determining outward
On the spindle nose one (15) of position, and the locating flange one the locating flange four (26) in locating flange basin (4) and screw sheel (1)
(9) align and tightened with screw, thus by locating flange basin (4) and screw sheel (1) integrator.
The operation principle of this grey glue painting machine is：
Grey glue painting machine is installed in supporting frame, first for borded pile (2) its locating shaft (15) is connected to motor,
The locating flange two (13) being provided with screw sheel (1) its charging aperture (12) is provided with supporting grey glue feeder.By ash
Glue is positioned over grey glue feeder, then starts grey glue feeder, by grey glue feeder, grey glue is delivered into screw sheel (1)
Interior, then start grey glue painting machine simultaneously, under the drive of motor, borded pile (2) also concomitant rotation, and grey glue is transmitted in whole
Individual screw sheel (1), in the presence of resistance material flange one (16) and resistance material flange two (19), grey glue is covered with whole screw-casing quickly
Cylinder (1), constantly enters with grey glue, borded pile (2) then squeezes out, grey glue, the blow tank that screw sheel (1) front is provided with
(8) in, at this moment, synthetic plate is pushed through the spacing plane of the joint filling (7) being provided with screw sheel (1) front, from blow tank (8)
In the grey glue that is extruded out will be uniform, strong be applied to synthetic plate surface, and make grey glue be sent to synthetic plate
Each gap, each corner, gluing is once smeared and is put in place, and grey glue place of arrival is all very equilibrium, solid, no dead angle.
By the machine up and down to dress after, you can grey glue is disposably smeared by two faces of synthetic plate simultaneously and puts in place.
The invention has the advantages that：
1st, its structure composition of the present invention is novel, scientific and reasonable.
2nd, grey glue is carried out strongly squeezing out screw sheel by the present invention using spiral, the ash being extruded out from blow tank
Glue will be uniform, strong be applied to synthetic plate surface, and make grey glue be sent to each gap of synthetic plate and each corner, apply
Glue is not still once smeared and is put in place, and grey glue place of arrival is all very equilibrium, solid, no dead angle.
3rd, high degree of automation of the present invention, effect be good, saving is artificial, and its quality of sheet material through applying grey glue significantly carries
Height, improves conforming product rate, reduces waste product, reduces and wastes.
Brief description
The present invention is further described below in conjunction with the accompanying drawings.
Fig. 1 is the structural representation of the present invention.
Fig. 2 is also the structural representation in the present invention.
Fig. 3 is the structural representation of screw sheel in the present invention (1).
Fig. 4 is the structural representation of screw sheel in the present invention (1).
Fig. 5 is the structural representation of borded pile in the present invention (2).
Fig. 6 is the structural representation of bottom bracket of the present invention (3).
Fig. 7 is the structural representation that bottom bracket of the present invention (3) is fitted without expecting clearly during knife (23).
Fig. 8 is the structural representation of clear material knife (23) in the present invention.
Fig. 9 is the structural representation of locating flange basin (4) in the present invention.
Figure 10 is the structural representation of positioning bearing (5) in the present invention.
Figure 11 is the structural representation of thrust bearing in the present invention (6).
Figure 12 is structural representation when borded pile in the present invention (2) and thrust bearing (6) combination.
Figure 13 is knot when borded pile in the present invention (2), position flange basin (4), thrust bearing (6) and bearing block (3) combination
Structure schematic diagram.
In FIG, 7 is the spacing plane of joint filling being provided with screw sheel front, and 8 is set in the spacing plane of joint filling
Some blow tanks, 9 is the locating flange one being respectively provided with two of screw sheel, and 10 is being respectively arranged at the two ends with screw sheel
Fixing mounting, 11 is two screws that each fixing mounting is designed with, and 17 is the positioning spindle nose two being provided with borded pile bottom,
21 is stack shell, and 22 is locating flange three, and 24 is the flash mouth being provided between stack shell and locating flange three, and 26 is locating flange
Four, 27 is sleeve positioning seat.
