CN104647667A - Die-pressing lid maker - Google Patents
Die-pressing lid maker Download PDFInfo
- Publication number
- CN104647667A CN104647667A CN201510052704.8A CN201510052704A CN104647667A CN 104647667 A CN104647667 A CN 104647667A CN 201510052704 A CN201510052704 A CN 201510052704A CN 104647667 A CN104647667 A CN 104647667A
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- Prior art keywords
- oil circuit
- hydraulic fluid
- communicated
- fluid port
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Classifications
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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
- B29C43/00—Compression moulding, i.e. applying external pressure to flow the moulding material; Apparatus therefor
- B29C43/02—Compression moulding, i.e. applying external pressure to flow the moulding material; Apparatus therefor of articles of definite length, i.e. discrete articles
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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
- B29C43/00—Compression moulding, i.e. applying external pressure to flow the moulding material; Apparatus therefor
- B29C43/32—Component parts, details or accessories; Auxiliary operations
-
- 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
- B29C43/00—Compression moulding, i.e. applying external pressure to flow the moulding material; Apparatus therefor
- B29C43/32—Component parts, details or accessories; Auxiliary operations
- B29C43/34—Feeding the material to the mould or the compression means
-
- 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
- B29C43/00—Compression moulding, i.e. applying external pressure to flow the moulding material; Apparatus therefor
- B29C43/32—Component parts, details or accessories; Auxiliary operations
- B29C43/52—Heating or cooling
-
- 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
- B29C43/00—Compression moulding, i.e. applying external pressure to flow the moulding material; Apparatus therefor
- B29C43/32—Component parts, details or accessories; Auxiliary operations
- B29C43/34—Feeding the material to the mould or the compression means
- B29C2043/3466—Feeding the material to the mould or the compression means using rotating supports, e.g. turntables or drums
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Wind Motors (AREA)
Abstract
The invention discloses a die-pressing lid maker. The die-pressing lid maker comprises a rack, and an extrusion module, a pressing module and a charging-discharging module which are arranged on the rack, wherein the pressing module comprises a rotation body and an oil line assembly body; a first oil line and a second oil line are processed and manufactured on the rotation body; a high-pressure oil line, a low-pressure oil line, a third oil line, a fourth oil line, a fifth oil line and a sixth oil line are processed on the oil line assembly body, so that the oil line assembly is implemented; the oil lines are simple and convenient to process. According to the die-pressing lid maker, the oil lines are controlled by a control valve, so that the low-pressure die assembling and high-pressure molding manners can be adopted during working; the production efficiency of the lid maker is effectively improved; the molding quality of the product is greatly improved; the die-pressing lid maker is reasonable in structural design; the cooling effect of blanks is effectively improved; bottle lids with inner rings which are provided with outer hook parts are molded; in addition, the die-pressing lid maker is capable of quickly and accurately feeding; the convenience is brought to the production.
Description
Technical field
The present invention relates to package packing machine art, refer in particular to a kind of mould pressing lid maker.
Background technology
China is that world's packaging manufactures and consumption big country, and the ratio of plastics package in the Packaging Industry gross output value, more than 30%, becomes the fresh combatants in Packaging Industry, plays irreplaceable effect in food, beverage, commodity and industrial and agricultural production every field.In recent years, packaging product, the packaging material of plastics package industry grow steadily, and new packaging materials, new technology, new technology, new product continue to bring out.Nowadays various beverage, cosmetics, medicine etc., its splendid attire adopts plastics package mostly, and plastics packed plastic bottle closure, often need independent production.
The machinery equipment manufacturing plastic bottle closure is varied, wherein conventional with mould pressing lid maker.Current mould pressing lid maker all has compacting module and input and output material module.This compacting module includes rotating main body and the patrix that is arranged on rotating main body and bed die, in prior art, rotating main body is integral type structure, make oil circuit processing and manufacturing difficulty large, and when lid maker works, bed die all adopts same oil pressure with the matched moulds of patrix and the shaping of bottle cap, make the production efficiency of lid maker low, forming quality of products declines.This patrix has cooling device, and in prior art, the structural design of cooling device is comparatively unreasonable, and cooling effect is not good, and existing cooling device directly governs patrix and can not produce and have inner ring and the bottle cap of the outer hook portion of interior endless belt.Cutting and throwing in of stock all relies on input and output material module, in prior art, the general mode of blowing that adopts that feeds intake of input and output material module is carried out, but this kind of mode can not realize quick and precisely feeding intake, make troubles to production, certainly also have lid maker to adopt the mode that compresses of piston head to feed intake, but realize piston head and compress the complex structure fed intake, movement response is delayed, still can not realize quick and precisely feeding intake.
