CN108819281A - A kind of collection hot-bulb production complete machine - Google Patents
A kind of collection hot-bulb production complete machine Download PDFInfo
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- CN108819281A CN108819281A CN201810762079.XA CN201810762079A CN108819281A CN 108819281 A CN108819281 A CN 108819281A CN 201810762079 A CN201810762079 A CN 201810762079A CN 108819281 A CN108819281 A CN 108819281A
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- plate
- cylinder
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- blank
- placement
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C69/00—Combinations of shaping techniques not provided for in a single one of main groups B29C39/00 - B29C67/00, e.g. associations of moulding and joining techniques; Apparatus therefore
Abstract
The invention discloses a kind of collection hot-bulbs to make complete machine,It includes vertical plate,Top plate,Placement mechanism,Ball cover shaping mechanism,Cutting mechanism,Blank extrusion mechanism,Big ball sealing mounting mechanism and assembly glue applying mechanism,The placement mechanism,Ball cover shaping mechanism is set on the vertical plate,The ball cover shaping mechanism includes encapsulating mould,The encapsulating mould is for encapsulating thermal-arrest shuttle,Spherical cavity and cylindrical aeration aperture are equipped in the encapsulating mould,The placement mechanism includes vacuum slot,The vacuum slot can fix thermal-arrest shuttle and the injecting compressed air into the encapsulating mould,The cutting mechanism is set on the ball cover shaping mechanism,The cutting mechanism is for cutting off blank,The blank extrusion mechanism is set on top plate,The blank extrusion mechanism is for squeezing out blank,The big ball sealing mounting mechanism includes outer cover,The outer cover is for placing packaged thermal-arrest shuttle,The assembly glue applying mechanism is for sealing the outer cover；The configuration of the present invention is simple, high production efficiency.
Description
Technical field
The present invention relates to energy equipment manufacturing technology field is adopted, complete machine is made more particularly to a kind of collection hot-bulb.
Background technique
A kind of method that solar energy is absorbed using thermal-arrest shuttle is provided in existing, this method is wrapped in thermal-arrest shuttle one small
In ball, as shown in figure 17, thermal-arrest shuttle is in circle shuttle shape small in ends broad in the middle, and thermal-arrest shuttle is quartzy convex lens, then a fixed number
In a collection hot-bulb intake-outlet is arranged, water is according to the warm for receiving the focusing of thermal-arrest shuttle in the roundlet ball sealing of amount in collection hot-bulb
Amount variation is exchanged with each other heat without open close flowing excessively, and small ball can roll in the flowing of water, the angle of such thermal-arrest shuttle
Any variation, and there is the thermal-arrest shuttle of axially and radially any rotation in entire ball, three dimensions can be focused
The sunlight of multi-angle, each thermal-arrest shuttle can freely change angle, thus reduce within the same period on mining energy converter part
The phenomenon that most sun gloss energy materials cannot be fully utilized, reduces the wave to sun gloss energy material resources
Take.
But there is presently no the production equipments for this collection hot-bulb.
Summary of the invention
It is an object of the invention to overcome disadvantages described above, provide that a kind of structure is simple, the thermal-arrest of high production efficiency
Ball making apparatus.
To achieve the above object, concrete scheme of the invention is as follows：
A kind of collection hot-bulb production complete machine, including workbench, workbench are equipped with a marble forming machine structure.