In fig. 2,9 is the locating flange one being respectively provided with two of screw sheel, and 10 is each at the two ends of screw sheel
The fixing mounting being provided with, 11 is two screws that each fixing mounting is designed with, and 12 is in entering that screw sheel reverse side is provided with
Material mouth, 13 is the locating flange two being provided with charging aperture, and 17 is the positioning spindle nose two being provided with borded pile bottom, and 21 are
Stack shell, 22 is locating flange three, and 25 is the knife rest being provided with flash mouth side, and 26 is locating flange four, and 27 is sleeve positioning
Seat.
In figure 3,1 is screw sheel, and 9 is the locating flange one being respectively provided with two of screw sheel, and 10 is in spiral
The fixing mounting being respectively arranged at the two ends with of sleeve, 11 is two screws that each fixing mounting is designed with, and 12 is anti-in screw sheel
The charging aperture that face is provided with, 13 is the locating flange two being provided with charging aperture.
In the diagram, 1 is screw sheel, and 7 is the spacing plane of joint filling being provided with screw sheel front, and 8 is in joint filling limit
The blow tank that bit plane is provided with, 9 is the locating flange one being respectively provided with two of screw sheel, and 10 is in screw sheel
The fixing mounting being respectively arranged at the two ends with, 11 is two screws that each fixing mounting is designed with.
In Figure 5,2 is borded pile, and 14 is the helical blade being provided with borded pile, and 15 is set by spiral column top
Some locating shafts are first, and 16 is the first resistance material flange one being provided with and helical blade between of locating shaft in borded pile, and 17 are
The positioning spindle nose two being provided with borded pile bottom, 18 is the bearing position being provided with borded pile bottom, 19 be in bearing position and
Be provided with resistance material flange two between helical blade, 20 is the resistance material flange three being provided between bearing position and helical blade.
In figure 6,3 is bearing block, and 21 is stack shell, and 22 is locating flange three, and 23 is to expect knife clearly, and 24 is in stack shell and positioning
The flash mouth being provided between flange three, 25 is the knife rest being provided with flash mouth side.
In the figure 7,21 is stack shell, and 22 is locating flange three, 24 be provided between stack shell and locating flange three overflow
Material mouth, 25 is the knife rest being provided with flash mouth side.
In fig. 8,23 is to expect clearly knife.
In fig .9,4 is locating flange basin, and 26 is locating flange four, and 27 is sleeve positioning seat, and 28 is wear-resisting jacket casing.
In Fig. 10,5 is positioning bearing.
In fig. 11,6 is thrust bearing.
In fig. 12,6 is thrust bearing, and 14 is the helical blade being provided with borded pile, and 15 is in spiral column top
The locating shaft being provided with is first, and 16 is the first resistance material flange one being provided with and helical blade between of locating shaft in borded pile,
17 is the positioning spindle nose two being provided with borded pile bottom, and 18 is the bearing position being provided with borded pile bottom, and 19 is in bearing
Be provided with resistance material flange two between position and helical blade, 20 is the resistance material flange being provided between bearing position and helical blade
Three.
In fig. 13,14 is the helical blade being provided with borded pile, and 15 is in the positioning having set by spiral column top
Spindle nose one, 16 is the first resistance material flange one being provided with and helical blade between of locating shaft in borded pile, and 17 is in borded pile
The positioning spindle nose two that bottom is provided with, 21 is stack shell, and 22 is locating flange three, and 25 is the knife rest being provided with flash mouth side.
Specific embodiment
In conjunction with drawings and Examples, the present invention will be described in detail：
The present invention be by screw sheel (1), borded pile (2), bearing block (3), locating flange basin (4), positioning bearing (5),
Thrust bearing (6) forms.
Shown in Fig. 1 is the structural representation of the present invention.7 is the spacing plane of joint filling being provided with screw sheel front
(7), 8 is the blow tank (8) being provided with the spacing plane of joint filling, and 9 is the locating flange being respectively provided with two of screw sheel
One (9), 10 is the fixing mounting (10) being respectively arranged at the two ends with screw sheel, and 11 is two spiral shells that each fixing mounting is designed with
Hole (11), 17 is the positioning spindle nose two (11) being provided with borded pile bottom, and 21 is stack shell (21), and 22 is locating flange three
(22), 24 is flash mouth (24) being provided between stack shell and locating flange three, and 26 is locating flange four (26), and 27 is sleeve
Positioning seat (27).
