CN205270000U - Granular materials's glue applying device - Google Patents
Granular materials's glue applying device Download PDFInfo
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- CN205270000U CN205270000U CN201520983304.4U CN201520983304U CN205270000U CN 205270000 U CN205270000 U CN 205270000U CN 201520983304 U CN201520983304 U CN 201520983304U CN 205270000 U CN205270000 U CN 205270000U
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- applying glue
- negative pressure
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Abstract
The utility model provides a granular materials's glue applying device, including last, the material of configuration is made thinner and is pushed up and granule collection storehouse down, the material is made thinner to push up and is most advanced cavity toper up, the interior installation glueing subassembly of cavity that the material was made thinner and is pushed up, the storehouse top was collected to the granule feed inlet opening is just made thinner at the bottom of the awl on top to the material, and the feed inlet opening is located the material, and to make thinner at the bottom of the awl on top the outer fringe inboard, configuration negative pressure air extraction subassembly on the discharge gate of granule collection storehouse bottom, the inside negative pressure that keeps in storehouse is collected to the space region and the granule that make the material make thinner between a bottom and the feed inlet, the material is made thinner and is connected through the jacking subassembly between top and the granule collection storehouse, between the two can relative movement, thereby increase or reduce the material distance between a bottom and the feed inlet of making thinner. The device's the material and the mixture of glue solution, glueing and material process are gone on simultaneously, not only do benefit to continuous production to material and glue solution mix fully, and the glueing is abundant, and glueing in -process material granule can not block up the delivery outlet of glue solution.
Description
Technical field
The utility model relates to top sizing, the spraying field of particle, particularly relates to the applying glue device of wood-based plate material particles.
Background technology
Wood-based plate is taking timber or other non-wood plants as raw material, after the unit material that certain mechanical workout is separated into various small-particle, and the sheet material that other additives glue together and become or pressing that applies or do not apply tackiness agent.
In order to make the unit material (such as wood shavings, stalk) of small-particle can be good at gummed, it is necessary to making limited tackiness agent evenly be distributed to the surface of material particles, this technique is called applying glue.
A kind of external spraying applications technique, it it is the parallel clamping transfer roller utilizing about many height configurations, material is made thinner on a moving belt repeatedly, straight curtain waterfall shape discharging is become again from the output terminal of travelling belt, then from curtain waterfall both sides, alignment curtain waterfall surface spraying glue mist, the sizing efficiency of this kind of method is better, the cost of e Foerderanlage very expensive (the reaching several hundred ten thousand yuan) but material is made thinner, and the maintenance cost of upkeep of equipment is also higher, simultaneously, volume and density to material particles have strict limitation, namely, the volume of material particles is excessive, density is excessive, or all excessive material particles of volume density can affect makes thinner and the effect of applying glue, expensive handling equipment of making thinner even can be damaged time serious, be not suitable for the process for processing mode of domestic extensive style.
A kind of domestic glue-applying technique, it is that applying glue pipeline is set vertically in cylinder, the material particles in cylinder and glue liquid is impelled fully to mix by drum rotating, this kind of method is in applying glue process, applying glue mouth can contact with material particles, and material particles easily blocks applying glue mouth, and cleaning up is cumbersome, and clean and maintenance frequently also can holding time, cause production efficiency low.
Practical novel content
Technical problem to be solved in the utility model is to provide the applying glue device of a kind of granular material, the structure of making thinner of this device is simple, thinning effect is good, the mixing of material and glue liquid, applying glue and material process carry out simultaneously, not only it is beneficial to continuous production, fully, applying glue is abundant, and in applying glue process, material particles can not block the situation of the delivery port of glue liquid for material and the mixing of glue liquid.