Marble forming machine structure includes bottom plate, vertical plate and placement mechanism, and the vertical plate is fixed on the bottom plate, the vertical plate and institute
It states and is fixedly connected side by side between bottom plate there are two lower reinforcing plate, the placement mechanism is fixed on the vertical plate, the placement machine
Structure includes the first telescopic cylinder, bottom plate and downslide movable plate, and the bottom plate is mounted on the upper of the vertical plate, and described first
Telescopic cylinder is mounted on the one side center of the bottom plate, and it is backward that one end of first telescopic cylinder passes through the vertical plate
Outer stretching, the both ends of the bottom plate are respectively fixed with guiding axis, and the other end of the guiding axis is fixed with guide shaft end plate, institute
The power output end for stating the first telescopic cylinder is connect after the bottom plate with the one side of the downslide movable plate, under described
The both ends of sliding panel are socketed with lower linear bearing, and the lower linear bearing is slidably connected with the guiding axis, the lower slider
The another side of plate is fixed with placement cylinder, and the power output end for placing cylinder is connected with inflation nozzle member, the inflation
Nozzle member includes gas nozzle fixed plate and three vacuum slots, and the gas nozzle fixed plate is mounted on the placement cylinder, three institutes
It states vacuum slot to be disposed side by side in the gas nozzle fixed plate, the vacuum slot is equipped with vacuum passage and insufflation channel, institute
It states vacuum passage not to be connected to the insufflation channel, the placement cylinder is further fixed on cylinder backing plate, consolidates on the cylinder backing plate
Surely there is heat-sealable gas shutoff cylinder, the placement cylinder, cylinder backing plate are successively fixedly connected back-to-back with heat-sealable gas shutoff cylinder, the heat
The heat-sealable pole of power output end of gas shutoff cylinder is sealed, the heat-sealable pole includes hot melt fixed plate and three hot melts
Head, the hot melt fixed plate are connect with the heat-sealable gas shutoff cylinder, and three hot melt heads are disposed side by side on the hot melt and fix
On plate；
It further include ball cover shaping mechanism, the ball cover shaping mechanism is located at the top of the placement mechanism, the ball cover molding machine
Structure includes the second telescopic cylinder, upper mounted plate, upper sliding plate and encapsulating mould, and fixed plate is mounted on the vertical plate,
The encapsulating mould includes left model and right mould type, and second telescopic cylinder is fixed in the one side of fixed plate
One end of the heart, first telescopic cylinder is protruding after the vertical plate, and the both ends of fixed plate are respectively fixed with
Guide rod, the other end of the guide rod are connected with guide rod end plate, and the power output end of second telescopic cylinder passes through described
It is connect after upper mounted plate with the one side of the upper sliding plate, the both ends of the upper sliding plate are socketed with linear bearing, institute
It states linear bearing to be slidably connected with the guide rod, the left model is fixed on the another side of the upper sliding plate, described
Right mould type is fixed on the guide rod end plate, and the left model, right mould type are set side by side respectively there are three hemispheric pit, described
Left model, right mould type are also set side by side respectively there are three semicircular groove, and the groove is connected to the pit, when the left mould
It forms three spherical cavitys when type and the right mould type merge, in the encapsulating mould and three is connected to cavity
Cylindrical aeration aperture；
It further include cutting mechanism, the cutting mechanism includes L-shaped cylinder frame, cutting cylinder and L-shaped cutter, the cylinder frame
Galianconism be fixed on the guide rod end plate, the cutting cylinder is set to the long-armed top surface of the cylinder frame, the cutter and institute
The power output end connection of cutting cylinder is stated, the cutter is located at the top surface of the right mould type；
It further include top plate, the top plate is fixed on the top of the vertical plate, and the both ends of the top plate are equipped with upper reinforcing plate, described
Upper reinforcing plate is also fixedly connected with the vertical plate；
It further include blank extrusion mechanism, the blank extrusion mechanism is mounted on the lower surface of the top plate, the blank extruder
Structure is located at the top of the ball cover shaping mechanism, and the blank extrusion mechanism includes blank fixed plate and three blank heat melting devices,
The blank fixed plate is mounted on the top plate, and three blank heat melting devices are disposed side by side in the blank fixed plate,
Blank is respectively arranged in three blank heat melting devices；
It further include big ball sealing mounting mechanism, the big ball sealing mounting mechanism includes the outer cover of electronic dividing engine, vacuum intake disk and spherical shape,
The electronic dividing engine includes electronic index dial and electronic indexing rotary table, and the electronic dividing engine is mounted on the bottom plate, institute
It states electronic indexing rotary table to connect with the electronic index dial, the vacuum intake disk is fixed on the electronic indexing rotary table, institute
Stating outer cover includes upper half cover and lower half cover, and the lower half cover is mounted on the vacuum intake disk；
It further include assembly glue applying mechanism, the assembly glue applying mechanism includes frame, right-angled trapezium frame and point glue cylinder, the frame
Shape frame is fixed on the bottom plate, and the right-angled trapezium frame is fixed on the frame, and the point glue cylinder is fixed on described
On the inclined-plane of right-angled trapezium frame, the power output end of the point glue cylinder is connected with Glue dripping head；
It further include chute feeder, the chute feeder, the chute feeder includes straight-line groove and skewed slot, and the straight-line groove is located at the placement
The lower section of mechanism, described skewed slot one end connect the straight-line groove, and the skewed slot other end extends to the oblique upper of the lower half cover.