Shown in Fig. 2 is the structural representation of the present invention.9 is the locating flange one being respectively provided with two of screw sheel
(9), 10 is the fixing mounting (10) being respectively arranged at the two ends with screw sheel, and 11 is two screws that each fixing mounting is designed with
(11), 12 is the charging aperture (12) being provided with screw sheel reverse side, and 13 is the locating flange two being provided with charging aperture
(13), 17 is the positioning spindle nose two (17) being provided with borded pile bottom, and 21 is stack shell (21), and 22 is locating flange three (22),
25 is the knife rest (25) being provided with flash mouth side, and 26 is locating flange four (26), and 27 is sleeve positioning seat (27).
Shown in Fig. 3 and Fig. 4 is the structural representation of screw sheel in the present invention (1).Screw sheel (1) is a cylinder
The hollow pipe of shape, is provided with the spacing plane of joint filling (7) in the front of screw sheel (1), in the upper setting of the spacing plane of joint filling (7)
There is blow tank (8), be each provided with locating flange one (9) at two of screw sheel (1), respectively set at the two ends of screw sheel (1)
It is equipped with fixing mounting (10), and each fixing mounting (10) is both provided with two screws (11), sets in the reverse side of screw sheel (1)
It is equipped with charging aperture (12), and locating flange two (13) is provided with charging aperture (12).
Shown in Fig. 5 is the structural representation of borded pile in the present invention (2).(2) solid cylinders of borded pile, in spiral
Helical blade (14) is provided with post (2), the top of borded pile (2) is provided with locating shaft first (15), in borded pile (2)
It is provided with resistance material flange one (16) between locating shaft first (15) and helical blade (14), be provided with the bottom of borded pile (2)
Positioning spindle nose two (17) and bearing position (18), are provided with resistance material flange two (19) between bearing position (18) and helical blade (14)
With resistance material flange three (20).
Shown in Fig. 6 is the structural representation of bottom bracket of the present invention (3).Bearing block (3) be one cylindrical hollow
Pipeline, its structure is made up of stack shell (21), locating flange three (22) and clear material knife (23), in stack shell (21) and locating flange three
(22) it is provided with flash mouth (24) between, flash mouth (24) side is provided with knife rest (25), material knife (23) is disposed upon knife clearly
On frame (25).
Shown in Fig. 7 is the structural representation that bottom bracket of the present invention (3) is fitted without expecting clearly during knife (23).Wherein, 21
It is stack shell (21), 22 is locating flange three (22), 24 is flash mouth (24) being provided between stack shell and locating flange three, 25
It is the knife rest (25) being provided with flash mouth side.
Shown in Fig. 8 is the structural representation of clear material knife (23) in the present invention.
Shown in Fig. 9 is the structural representation of locating flange basin (4) in the present invention.Locating flange basin (4) is by positioning mode
Lan Si (26), sleeve positioning seat (27), wear-resisting jacket casing (28) composition, wherein, locating flange four (26) is disposed upon sleeve positioning
On seat (27), and wear-resisting jacket casing (28) is disposed upon in sleeve positioning seat (27).
Shown in Figure 10 is the structural representation of positioning bearing (5) in the present invention.Positioning bearing (5) is deep groove ball bearing.
Shown in Figure 11 is the structural representation of thrust bearing in the present invention (6).Thrust bearing (6) is taper roller axle
Hold.
Shown in Figure 12 is structural representation when borded pile in the present invention (2) and thrust bearing (6) combination.Wherein, 6 are
Thrust bearing (6), 14 is the helical blade (14) being provided with borded pile, and 15 is in the locating shaft having set by spiral column top
First (15), 16 is the first resistance material flange one (16) being provided with and helical blade between of locating shaft in borded pile, 17 be
The positioning spindle nose two (17) that borded pile bottom is provided with, 18 is the bearing position (18) being provided with borded pile bottom, and 19 is in axle
Hold be provided with resistance material flange two (19) between position and helical blade, 20 is the resistance material being provided between bearing position and helical blade
Flange three (20).