The utility model is achieved through the following technical solutions:
The applying glue device of a kind of granular material, it is characterised in that:
The material that described device comprises upper and lower configuration is made thinner top and particle collecting bin,
Material is made thinner and pushed up is most advanced and sophisticated hollow taper upward, the cavity interior installation applying glue assembly that material is made thinner and pushed up, and the delivery port of applying glue assembly is made thinner at the bottom of the cone pushed up higher than material,
The opening for feed opening at particle collecting bin top just material is being made thinner top cone at the bottom of, and opening for feed opening be positioned at material make thinner top cone at the bottom of inside outer rim,
Discharge port bottom particle collecting bin configures negative pressure ventilation assembly, makes area of space that material makes thinner between top/bottom part and opening for feed and particle collecting bin inside keep negative pressure state,
Material is made thinner and is connected by jacking assembly between top and particle collecting bin, between the two can relative movement, thus increase or reduce the distance that material makes thinner between top/bottom part and opening for feed.
This device forms negative pressure region by negative pressure ventilation assembly, made thinner the mixtures of materials pushing up and making thinner into curtain waterfall shape in the process by this negative pressure region by material, material particles moves towards the material lower section inside top/bottom part outer rim of making thinner, particle collecting bin is entered by opening for feed, at there and the same glue liquid droplets mixing come by negative pressure-pumping, in mixing process, band glue material continues by negative pressure-pumping, thus complete applying glue and output, for the ease of the production of continuity, mixing, applying glue and output carry out simultaneously, material on the one hand the successive material that entered by negative pressure-pumping make thinner the underlying space inside top/bottom part outer rim and export this space, it is convenient to follow-up material enter, on the other hand, material and glue liquid are small volume or free state high-speed mobile in subnormal ambient, moving process collides mutually, realize the abundant mixing of material and glue liquid, ensure that applying glue is abundant.
Further, this device also can simultaneously for the further screening of the material particles before applying glue, or, do not enable applying glue assembly, be only used as the screening of material particles. Made thinner the mixtures of materials pushing up and making thinner into curtain waterfall shape in the process by negative pressure region by material, the all suitable material particles of volume and density moves towards the material lower section inside top/bottom part outer rim of making thinner, particle collecting bin is entered by opening for feed, and continue by negative pressure-pumping, exported by discharge port, so that the excessive material of the screening of continuity, volume and/or density continues to be dropped through negative pressure district in curtain waterfall shape, it is collected in particle collecting bin outside, thus reaches the object of Isolation and screening. Therefore, it is possible to arrange the structure of discharging skirtboard, the particle collecting bin sidewall outside described opening for feed outwards turns over folding in oblique lower section, forms a circle discharging skirtboard. The function of discharging apron board structure is to impel the short stay of the material curtain waterfall in dynamically falling in negative pressure district, so that the abundant isolated at suction of negative pressure may be held under the arm the suitable material particles being rolled in material curtain waterfall, then volume and/or the excessive material of density continue along discharging skirtboard outwardly, landing downwards.
Further again, discharging skirtboard can also be designed to the structure that can overturn as follows: the discharging skirtboard that the particle collecting bin outer rim outside described opening for feed tilts downwards with a circle outer rim, described discharging skirtboard is made up of the multi-disc independence fan blades configured around particle collecting bin top outer rim, in each fan blades, edge is rotatably installed on particle collecting bin, fan blades outer rim can overturn around its inner rim, thus change the angle of inclination of discharging skirtboard, the covering of the fan of each fan blades tilts, the both sides side height adjacent with edge in fan blades, side is low, the part covering of the fan stacking of adjacent two fan blades interlocks, one fan blades height side is positioned at the surface of adjacent fan blades downside. the discharging skirtboard that this kind is made up of multi-disc fan blades superposition, as umbrella, can adjusting angle up and down, the discharging skirtboard of adjustable angle is used for the granule materials that sorting is in criticality, its effect is the time that control is in that the particulate matter of criticality stops on skirtboard, implements further sorting.
Further again, described jacking assembly is the manual adjustment means such as adjusting bolt and so on, and adjustment bolt quantity is three, makes thinner top/bottom part circumference evenly vertical along material. Adjustment bolt one end is fixed on material and makes thinner on top or particle collecting bin, the other end is made thinner top through particle collecting bin or material, end configuration nut, adjust particle collecting bin and material by rotary nut to make thinner the spiro rod length between top, namely adjustable material is made thinner the distance between top/bottom part and opening for feed, thus adjusts the height in negative pressure district.