Wherein, the power output end of first telescopic cylinder is connected with cylinder link block after passing through the bottom plate,
The downslide movable plate is fixed on the cylinder link block.
Wherein, the left model, which is equipped with, sets side by side there are two limited post, sets that there are two limits in the right mould type side by side
Hole, when the left model and the right model combination, each limited post is inserted into the limit hole.
Wherein, the galianconism of the cylinder frame and it is long-armed between be equipped with cylinder stiffening plate.
Beneficial effects of the present invention are：The present invention can once encapsulate three thermal-arrest shuttles, mechanized operation, production simultaneously
It is high-efficient；Vacuum passage and insufflation channel are set on the vacuum slot, make the vacuum slot while can be sucked described
Thermal-arrest shuttle and injecting compressed air；The encapsulating mould is divided into left model and right mould type, and is set on left model and right mould type
Hemispheric pit and semicircular groove are set, right mould type is fixed, and slidably, thermal-arrest shuttle protrudes into a left side by placing cylinder to left model
Between model and right mould type, blank extends downwardly and wraps thermal-arrest shuttle, when right mould type and left model closure, thermal-arrest shuttle and one
Part blank is enclosed in encapsulating mould, cuts off blank by cutter, while vacuum slot is blown into compressed air, is close to blank
Pit inner wall forms the blank of ball shape, then melts the blank of blank extra in groove and closed ball shape by hot melt head,
Complete the encapsulation of thermal-arrest shuttle；Packaged thermal-arrest shuttle is tumbled along chute feeder to outer cover, and outer cover is placed on electronic dividing engine,
360 degree rotation can be achieved, sealing cover is realized by dispensing mode, completes the production of collection hot-bulb, whole process is easy to operate, knot
Structure is simple.
Detailed description of the invention
Fig. 1 is main view of the invention；
Fig. 2 is structural schematic diagram of the invention；
Fig. 3 is the structural schematic diagram at another visual angle of the present invention；
Fig. 4 is the structural schematic diagram of placement mechanism of the present invention；
Fig. 5 is the top view of placement mechanism of the present invention；
Fig. 6 is the structural schematic diagram of ball cover shaping mechanism of the present invention；
Fig. 7 is the top view of ball cover shaping mechanism of the present invention；
Fig. 8 is the structural schematic diagram at another visual angle of ball cover shaping mechanism of the present invention；
Fig. 9 is the structural schematic diagram of blank extrusion mechanism of the present invention；
Figure 10 is the structural schematic diagram of big ball sealing mounting mechanism of the invention；
Figure 11 is the structural schematic diagram of present invention assembly glue applying mechanism；
Figure 12 is the structural schematic diagram of vacuum slot of the present invention；
Figure 13 is the structural schematic diagram at another visual angle of vacuum slot of the present invention；
Figure 14 is the structural schematic diagram of the left model of the present invention；
Figure 15 is the structural schematic diagram of right mould type of the present invention；
Figure 16 is the structural schematic diagram of cutting mechanism of the present invention；
Figure 17 is the schematic diagram of thermal-arrest shuttle；
Description of symbols：1- bottom plate；2- vertical plate；3- placement mechanism；The first telescopic cylinder of 31-；32- bottom plate；33- glides
Movable plate；Linear bearing under 331-；34- guiding axis；341- guide shaft end plate；35- places cylinder；36- inflates nozzle member；361- gas nozzle
Fixed plate；362- vacuum slot；37- cylinder backing plate；The heat-sealable gas shutoff cylinder of 38-；The heat-sealable pole of 39-；391- hot melt is fixed
Plate；392- heats head；4- ball cover shaping mechanism；The second telescopic cylinder of 41-；42- upper mounted plate；43- upper sliding plate；431- is upper straight
Spool is held；44- encapsulating mould；The left model of 441-；442- right mould type；45- guide rod；451- guide rod end plate；5- cutting mechanism；
51- cylinder frame；52- cuts off cylinder；53- cutter；6- top plate；7- blank extrusion mechanism；71- blank fixed plate；72- blank hot melt
Device；The big ball sealing mounting mechanism of 8-；The electronic dividing engine of 81-；The electronic index dial of 811-；The electronic indexing rotary table of 812-；82- vacuum intake
Disk；831- lower half cover；9- assembles glue applying mechanism；91- frame；92- right-angled trapezium frame；93- point glue cylinder；94- Glue dripping head；
10- chute feeder.