Summary of the invention
In view of this, the present invention is directed to the disappearance of prior art existence, its main purpose is to provide a kind of mould pressing lid maker, and it is large and produce the problems such as bottle cap efficiency is low, of poor quality that it effectively can solve the oil circuit processing and manufacturing difficulty of existing lid maker.
For achieving the above object, the present invention adopts following technical scheme:
A kind of mould pressing lid maker, includes frame and is arranged at and frame extrudes module, compacting module and input and output material module;
This compacting module includes rotary body and oil circuit spliceosome; This rotary body is annular solid, the circumferential lateral surface of rotary body is formed by annular space, the periphery of rotary body is provided with multiple plunger shaft uniformly at intervals, a piston rod is provided with in each plunger shaft, the top of piston rod is stretched in annular space and is fixedly connected with bed die, on rotary body, be provided with the first oil circuit and the second oil circuit for each plunger shaft, the upper end that the first oil circuit is communicated with plunger shaft is inner, and the lower end that the second oil circuit is communicated with plunger shaft is inner; This oil circuit spliceosome is installed on the bottom inside of rotary body, this oil circuit spliceosome is provided with oil pocket, the periphery of oil circuit spliceosome is provided with multiple installation cavity uniformly at intervals, the plurality of installation cavity and aforementioned plunger shaft one_to_one corresponding, be provided with control valve in each installation cavity, this control valve includes valve body and valve rod; This valve body is provided with the first hydraulic fluid port, the second hydraulic fluid port, the 3rd hydraulic fluid port, the 4th hydraulic fluid port, the 5th hydraulic fluid port and the 6th hydraulic fluid port; This valve rod up and downly can be arranged at and control each hydraulic fluid port in valve body and open or close, and the lower end of valve rod is stretched out outside oil circuit spliceosome downwards; On this oil circuit spliceosome, high-pressure oil passage, low pressure oil way, the 3rd oil circuit, the 4th oil circuit, the 5th oil circuit and the 6th oil circuit is provided with for each installation cavity, this high-pressure oil passage is communicated with between oil pocket and the first hydraulic fluid port, this low pressure oil way is communicated with between oil pocket and the second hydraulic fluid port, 3rd oil circuit is communicated with between oil pocket and the 3rd hydraulic fluid port, 4th oil circuit is communicated with between oil pocket and the 4th hydraulic fluid port, 5th oil circuit is communicated with between the first oil circuit and the 5th hydraulic fluid port, and the 6th oil circuit is communicated with between the second oil circuit and the 6th hydraulic fluid port;
Be provided with a cooling spacer device directly over each bed die, this cooling spacer device includes guiding water core, joint, spiral fortune water core, sliding seat, movable isolation sheath body and fixing sheath body, this guiding water core includes inner sleeve and outer tube, the upper and lower end face of this inner sleeve is run through and is formed with the first feed pathway, this outer tube and inner sleeve coaxially arrange and are sheathed on outside inner sleeve, form the first liquid outlet channel between the inwall of outer tube and the outer wall of inner sleeve, this jiont treatment is in the top of guiding water core, and joint has liquid outlet and inlet, and liquid outlet is communicated with the first liquid outlet channel, and inlet is communicated with the first feed pathway, this spiral fortune water core coaxially arranges with guiding water core and is fixedly connected with the lower end of guiding water core, the upper and lower end face of spiral fortune water core is run through and is formed with the second feed pathway, the upper end of spiral fortune water core has the first projecting ring section, all sides of the first projecting ring section are recessed is uniformly at intervals formed with multiple first splitter box, the lower end of spiral fortune water core has the second projecting ring section, all sides of the second projecting ring section are recessed is uniformly at intervals formed with multiple second splitter box, each first splitter box and the second splitter box all axially extend, and the lateral surface of spiral fortune water core is convexly equipped with spiral projections, spiral projections axially extends and between the first projecting ring section and the second projecting ring section, this sliding seat is sheathed on outside guiding water core, this movable separation sleeve valve jacket is located at the lower end of guiding water core and is fixedly connected with the lower end of sliding seat, the lower surface of movable isolation sheath body is sealing surface, the inside, lower end of movable isolation sheath body is formed with cooling chamber, this spiral fortune water