Further again, described jacking assembly can also be the electric adjusting mechanism of such as feed screw nut's hoisting appliance and so on, axially it is arranged on material by motor-driven feed screw nut pair makes thinner in top along material top of making thinner, union lever one end is rotationally connected the nut of feed screw nut pair, and the other end is rotationally connected particle collecting bin. Driven by motor screw mandrel rotates, and nut moves up and down along screw mandrel, impels particle collecting bin and the material distance between top of making thinner to change by union lever, thus adjusts the height in negative pressure district.
Certainly, jacking assembly can also be such as in screw block and so on hydraulicefficiency governing structure.
Further again, described material makes thinner top for cone, and opening for feed is the round mouth corresponding with it, and intake port is less than or equal to the cone bottom diameter that material is made thinner and pushed up. Not only it is beneficial to processing, and the effective of separation of making thinner.
Further again, described negative pressure ventilation assembly passes through one section of carrier pipe and is connected with discharge port, by setting up the inner carrier pipe structure for subnormal ambient, it is possible to mixing is abundant further in course of conveying to make material particles and glue liquid, it is to increase the uniformity coefficient of mixing. Carrier pipe can be straight pipe, bending tube or S shape pipe.
Further again, applying glue assembly for dripping a Jiao Zui, atomizing nozzle or get rid of the applying glue device that glue dish etc. has similar applying glue function.
Further again, described negative pressure ventilation assembly be vacuum pump or blower fan or other there is the similar device vacuumizing function.
Further again, Configuration Control Unit on described vacuum pump or blower fan. Controlled vacuum pump or fan speed by controller, adjust the vacuum magnitude in Hun Jiao district under realizing not shutdown situation and control mixed glue effect.
Further again, described device configures atmospheric moisture/density sensor, described atmospheric moisture/density sensor is by control circuit signal connection control device. Atmospheric moisture/the density of the Working environment that this sensor records is utilized automatically to control vacuum pump or fan speed, and then the negative pressure in the Hun Jiao district of control in real time, it is achieved the high precision of mixed glue effect, efficiently to control.
Further again, described device configures mass flow watch-dog, mass flow watch-dog is by control circuit signal connection control device. Mass flow watch-dog Real-Time Monitoring enters the mass flow data of system, automatically controls vacuum pump or fan speed in real time according to the change of mass flow, realizes the high precision of mixed glue effect, efficient control and wider subject range further.
The beneficial effects of the utility model are:
1, the mixing of the material of this device and glue liquid, applying glue and material process carry out simultaneously, are not only beneficial to continuous production, and material and the mixing of glue liquid are fully, and applying glue is abundant;
2, the structure of device is simple, structure of especially making thinner, and all more existing device of making thinner of its manufacturing cost and maintenance cost reduces greatly, is convenient to reduce manufacturing cost;
3, in applying glue process, material particles can not block the delivery port of glue liquid, and the injection rate of glue liquid is accurately reliable, also there is not the situation of frequent cleaning glue liquid delivery port;
4, this device can by disposable screening action, by material particles all suitable to volume and density from mixtures of materials screening and separating out, screening efficiency height, screening effect is good;
5, can regulable control filters out in several ways particle volume and/or density, be not only applicable to the material particles screening of industry of artificial boards, be applicable to the material particles screening of other production, processing industry yet; Further, apparatus structure is simple, good reliability, manufactures with maintenance cost not high, is beneficial to continuity, the high-level efficiency screening of coarse fodder;
The techniques such as the material particles applying glue 6, not being only applicable to industry of artificial boards, also can be used for the surface lacquer of the material particles of other production, processing industry, painted;
7, can according to the change of sorting environmental air humidity/density, the wind speed in the change of mass flow control in real time Hun Jiao district and negative pressure value, realize the high precision of mixed glue effect, efficient control and wider subject range further.