Specific embodiment
The present invention is described in further detail in the following with reference to the drawings and specific embodiments, is not reality of the invention
It applies range and is confined to this.
As shown in Fig. 1 to Figure 17, a kind of collection hot-bulb production complete machine described in the present embodiment, including workbench a, work are flat
Platform is equipped with a marble forming machine structure b.
Marble forming machine structure includes bottom plate 1, vertical plate 2 and placement mechanism 3, and the vertical plate 2 is fixed on the bottom plate 1, described vertical
It being fixedly connected side by side between plate 2 and the bottom plate 1 there are two lower reinforcing plate, the placement mechanism 3 is fixed on the vertical plate 2,
The placement mechanism 3 includes the first telescopic cylinder 31, bottom plate 32 and downslide movable plate 33, and the bottom plate 32 is mounted on institute
The upper of vertical plate 2 is stated, first telescopic cylinder 31 is mounted on the one side center of the bottom plate 32, the first flexible gas
One end of cylinder 31 is protruding after the vertical plate 2, and the both ends of the bottom plate 32 are respectively fixed with guiding axis 34, described
The other end of guiding axis 34 is fixed with guide shaft end plate 341, and the power output end of first telescopic cylinder 31 passes through described lower solid
It is connect after fixed board 32 with the one side of the downslide movable plate 33, the both ends of the downslide movable plate 33 are socketed with lower linear bearing
331, the lower linear bearing 331 is slidably connected with the guiding axis 34, and the another side of the downslide movable plate 33, which is fixed with, puts
Cylinder 35 is set, the power output end for placing cylinder 35 is connected with inflation nozzle member 36, and the inflation nozzle member 36 includes gas
Mouth fixed plate 361 and three vacuum slots 362, the gas nozzle fixed plate 361 is mounted on the placement cylinder 35, described in three
Vacuum slot 362 is disposed side by side in the gas nozzle fixed plate 361, and the vacuum slot 362 is equipped with vacuum passage and air blowing
Channel, the vacuum passage are not connected to the insufflation channel, and the placement cylinder 35 is further fixed on cylinder backing plate 37, the gas
Heat-sealable gas shutoff cylinder 38 is fixed on cylinder backing plate 37, the placement cylinder 35, cylinder backing plate 37 and heat-sealable gas shutoff cylinder 38 are successively
It is fixedly connected back-to-back, the heat-sealable pole 39 of power output end of the heat-sealable gas shutoff cylinder 38, the heat-sealable pole
39 include hot melt fixed plate 391 and three hot melt heads 392, and the hot melt fixed plate 391 connects with the heat-sealable gas shutoff cylinder 38
It connects, three hot melt heads 392 are disposed side by side in the hot melt fixed plate 391；
It further include ball cover shaping mechanism 4, the ball cover shaping mechanism 4 is located at the top of the placement mechanism 3, the ball cover molding
Mechanism 4 includes the second telescopic cylinder 41, upper mounted plate 42, upper sliding plate 43 and encapsulating mould 44, and fixed plate 42 is installed
On the vertical plate 2, the encapsulating mould 44 includes left model 441 and right mould type 442, and second telescopic cylinder 41 is fixed on
The one end at the one side center of fixed plate 42, first telescopic cylinder 31 passes through protruding, institute after the vertical plate 2
The both ends for stating upper mounted plate 42 are respectively fixed with guide rod 45, and the other end of the guide rod 45 is connected with guide rod end plate 451, institute