core is positioned at movable isolation sheath body, the lower end of spiral fortune water core is suspended from cooling chamber, the lateral surface of said spiral protuberance is butted on the internal face of movable isolation sheath body, spiral liquid outlet channel is formed between the outside wall surface of spiral fortune water core and movable internal face of isolating sheath body, aforementioned first splitter box is communicated with between the first liquid outlet channel and spiral liquid outlet channel, aforementioned second splitter box is communicated with between cooling chamber and spiral liquid outlet channel, the lower end of aforementioned second feed pathway is communicated with cooling chamber, the lower end side of this fixing sheath body is arranged with thread groove, fixed cover valve jacket is located at outside movable isolation sheath body, movable isolation sheath body is relatively fixed sheath body and can be arranged up and downly, the lower surface of movable isolation sheath body is exposed to the lower surface of fixing sheath body, the lower end side of movable isolation sheath body is face, Shunping County, the lower surface inward flange of fixing sheath body is upwards arranged with internal groove, and the degree of depth of internal groove becomes large from lower to upper gradually,
This input and output material module is arranged to be extruded between module and compacting module, and this input and output material module includes rotating disk and multiplely cuts the module that feeds intake; The bottom surface periphery of this rotating disk is arranged with multiple accommodating cavity, is provided with the first air flue and the second air flue for each accommodating cavity in rotating disk, and the upper end that this first air flue is communicated with accommodating cavity is inner; The plurality ofly cut the bottom surface periphery that the module uniform intervals that feeds intake is distributed in rotating disk, often all modules that feed intake have included holder, cutting knife, stationary housing and have compressed post shell; This holder includes base portion and two columns, is provided with the 3rd air flue in this base portion, and the 3rd air flue is communicated with the second air flue, and this two columns interval arranges and all extends downwards in the bottom surface of base portion one; The two ends of this cutting knife are fixedly connected with two columns respectively, and cutting knife and two columns enclose and are configured to a U-shaped rewinding space; This stationary housing is installed in accommodating cavity by holder, this stationary housing has inner chamber, the upper end open of inner chamber is also communicated with accommodating cavity, the lower surface of stationary housing is provided with the passage of communication with cavity, passage is positioned at directly over U-shaped rewinding space, all sides of stationary housing are provided with through hole, between the lower end of through hole communication with cavity and the 3rd air flue; This compresses post shell is hollow body, it has cavity, the upper end open of this cavity communication with cavity, compress the pressure section that post shell includes limiting section and extends in limiting section one downwards, the circumferential lateral surface of this limiting section and the inner wall sealing of inner chamber are also slidably matched, gap is formed between the lower surface of limiting section and the inner bottom surface of inner chamber, this gap and through hole keep being communicated with, the lower surface of this pressure section is sealing surface, pressure section stretches in U-shaped rewinding space downwards through passage, and the circumferential lateral surface of pressure section and the inner wall sealing of passage are also slidably matched.
As a kind of preferred version, described oil circuit spliceosome includes main part and expands in main part circumferential lateral surface radial direction the 3rd projecting ring section extended, the bottom surface of rotary body is arranged with embedding slot, and the upper end of main part is embedded in embedding slot, and the bottom surface that the 3rd projecting ring section is butted on rotary body is fixedly connected with.
As a kind of preferred version, described first oil circuit includes communicate with each other the first traversing section and first longitudinal section, and the first traversing section is formed in the circumferential lateral surface indent of rotary body, and first longitudinal section is in the inner bottom surface upwards indent formation of embedding slot; 5th oil circuit includes communicate with each other the 5th traversing section and the 5th longitudinal section, 5th traversing section is formed in the upper end circumferential lateral surface indent of oil circuit spliceosome, 5th traversing section and the 5th hydraulic fluid port are just to being communicated with, in the upper surface of oil circuit spliceosome, downward indent is formed 5th longitudinal section, and the 5th longitudinal section and first longitudinal section are just to being communicated with.