Accompanying drawing explanation
Fig. 1 be existing a kind of applying glue cylinder face cut-away illustration
Fig. 2 be a kind of preferred structure of this device face cut-away illustration
Fig. 3 be this device another kind of preferred structure face cut-away illustration
Fig. 4 be the third preferred structure of this device face cut-away illustration
Fig. 5 is the vertical view of discharging skirtboard in Fig. 4
Fig. 6 is the connection structure front elevational schematic of the adjacent two panels fan blades of discharging skirtboard and particle collecting bin in Fig. 5
Fig. 7 is the reverses direction schematic diagram of discharging skirtboard in Fig. 4
In Fig. 1��7: 1 makes thinner top for material, and 2 is particle collecting bin, and 201 is opening for feed, and 202 is discharging skirtboard, 203 is discharge port, and 3 is feed screw nut's hoisting appliance, and 4 is adjustment bolt, and 5 for dripping Jiao Zui, 6 is atomizing nozzle, and 7 for getting rid of glue dish, and 8 is negative pressure ventilation assembly, and 9 is carrier pipe.
Embodiment
Below in conjunction with accompanying drawing, the utility model is described in further detail.
Fig. 1 is a kind of existing cylinder applying glue structure, arranging applying glue pipeline in cylinder vertically, impel the material particles in cylinder and glue liquid fully to mix by drum rotating, this kind of method is in applying glue process, applying glue mouth can contact with material particles, and material particles easily blocks applying glue mouth.
If Fig. 2��6 are that the several of the utility model glue applying method practice structure, the direction of arrow in figure is the direction of motion of material:
The material that device comprises upper and lower configuration is made thinner top 1 and particle collecting bin 2.
Material makes thinner top 1 in most advanced and sophisticated hollow conic upward, material make thinner top 1 cavity in applying glue assembly is installed, the delivery port of applying glue assembly make thinner higher than material top 1 cone at the bottom of, applying glue assembly can be drip a glue mouth 5, atomizing nozzle 6 or get rid of glue dish 7.
Circular opening for feed 201 opening at particle collecting bin 2 top just material is being made thinner top 1 cone at the bottom of, opening for feed 201 diameter be less than or equal to material make thinner top 1 cone bottom diameter, the discharge port 203 bottom particle collecting bin 2 configures negative pressure ventilation assembly 8. Negative pressure ventilation assembly 8 makes material make thinner bottom top 1 and area of space between opening for feed 201 and particle collecting bin 2 inside keep negative pressure state, material is made thinner and is connected by jacking assembly between top 1 and particle collecting bin 2, between the two can relative movement, thus increase or reduce material and make thinner bottom top 1 and distance between opening for feed 201.
In Fig. 3, particle collecting bin 2 sidewall outside opening for feed 201 outwards turns over folding in oblique lower section, forms a circle discharging skirtboard 202.
In Fig. 4��6, the discharging skirtboard 202 that particle collecting bin 2 outer rim outside opening for feed 201 tilts downwards with a circle outer rim, discharging skirtboard 202 is made up of the multi-disc independence fan blades configured around particle collecting bin 2 top outer rim, in each fan blades, edge is rotatably installed on particle collecting bin 2, fan blades outer rim can overturn around its inner rim, thus change the angle of inclination of discharging skirtboard 202, the covering of the fan of each fan blades tilts, the both sides side height adjacent with edge in fan blades, side is low, the part covering of the fan stacking of adjacent two fan blades interlocks, one fan blades height side is positioned at the surface of adjacent fan blades downside. as shown in Figure 7, discharging skirtboard 202 is rotatably connected on opening for feed 201, and it turns over knuckle degree and can regulate, and in figure, the direction of arrow is the reverses direction of discharging skirtboard 202.
Jacking assembly in Fig. 3, Fig. 4 is adjustment bolt 4, and adjustment bolt 4 quantity is three, makes thinner along material and pushes up circumference evenly vertical bottom 1.
Jacking assembly in Fig. 2 is feed screw nut's hoisting appliance 3, is axially arranged on material by motor-driven feed screw nut pair makes thinner in top 1 along material top 1 of making thinner, and union lever one end is rotationally connected the nut of feed screw nut pair, and the other end is rotationally connected particle collecting bin 2.