The power output end for stating the second telescopic cylinder 41 is connect after fixed plate 42 with the one side of the upper sliding plate 43,
The both ends of the upper sliding plate 43 are socketed with linear bearing 431, and the upper linear bearing 431 is slided with the guide rod 45
Connection, the left model 441 are fixed on the another side of the upper sliding plate 43, and the right mould type 442 is fixed on the guide rod
On end plate 451, the left model 441, right mould type 442 are set side by side respectively there are three hemispheric pit, the left model 441,
Right mould type 442 is also set side by side respectively there are three semicircular groove, and the groove is connected to the pit, when the left model
441 with the right mould type 442 when merging, and forms three spherical cavitys and three and cavity in the encapsulating mould 44
The cylindrical aeration aperture of connection；
It further include cutting mechanism 5, the cutting mechanism 5 includes L-shaped cylinder frame 51, cutting cylinder 52 and L-shaped cutter 53, institute
The galianconism for stating cylinder frame 51 is fixed on the guide rod end plate 451, and the cutting cylinder 52 is set to the long-armed of the cylinder frame 51
Top surface, the cutter 53 are connect with the power output end of the cutting cylinder 52, and the cutter 53 is located at the right mould type 442
Top surface；
It further include top plate 6, the top plate 6 is fixed on the top of the vertical plate 2, and the both ends of the top plate 6 are equipped with upper reinforcing plate,
The upper reinforcing plate is also fixedly connected with the vertical plate 2；
It further include blank extrusion mechanism 7, the blank extrusion mechanism 7 is mounted on the lower surface of the top plate 6, and the blank squeezes out
Mechanism 7 is located at the top of the ball cover shaping mechanism 4, and the blank extrusion mechanism 7 includes blank fixed plate 71 and three blanks
Heat melting device 72, the blank fixed plate 71 are mounted on the top plate 6, and three blank heat melting devices 72 are disposed side by side on described
In blank fixed plate 71, blank is respectively arranged in three blank heat melting devices 72；
It further include big ball sealing mounting mechanism 8, the big ball sealing mounting mechanism 8 includes electronic dividing engine 81, vacuum intake disk 82 and spherical shape
Outer cover, the electronic dividing engine 81 includes electronic index dial 811 and electronic indexing rotary table 812, and the electronic dividing engine 81 is pacified
On the bottom plate 1, the electronic indexing rotary table 812 is connect with the electronic index dial 811, and the vacuum intake disk 82 is solid
It is scheduled on the electronic indexing rotary table 812, the outer cover includes upper half cover and lower half cover 831, and the lower half cover 831 is mounted on institute
It states on vacuum intake disk 82；
It further include assembly glue applying mechanism 9, the assembly glue applying mechanism 9 includes frame 91, right-angled trapezium frame 92 and point glue cylinder
93, the frame 91 is fixed on the bottom plate 1, and the right-angled trapezium frame 92 is fixed on the frame 91, the point
Glue cylinder 93 is fixed on the inclined-plane of the right-angled trapezium frame 92, and the power output end of the point glue cylinder 93 is connected with Glue dripping head
94；
It further include chute feeder 10, the chute feeder 10, the chute feeder 10 includes straight-line groove and skewed slot, and the straight-line groove is located at institute
The lower section of placement mechanism 3 is stated, described skewed slot one end connects the straight-line groove, and the skewed slot other end extends to the lower half cover
831 oblique upper.