Shown in Figure 13 is borded pile in the present invention (2), position flange basin (4), thrust bearing (6) and bearing block (3) combination
When structural representation.Wherein, 14 is the helical blade (14) being provided with borded pile, and 15 is to have set by spiral column top
Locating shaft first (15), 16 is the first resistance material flange one being provided with and helical blade between of locating shaft in borded pile
(16), 17 is the positioning spindle nose two (17) being provided with borded pile bottom, and 21 is stack shell (21), and 22 is locating flange three (22),
25 is the knife rest (25) being provided with flash mouth side.
Above-mentioned screw sheel (1), borded pile (2), bearing block (3), locating flange basin (4), positioning bearing (5), thrust axis
When holding (6) combination, it is that thrust bearing (6) and positioning bearing (5) are separately mounted on the bearing position (18) of borded pile (2),
Thrust bearing (6) is installed and the borded pile (2) of positioning bearing (5) is installed in bearing block (3), and make positioning spindle nose two (17)
Stretch out bearing block (3) outward, be installed on bearing block (3) borded pile (2) its be provided with helical blade (14) part be installed on again
In screw sheel (1), and borded pile (2) its locating shaft first (15) is made to stretch out screw sheel (1) outward, determining of bearing block (3)
Position flange three (22) and the locating flange one (9) of screw sheel (1) align and are tightened with screw, thus by bearing block (3) and
Screw sheel (1) integrator；Its wear-resisting jacket casing (28) in locating flange basin (4) is enclosed within and stretches out screw sheel (1) determining outward
On the spindle nose one (15) of position, and the locating flange one the locating flange four (26) in locating flange basin (4) and screw sheel (1)
(9) align and tightened with screw, thus by locating flange basin (4) and screw sheel (1) integrator.
The operation principle of this grey glue painting machine is：
Grey glue painting machine is installed in supporting frame, first for borded pile (2) its locating shaft (15) is connected to motor,
The locating flange two (13) being provided with screw sheel (1) its charging aperture (12) is provided with supporting grey glue feeder.By ash
Glue is positioned over grey glue feeder, then starts grey glue feeder, by grey glue feeder, grey glue is delivered into screw sheel (1)
Interior, then start grey glue painting machine simultaneously, under the drive of motor, borded pile (2) also concomitant rotation, and grey glue is transmitted in whole
Individual screw sheel (1), in the presence of resistance material flange one (16) and resistance material flange two (19), grey glue is covered with whole screw-casing quickly
Cylinder (1), constantly enters with grey glue, borded pile (2) then squeezes out, grey glue, the blow tank that screw sheel (1) front is provided with
(8) in, at this moment, synthetic plate is pushed through the spacing plane of the joint filling (7) being provided with screw sheel (1) front, from blow tank (8)
In the grey glue that is extruded out will be uniform, strong be applied to synthetic plate surface, and make grey glue be sent to synthetic plate
Each gap, each corner, gluing is once smeared and is put in place, and grey glue place of arrival is all very equilibrium, solid, no dead angle.
By the machine up and down to dress after, you can grey glue is disposably smeared by two faces of synthetic plate simultaneously and puts in place.