As shown in Figure 4, negative pressure ventilation assembly 8 is connected with discharge port 203 by one section of carrier pipe 9. By setting up carrier pipe 9, it is possible to mixing is abundant further in course of conveying to make material particles and glue liquid, it is to increase the uniformity coefficient of mixing.
This device forms negative pressure region by negative pressure ventilation assembly, made thinner the mixtures of materials pushing up and making thinner into curtain waterfall shape in the process by this negative pressure region by material, the all suitable material particles of volume and density moves towards the material lower section inside outer rim of making thinner bottom top 1, particle collecting bin 2 is entered, at there and the same glue liquid droplets mixing come by negative pressure-pumping by opening for feed; Volume and/or the excessive material of density continue to be dropped through negative pressure district in curtain waterfall shape, are collected in particle collecting bin outside, thus reach the object of Isolation and screening.
In particle collecting bin 2, in the mixing process of material particles and glue liquid, band glue material continues by negative pressure-pumping, thus complete applying glue and output, for the ease of the production of continuity, mixing, applying glue and output carry out simultaneously, material is on the one hand successive to be entered by negative pressure-pumping in particle collecting bin 2 and exports, it is convenient to follow-up material enter, on the other hand, material and glue liquid in small volume or free state high-speed mobile, mutually collide in moving process in subnormal ambient, realize the abundant mixing of material and glue liquid, ensure that applying glue is abundant.
Negative pressure ventilation assembly 8 be vacuum pump or blower fan or other there is the similar device vacuumizing function. On vacuum pump or blower fan can Configuration Control Unit, controlled vacuum pump or fan speed by controller, adjust the vacuum magnitude in Hun Jiao district under realizing not shutdown situation and control mixed glue effect; Can also configuring atmospheric moisture/density sensor on device, atmospheric moisture/density sensor is by control circuit signal connection control device. Atmospheric moisture/the density utilizing this sensor to record controls vacuum pump or fan speed automatically, and then the negative pressure in the Hun Jiao district of control in real time, it is achieved mixes the high precision of glue effect, efficiently control; Can also configuring mass flow watch-dog on device, mass flow watch-dog is by control circuit signal connection control device. Mass flow watch-dog Real-Time Monitoring enters the mass flow data of system, automatically controls vacuum pump or fan speed in real time according to the change of mass flow, realizes the high precision of mixed glue effect, efficient control and wider subject range further.
The enforcement principle of the realization of this device is: material is downward with an initial velocity, boundling becomes column to continue the vertex of a cone position discharging towards cone; Material is along the conical surface landing of cone, and the conical surface that the material in landing is increased gradually by diameter is made thinner, in film shape dynamic coverage on the conical surface, until material landing is to boring bottom, continue to fall in annular curtain waterfall shape along cone end outer rim; Curtain waterfall shape material fall in through a negative pressure district, by negative pressure-pumping, material particles moves laterally to the underlying space inside outer rim at the bottom of the cone of cone, and mixes with the glue liquid being drawn into this place downwards by negative pressure in described space; While mixing, band glue material particles is continued to aspirate by negative pressure and exports outside described space, in mixing, output procedure, material particles and glue liquid overturn under suction function and move, and mutually collide, glue liquid uniform fold is on material particles surface, it is achieved the applying glue of material particles; The delivery port of described glue liquid is positioned at the top in described space.
Present method first utilizes the conical surface discharging structure of cone that mixtures of materials is made thinner into curtain waterfall shape, then negative pressure is utilized by material particles and the suction of glue liquid and to mix in an area of space, in this area of space, material and glue liquid are respectively in the particulate state of dispersion, droplet shape high speed rotating and motion, and mutually collide, droplet shape glue liquid uniform fold is on the surface of granular material, reach the technological effect of applying glue, for the ease of the production of continuity, mixing, applying glue and material conveying process carry out simultaneously, underlying space inside outer rim at the bottom of the cone being entered cone by negative pressure-pumping that material is on the one hand successive also exports this space, it is convenient to follow-up material enter, on the other hand, material and glue liquid are small volume or free state high-speed mobile in subnormal ambient, moving process collides mutually, realize the abundant mixing of material and glue liquid, ensure that applying glue is abundant.