The working method of the present embodiment is：Thermal-arrest shuttle is placed on the vacuum slot 362 when work, since vacuum is negative
Pressure, the thermal-arrest shuttle are fixedly secured on 362 top of vacuum slot, and then first telescopic cylinder 31 drives the downslide
Movable plate 33 is moved to the lower section of the encapsulating mould 44, and then the placement cylinder 35 drives the vacuum slot 362 and described
It is visited on thermal-arrest shuttle between the pit of the left model 441 and the pit of the right mould type 442, the then blank heat melting device 72
Blank is squeezed out downwards and is extended to and wraps the thermal-arrest shuttle, and then second telescopic cylinder 41 drives the left model 441
It is mobile, and be closed with the right mould type 442, and the thermal-arrest shuttle wrapped then position in the cavity, the vacuum slot 362 from
The aeration aperture protrudes into the cavity, and then the cutting cylinder 52 drives the cutter 53 to stretch out, and cuts off blank, then
The vacuum slot 362 is blown into compressed air into the cavity, so that blank is close to the pit inner wall and forms spherical shape, at
After type is abundant, under the drive for placing cylinder 35, the vacuum slot 362 separates with the thermal-arrest shuttle and from the inflation
It is exited in hole, then first telescopic cylinder 31 drives, and makes the hot melt head 392 and the aeration aperture face, then described
Heat-sealable gas shutoff cylinder 38, which drives, to be visited on the hot melt head 392 and is inserted into the aeration aperture, and the hot melt head 392 melts described fill
The extra blank of stomata inner periphery, blocks the aeration aperture, completes the encapsulation of thermal-arrest shuttle；Then second telescopic cylinder 41
It drives, opens the encapsulating mould 44, packaged thermal-arrest shuttle sphere falls to the feeding of lower section under the effect of gravity
Slot 10, thermal-arrest shuttle sphere are tumbled along the chute feeder 10 into the lower half cover 831, and the present embodiment can once encapsulate simultaneously
Three thermal-arrest shuttles, high production efficiency, after thermal-arrest shuttle quantity packaged on the lower half cover 831 reaches requirement, upper half cover
It covers, then the point glue cylinder 93 drives, and stretches out the Glue dripping head 94, and inject between upper half cover and lower half cover 831
The polystyrene of hot melt state drives the outer cover to rotate a circle, completes the close of the outer cover by the electronic dividing engine 81
Envelope, cooling complete big ball sealing dress, that is, complete the production of a collection hot-bulb after being bonded.
The present embodiment can once encapsulate three thermal-arrest shuttles, mechanized operation, high production efficiency simultaneously；In the vacuum
Vacuum passage and insufflation channel are set on suction nozzle 362, makes the vacuum slot 362 while the thermal-arrest shuttle and injection can be sucked
Compressed air；The encapsulating mould 44 is divided into left model 441 and right mould type 442, and on left model 441 and right mould type 442
Hemispheric pit and semicircular groove are set, and right mould type 442 is fixed, and slidably, thermal-arrest shuttle is by placing gas for left model 441
Cylinder 35 protrudes between left model 441 and right mould type 442, and blank extends downwardly and wrap thermal-arrest shuttle, when right mould type 442 and left mould
When type 441 is closed, thermal-arrest shuttle and a part of blank are enclosed in encapsulating mould 44, cut off blank, while vacuum by cutter 53
Suction nozzle 362 is blown into compressed air, so that blank is close to pit inner wall, forms the blank of ball shape, then by heat head 392 melt it is recessed
Extra blank and the blank of closed ball shape in slot complete the encapsulation of thermal-arrest shuttle；Packaged thermal-arrest shuttle is along chute feeder 10
It tumbles to outer cover, outer cover is placed on electronic dividing engine 81, it can be achieved that 360 degree rotation, realizes that sealing is outer by dispensing mode
Cover completes the production of collection hot-bulb, and whole process is easy to operate, and structure is simple.
On the basis of based on the above embodiment, further, the power output end of first telescopic cylinder 31 passes through institute
It is connected with cylinder link block after stating bottom plate 32, the downslide movable plate 33 is fixed on the cylinder link block, convenient for assembling.
On the basis of based on the above embodiment, further, there are two limits equipped with setting side by side for the left model 441
Column, sets that there are two limit holes in the right mould type 442 side by side, when the left model 441 merges with the right mould type 442, often
A limited post is inserted into the limit hole, makes the left model 441 and the right mould type 442 in closing course
In, guiding is provided, structure is stronger.
On the basis of based on the above embodiment, further, the galianconism of the cylinder frame 51 and it is long-armed between be equipped with cylinder
Stiffening plate, structure are stronger.
The above is only a preferred embodiment of the invention, therefore all according to structure described in present patent application range
It makes, the equivalent change or modification that feature and principle are done, in the protection scope of present patent application.