As a kind of preferred version, described second oil circuit includes the second traversing section and second longitudinal section, and this second traversing section is formed in the circumferential lateral surface indent of rotary body, and this second longitudinal section is upwards indent formation in the bottom surface of rotary body; 6th oil circuit includes the 6th traversing section and the 6th longitudinal section that communicate with each other, 6th traversing section is formed in the circumferential lateral surface indent of the 3rd projecting ring section, 6th traversing section and the 6th hydraulic fluid port are just to being communicated with, in the upper surface of the 3rd projecting ring section, downward indent is formed 6th longitudinal section, and the 6th longitudinal section and second longitudinal section are just to being communicated with.
As a kind of preferred version, described high-pressure oil passage and low pressure oil way are formed respectively at the horizontal indent in lower end periphery side of oil circuit spliceosome, and the 3rd oil circuit and the 4th oil circuit are walked crosswise indent respectively at the upper end circumferential lateral surface of oil circuit spliceosome and formed.
As a kind of preferred version, described valve body includes holder and sleeve, this sleeve stretches in installation cavity, aforementioned first hydraulic fluid port, the second hydraulic fluid port, the 3rd hydraulic fluid port, the 4th hydraulic fluid port, the 5th hydraulic fluid port and the 6th hydraulic fluid port are all arranged on sleeve, the lower end of sleeve is butted on holder, and the bottom of holder and oil circuit spliceosome fixedly mounts.
As a kind of preferred version, described valve rod includes main rod body and push rod body, and this main rod body is arranged in sleeve, and the lower end of main rod body is fixedly connected with push rod body, and the lower end of push rod body is stretched out downwards outside holder, and the lower end of push rod body is provided with roller.
As a kind of preferred version, all sides of described main rod body are provided with multiple annular groove.
As a kind of preferred version, the below of described oil circuit spliceosome is provided with drive table, and the surface periphery of this drive table is formed multiple for impelling the step surface of valve handle activity, and roller is butted on step surface.
As a kind of preferred version, the circumferential lateral surface of described sleeve arranges and is arranged at intervals with multiple bulge loop, and all sides of each bulge loop are all arranged with the locating slot for installing sealing ring.
The present invention compared with prior art has obvious advantage and beneficial effect, specifically, as shown from the above technical solution:
By processing and fabricating on rotary body first oil circuit and the second oil circuit, and on oil circuit spliceosome processing and fabricating high-pressure oil passage, low pressure oil way, the 3rd oil circuit, the 4th oil circuit, the 5th oil circuit and the 6th oil circuit, achieve oil circuit splicing, make the processing and fabricating of oil circuit simple and convenient, utilize control valve to control each oil circuit simultaneously, make the mode that operationally can adopt low press-fitting mould and high-pressure molding, effectively promote the production efficiency of lid maker, and the Forming Quality of improving product greatly, and, guiding water core and spiral fortune water core is utilized by coordinating, more uniformly to shunt cooling fluid, structural design is more reasonable, and the cooling effect effectively improved stock, coordinate utilization activity isolation sheath body and fixing sheath body simultaneously, movable isolation sheath body fixes sheath body relatively can be up and down, so make shaping there is inner ring and the bottle cap of interior endless belt outer hook portion time, movable isolation sheath body can be made first to depart from bottle cap, the demoulding for bottle cap inner ring provides the space to center deformation, the outer hook portion of bottle cap inner ring can not be stuck in internal groove, thus achieve the smooth demoulding of bottle cap, the present invention can make more how dissimilar bottle cap, range of application is more extensive, thus bring convenience for production, in addition, by being equipped with holder, cutting knife, stationary housing and compressing post shell, utilize cutting knife to be cut by stock, and coordinate utilize each air flue and cavity to impel to compress post shell downwards movable realization feed intake, instead of the feeding mode adopting air blowing or piston head of tradition, be hollow body owing to compressing post shell, movement response is sensitive, can realize quick and precisely feeding intake, bring convenience for producing, simultaneously structure of the present invention is simple, and parts are few, assembling and easy to maintenance.
For more clearly setting forth architectural feature of the present invention and effect, below in conjunction with accompanying drawing and specific embodiment, the present invention is described in detail.