Making thinner of mixtures of materials is that individual particle in order to ensure material enough disperses when entering negative pressure district, if the material particles entering negative pressure district within the unit time too much or greatly rolls into a ball particle aggregation together, at limited area of space with in the time period, the mixing of material particles and glue liquid would not be enough abundant, thus affect sizing efficiency, it is possible to have the situation that applying glue is uneven.
After exporting the underlying space inside cone end outer rim with glue material particles, then export behind a negative pressure mixing space region. Increase the length in negative pressure mixing space region, it is possible to mixing is abundant further in course of conveying to make material particles and glue liquid, it is to increase the uniformity coefficient of mixing.
This device is while applying glue, it is also possible to realize the function of material screening and separating. Material curtain waterfall is falling in the process in negative pressure district; the material particles that volume and density are all suitable can be subject to the impact of negative pressure-pumping; the region higher towards negative pressure is moved; volume and/or the excessive material of density can not be subject to negative pressure impact; or the impact being subject to is less; the overall trend still keeping the continuation whereabouts in curtain waterfall shape, thus by material particles separation screening all suitable to volume and density out. Therefore, in present method, the height in negative pressure district, negative pressure value and wind speed can adjust respectively, by adjusting the height in negative pressure district, it is possible to the particle volume that control sub-elects and/or density; By adjusting the negative pressure value in negative pressure district, it is also possible to the particle volume that control sub-elects and/or density; By adjustment negative pressure district wind speed, it is possible to adapt to the change of mass flow, by adjusting the height in negative pressure district, negative pressure value and wind speed, it is also possible to the mixed glue effect of control.
In addition, the particle that the making thinner of mixtures of materials can also ensure in mixture can fully be subject to power by negative pressure district, and mixtures of materials is by excessively thick during negative pressure district, or excessively little by power outside surface, capital affects the screening of material particles, causes the low of screening efficiency.
The conical surface of cone is utilized to make thinner, not only thinning effect is good, is conducive to continuity to screen, and structure of making thinner is very simple, utilizing the transfer roller of many height configurations to make thinner compared with structure with existing, the advantage in device manufacturing cost and maintenance cost is clearly; Compared with existing cylinder glue-applying technique, owing to the delivery port of glue liquid is arranged in the top of mixing space, material particles cannot arrive delivery port position, therefore also there will not be the situation of material particles blocking glue liquid delivery port.
Claims (12)
1. the applying glue device of a granular material, it is characterised in that:
The material that described device comprises upper and lower configuration is made thinner top (1) and particle collecting bin (2),
Material makes thinner top (1) in most advanced and sophisticated hollow taper upward, material make thinner top (1) cavity in installation applying glue assembly, the delivery port of applying glue assembly make thinner higher than material top (1) cone at the bottom of,
Opening for feed (201) opening at particle collecting bin (2) top just material is being made thinner top (1) cone at the bottom of, and opening for feed (201) opening be positioned at material make thinner top (1) cone at the bottom of inside outer rim,
The discharge port (203) upper configuration negative pressure ventilation assembly (8) of particle collecting bin (2) bottom, material is made thinner the area of space between bottom, top (1) and opening for feed (201) and particle collecting bin (2) inner maintenance negative pressure state
Material is made thinner and is connected by jacking assembly between top (1) and particle collecting bin (2), between the two can relative movement, thus increase or reduce material and make thinner bottom top (1) and distance between opening for feed (201).
2. the applying glue device of granular material according to claim 1, it is characterised in that: particle collecting bin (2) sidewall in described opening for feed (201) outside outwards turns over folding in oblique lower section, forms circle discharging skirtboard (202).
3. the applying glue device of granular material according to claim 1, it is characterised in that:
The discharging skirtboard (202) that particle collecting bin (2) outer rim in described opening for feed (201) outside tilts downwards with a circle outer rim,
Described discharging skirtboard (202) is made up of the multi-disc independence fan blades configured around particle collecting bin (2) top outer rim,
In each fan blades, edge is rotatably installed on particle collecting bin (2), and fan blades outer rim can overturn around its inner rim, thus changes the angle of inclination of discharging skirtboard (202),
The covering of the fan of each fan blades tilts, the both sides side height adjacent with edge in fan blades, and side is low,
The part covering of the fan stacking of adjacent two fan blades interlocks, and a fan blades height side is positioned at the surface of adjacent fan blades downside.