Claims (1)
1. a kind of ash glue painting machine it is characterised in that：This machine is by screw sheel (1), borded pile (2), bearing block (3), positioning
Flange basin (4), positioning bearing (5), thrust bearing (6) composition；
Described screw sheel (1) is a cylindrical hollow pipe, the front of screw sheel (1) is provided with joint filling spacing
Plane (7), is provided with blow tank (8) in the spacing plane of joint filling (7), is each provided with positioning mode at two of screw sheel (1)
Blue one (9), it is each provided with fixing mounting (10) at the two ends of screw sheel (1), and each fixing mounting (10) is both provided with two
Individual screw (11), is provided with charging aperture (12) in the reverse side of screw sheel (1), and is provided with locating flange on charging aperture (12)
Two (13)；
(2) solid cylinders of described borded pile, are provided with helical blade (14), in borded pile (2) on borded pile (2)
Top is provided with locating shaft first (15), is provided between the locating shaft first (15) and helical blade (14) of borded pile (2)
Resistance material flange one (16), is provided with positioning spindle nose two (17) and bearing position (18) in the bottom of borded pile (2), in bearing position (18)
It is provided with resistance material flange two (19) and resistance material flange three (20) and helical blade (14) between；
Described bearing block (3) is a cylindrical hollow pipe, its structure be by stack shell (21), locating flange three (22) and
Clear material knife (23) composition, is provided with flash mouth (24) between stack shell (21) and locating flange three (22), other in flash mouth (24)
While being provided with knife rest (25), material knife (23) is disposed upon on knife rest (25) clearly；
Described locating flange basin (4) is made up of locating flange four (26), sleeve positioning seat (27), wear-resisting jacket casing (28), its
In, locating flange four (26) is disposed upon on sleeve positioning seat (27), and wear-resisting jacket casing (28) is disposed upon sleeve positioning seat
(27) in；
Described positioning bearing (5) is deep groove ball bearing；
Described thrust bearing (6) is taper roll bearing；
Above-mentioned screw sheel (1), borded pile (2), bearing block (3), locating flange basin (4), positioning bearing (5), thrust bearing (6)
During combination, it is thrust bearing (6) and positioning bearing (5) to be separately mounted on the bearing position (18) of borded pile (2), being provided with
The borded pile (2) of thrust bearing (6) and positioning bearing (5) is installed in bearing block (3), and makes positioning spindle nose two (17) projecting shaft
Bearing (3) outward, be installed on bearing block (3) borded pile (2) its be provided with helical blade (14) part be installed on screw-casing again
In cylinder (1), and borded pile (2) its locating shaft first (15) is made to stretch out screw sheel (1) outward, the locating flange of bearing block (3)
Three (22) and the locating flange one (9) of screw sheel (1) align and tightened with screw, thus by bearing block (3) and screw-casing
Cylinder (1) integrator；Its wear-resisting jacket casing (28) in locating flange basin (4) is enclosed within the positioning spindle nose stretching out screw sheel (1) outward
On one (15) and the locating flange four (26) in locating flange basin (4) is relative with the locating flange one (9) of screw sheel (1)
Neat and tightened with screw, thus by locating flange basin (4) and screw sheel (1) integrator.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510138066.1A CN104707758B (en) | 2015-03-27 | 2015-03-27 | A kind of ash glue painting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510138066.1A CN104707758B (en) | 2015-03-27 | 2015-03-27 | A kind of ash glue painting machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104707758A CN104707758A (en) | 2015-06-17 |
| CN104707758B true CN104707758B (en) | 2017-03-01 |
Family
ID=53407774
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510138066.1A Active CN104707758B (en) | 2015-03-27 | 2015-03-27 | A kind of ash glue painting machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105619546A (en) * | 2016-03-10 | 2016-06-01 | 广西南宁侨盛木业有限责任公司 | System capable of achieving double-sided mechanical and automatic pouring and filling of spackling compound for laminated board |
| CN110420807A (en) * | 2019-08-06 | 2019-11-08 | 深圳市中孚能电气设备有限公司 | A kind of equipment and glue-pouring device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN203048027U (en) * | 2012-12-07 | 2013-07-10 | 四川顶点建筑工程有限公司 | Anti-blocking type double discharge port spiral conveyer |
| CN203581858U (en) * | 2013-09-10 | 2014-05-07 | 湖南水口山有色金属集团有限公司 | Pulverized coal screw conveying device |
| CN204523407U (en) * | 2015-03-27 | 2015-08-05 | 广西南宁侨盛木业有限责任公司 | A kind of grey glue painting machine |
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| US7621113B2 (en) * | 2008-04-04 | 2009-11-24 | Cnh America Llc | Auger with tapered flighting |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN203048027U (en) * | 2012-12-07 | 2013-07-10 | 四川顶点建筑工程有限公司 | Anti-blocking type double discharge port spiral conveyer |
| CN203581858U (en) * | 2013-09-10 | 2014-05-07 | 湖南水口山有色金属集团有限公司 | Pulverized coal screw conveying device |
| CN204523407U (en) * | 2015-03-27 | 2015-08-05 | 广西南宁侨盛木业有限责任公司 | A kind of grey glue painting machine |
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