Claims (6)
1. a kind of collection hot-bulb makes complete machine, it is characterised in that：Including workbench（a）, workbench is equipped with a marble forming machine
Structure（b）.
2. a kind of collection hot-bulb according to claim 1 makes complete machine, it is characterised in that：Marble forming machine structure includes bottom plate（1）, it is vertical
Plate（2）And placement mechanism（3）, the vertical plate（2）It is fixed on the bottom plate（1）On, the vertical plate（2）With the bottom plate（1）It
Between be fixedly connected side by side there are two lower reinforcing plate, the placement mechanism（3）It is fixed on the vertical plate（2）On, the placement mechanism
（3）Including the first telescopic cylinder（31）, bottom plate（32）With downslide movable plate（33）, the bottom plate（32）It is mounted on described
Vertical plate（2）Upper, first telescopic cylinder（31）It is mounted on the bottom plate（32）One side center, described first stretches
Contracting cylinder（31）One end pass through the vertical plate（2）It is protruding afterwards, the bottom plate（32）Both ends be respectively fixed with and lead
To axis（34）, the guiding axis（34）The other end be fixed with guide shaft end plate（341）, first telescopic cylinder（31）Power
Output end passes through the bottom plate（32）Afterwards with the downslide movable plate（33）One side connection, the downslide movable plate（33）'s
Both ends are socketed with lower linear bearing（331）, the lower linear bearing（331）With the guiding axis（34）It is slidably connected, it is described
Downslide movable plate（33）Another side be fixed with placement cylinder（35）, the placement cylinder（35）Power output end be connected with and fill
Gas nozzle component（36）, the inflation nozzle member（36）Including gas nozzle fixed plate（361）With three vacuum slots（362）, the gas
Mouth fixed plate（361）It is mounted on the placement cylinder（35）On, three vacuum slots（362）It is disposed side by side on the gas nozzle
Fixed plate（361）On, the vacuum slot（362）It is equipped with vacuum passage and insufflation channel, the vacuum passage is blown with described
Gas channel is not connected to, the placement cylinder（35）It is further fixed on cylinder backing plate（37）, the cylinder backing plate（37）On be fixed with heat
Seal gas shutoff cylinder（38）, the placement cylinder（35）, cylinder backing plate（37）With heat-sealable gas shutoff cylinder（38）It is successively fixed back-to-back
Connection, the heat-sealable gas shutoff cylinder（38）The heat-sealable pole of power output end（39）, the heat-sealable pole（39）Packet
Hot melt fixed plate is included（391）With three hot melt heads（392）, the hot melt fixed plate（391）With the heat-sealable gas shutoff cylinder
（38）Connection, three hot melt heads（392）It is disposed side by side on the hot melt fixed plate（391）On；
It further include ball cover shaping mechanism（4）, the ball cover shaping mechanism（4）Positioned at the placement mechanism（3）Top, the ball
Cover shaping mechanism（4）Including the second telescopic cylinder（41）, upper mounted plate（42）, upper sliding plate（43）And encapsulating mould（44）, institute
State upper mounted plate（42）It is mounted on the vertical plate（2）On, the encapsulating mould（44）Including left model（441）With right mould type
（442）, second telescopic cylinder（41）It is fixed on fixed plate（42）One side center, first telescopic cylinder
（31）One end pass through the vertical plate（2）It is protruding afterwards, fixed plate（42）Both ends be respectively fixed with guide rod
（45）, the guide rod（45）The other end be connected with guide rod end plate（451）, the upper sliding plate（43）Both ends be socketed with
Upper linear bearing（431）, the upper linear bearing（431）With the guide rod（45）It is slidably connected, second telescopic cylinder
（41）Power output end pass through fixed plate（42）Afterwards with the upper sliding plate（43）One side connection, the left mould
Type（441）It is fixed on the upper sliding plate（43）Another side, the right mould type（442）It is fixed on the guide rod end plate
（451）On, the left model（441）, right mould type（442）Hemispheric pit there are three setting side by side respectively, the left model
（441）, right mould type（442）Semicircular groove there are three also setting side by side respectively, the groove is connected to the pit, when described
Left model（441）With the right mould type（442）When merging, the encapsulating mould（44）Three spherical cavitys of interior formation