4. the applying glue device of granular material according to claim 1, it is characterized in that: described jacking assembly is adjustment bolt (4), adjustment bolt (4) quantity is three, makes thinner bottom, top (1) the even vertical of circumference along material.
5. the applying glue device of granular material according to claim 1, it is characterized in that: described jacking assembly is feed screw nut's hoisting appliance (3), axially it is arranged on material by motor-driven feed screw nut pair makes thinner in top (1) along material top (1) of making thinner, union lever one end is rotationally connected the nut of feed screw nut pair, and the other end is rotationally connected particle collecting bin (2).
6. the applying glue device of granular material according to claim 1, it is characterized in that: described material makes thinner top (1) for cone, opening for feed (201) is the round mouth corresponding with it, and opening for feed (201) diameter is less than or equal to material and makes thinner the cone bottom diameter of top (1).
7. the applying glue device of granular material according to claim 1, it is characterised in that: described negative pressure ventilation assembly (8) is connected with discharge port (203) by one section of carrier pipe (9).
8. the applying glue device of granular material according to claim 1, it is characterised in that: described applying glue assembly is for dripping a Jiao Zui (5), atomizing nozzle (6) or get rid of glue dish (7).
9. the applying glue device of granular material according to claim 1, it is characterised in that: described negative pressure ventilation assembly (8) is vacuum pump or blower fan.
10. the applying glue device of granular material according to claim 9, it is characterised in that: Configuration Control Unit on described vacuum pump or blower fan.
The applying glue device of 11. granular materials according to claim 10, it is characterised in that: configuring atmospheric moisture/density sensor on described device, described atmospheric moisture/density sensor is by control circuit signal connection control device.
The applying glue device of 12. granular materials according to claim 10, it is characterised in that: configuring mass flow watch-dog on described device, mass flow watch-dog is by control circuit signal connection control device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520983304.4U CN205270000U (en) | 2015-12-01 | 2015-12-01 | Granular materials's glue applying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520983304.4U CN205270000U (en) | 2015-12-01 | 2015-12-01 | Granular materials's glue applying device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205270000U true CN205270000U (en) | 2016-06-01 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520983304.4U Withdrawn - After Issue CN205270000U (en) | 2015-12-01 | 2015-12-01 | Granular materials's glue applying device |
Country Status (1)
| Country | Link |
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| CN (1) | CN205270000U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105289945A (en) * | 2015-12-01 | 2016-02-03 | 哥乐巴环保科技(上海)有限公司 | Granular material gluing method and gluing device |
| CN106493018A (en) * | 2016-12-30 | 2017-03-15 | 天津赛智科技发展有限公司 | A kind of double-disk electrostatic spraying apparatus |
| CN109092609A (en) * | 2018-09-25 | 2018-12-28 | 浙江木佬佬玩具工艺品有限公司 | A kind of the environmental protection rolling lacquer craftwork and its coating equipment of wooden toy |
-
2015
- 2015-12-01 CN CN201520983304.4U patent/CN205270000U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105289945A (en) * | 2015-12-01 | 2016-02-03 | 哥乐巴环保科技(上海)有限公司 | Granular material gluing method and gluing device |
| CN105289945B (en) * | 2015-12-01 | 2017-10-13 | 哥乐巴环保科技(上海)有限公司 | The glue applying method and size applicator of a kind of granular material |
| CN106493018A (en) * | 2016-12-30 | 2017-03-15 | 天津赛智科技发展有限公司 | A kind of double-disk electrostatic spraying apparatus |
| CN109092609A (en) * | 2018-09-25 | 2018-12-28 | 浙江木佬佬玩具工艺品有限公司 | A kind of the environmental protection rolling lacquer craftwork and its coating equipment of wooden toy |
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