The cylindrical aeration aperture being connected to three with cavity；
It further include cutting mechanism（5）, the cutting mechanism（5）Including L-shaped cylinder frame（51）, cutting cylinder（52）With it is L-shaped
Cutter（53）, the cylinder frame（51）Galianconism be fixed on the guide rod end plate（451）On, the cutting cylinder（52）Set on institute
State cylinder frame（51）Long-armed top surface, the cutter（53）With the cutting cylinder（52）Power output end connection, it is described to cut
Knife（53）Positioned at the right mould type（442）Top surface；
It further include top plate（6）, the top plate（6）It is fixed on the vertical plate（2）Top, the top plate（6）Both ends be equipped with
Upper reinforcing plate, the upper reinforcing plate also with the vertical plate（2）It is fixedly connected；
It further include blank extrusion mechanism（7）, the blank extrusion mechanism（7）It is mounted on the top plate（6）Lower surface, the base
Expect extrusion mechanism（7）Positioned at the ball cover shaping mechanism（4）Top, the blank extrusion mechanism（7）Including blank fixed plate
（71）With three blank heat melting devices（72）, the blank fixed plate（71）It is mounted on the top plate（6）On, three blank heat
Molten device（72）It is disposed side by side on the blank fixed plate（71）On, three blank heat melting devices（72）Inside it is respectively arranged with blank；
It further include big ball sealing mounting mechanism（8）, the big ball sealing mounting mechanism（8）Including electronic dividing engine（81）, vacuum intake disk
（82）With spherical outer cover, the electronic dividing engine（81）Including electronic index dial（811）With electronic indexing rotary table（812）, institute
State electronic dividing engine（81）It is mounted on the bottom plate（1）On, the electronic indexing rotary table（812）With the electronic index dial
（811）Connection, the vacuum intake disk（82）It is fixed on the electronic indexing rotary table（812）On, the outer cover includes upper half cover
With lower half cover（831）, the lower half cover（831）It is mounted on the vacuum intake disk（82）On；
It further include assembly glue applying mechanism（9）, the assembly glue applying mechanism（9）Including frame（91）, right-angled trapezium frame（92）With
Point glue cylinder（93）, the frame（91）It is fixed on the bottom plate（1）On, the right-angled trapezium frame（92）It is fixed on the frame
Shape frame（91）On, the point glue cylinder（93）It is fixed on the right-angled trapezium frame（92）Inclined-plane on, the point glue cylinder（93）
Power output end be connected with Glue dripping head（94）；
It further include chute feeder（10）, the chute feeder（10）, the chute feeder（10）Including straight-line groove and skewed slot, the straight-line groove
Positioned at the placement mechanism（3）Lower section, described skewed slot one end connects the straight-line groove, and the skewed slot other end extends to described
Lower half cover（831）Oblique upper.
3. a kind of collection hot-bulb according to claim 20 makes complete machine, it is characterised in that：First telescopic cylinder（31）
Power output end pass through the bottom plate（32）After be connected with cylinder link block, the downslide movable plate（33）It is fixed on described
On cylinder link block.
4. a kind of collection hot-bulb according to claim 1 makes complete machine, it is characterised in that：The left model（441）It is equipped with
Limited post there are two setting side by side, the right mould type（442）On set side by side there are two limit hole, when the left model（441）With institute
State right mould type（442）When merging, each limited post is inserted into the limit hole.
5. a kind of collection hot-bulb according to claim 4 makes complete machine, it is characterised in that：The cylinder frame（51）Galianconism with
Cylinder stiffening plate is equipped between long-armed.
6. a kind of collection hot-bulb according to claim 4 makes complete machine, it is characterised in that：The cylinder frame（51）Galianconism with
Cylinder stiffening plate is equipped between long-armed.
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| CN201810762079.XA CN108819281B (en) | 2018-07-12 | 2018-07-12 | Heat collection ball manufacturing complete machine |
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| CN108819281B CN108819281B (en) | 2021-11-30 |
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| CN108819281B (en) | 2021-11-30 |
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