Accompanying drawing explanation
Fig. 1 is the front view of the preferred embodiment of the present invention;
Fig. 2 is the schematic perspective view of the preferred embodiment compacting module of the present invention;
Fig. 3 is the top view of the preferred embodiment of the present invention;
Fig. 4 is the sectional view of A-A position in Fig. 3;
Fig. 5 is the control track configuration figure of control valve in the preferred embodiment of the present invention;
Fig. 6 is the stereogram of control valve in the preferred embodiment of the present invention;
Fig. 7 is the exploded view of control valve in the preferred embodiment of the present invention;
Fig. 8 is the sectional view of control valve in the preferred embodiment of the present invention;
Fig. 9 is the schematic perspective view cooling spacer device in the preferred embodiment of the present invention;
Figure 10 is the sectional view cooling spacer device in the preferred embodiment of the present invention;
Figure 11 is the partial cross section's enlarged diagram cooling spacer device in the preferred embodiment of the present invention;
Figure 12 is the three-dimensional enlarged diagram of spiral fortune water core in the preferred embodiment of the present invention;
Figure 13 is the schematic perspective view of input and output material module in the preferred embodiment of the present invention;
Figure 14 is the schematic perspective view of another angle of input and output material module in the preferred embodiment of the present invention;
Figure 15 is the partial section of input and output material module in the preferred embodiment of the present invention;
Figure 16 cuts the module enlarged partial isometric view that feeds intake in the preferred embodiment of the present invention;
Figure 17 is the exploded view of Figure 16.
Accompanying drawing identifier declaration:
A, frame b, extrude module
C, compacting module 10c, rotary body
11c, annular space 12c, plunger shaft
13c, the first oil circuit 131c, the first traversing section
132c, first longitudinal section 14 c, the second oil circuit
141c, the second traversing section 142c, second longitudinal section
15c, embedding slot 20c, oil circuit spliceosome
21c, oil pocket 22c, installation cavity
23c, high-pressure oil passage 24c, low pressure oil way
25c, the 3rd oil circuit 26c, the 4th oil circuit
27c, the 5th oil circuit 271c, the 5th traversing section
272c, five longitudinal section of 28c, the 6th oil circuit
281c, the 6th traversing section 282c, the 6th longitudinal section
201c, main part 202c, the 3rd projecting ring section
30c, piston rod 40c, control valve
41c, valve body 411c, the first hydraulic fluid port
412c, the second hydraulic fluid port 413c, the 3rd hydraulic fluid port
414c, the 4th hydraulic fluid port 415c, the 5th hydraulic fluid port
416c, the 6th hydraulic fluid port 417c, bulge loop
418c, locating slot 42c, valve rod
421c, main rod body 422c, push rod body
423c, roller 401c, holder
402c, sleeve 403c, annular groove
50c, drive table 51c, step surface
D, input and output material module 10d, rotating disk
11d, accommodating cavity 12d, the first air flue
13d, the second air flue 20d, cut the module that feeds intake
21d, holder 211d, base portion
212d, column 22d, cutting knife
221d, bar shaped fixing hole 23d, stationary housing
231d, locating slot 24d, compress post shell
241d, limiting section 242d, pressure section
243d, support ring 25d, air dividing plate
251d, air channel 201d, the 3rd air flue
202d, U-shaped rewinding space 203d, inner chamber
204d, passage 205d, through hole
206d, cavity 207d, gap
E, cooling spacer device 10e, guiding water core
11e, inner sleeve 12e, outer tube
101e, the first feed pathway 102e, the first liquid outlet channel
20e, joint 21e, liquid outlet
22e, inlet 30e, spiral fortune water core
31e, the first projecting ring section 32e, the second projecting ring section
33e, spiral projections 301e, the second feed pathway
302e, the first splitter box 303e, the second splitter box
40e, sliding seat 41e, engagement piece
42e, installed part 401e, installing hole
50e, movable isolation sheath body 501e, cooling chamber
502e, spiral liquid outlet channel 60e, fixing sheath body
61e, upper tube body 62e, lower tube body
601e, thread groove 602e, internal groove.
Detailed description of the invention
Please refer to shown in Fig. 1 to Figure 17, that show the concrete structure of the preferred embodiment of the present invention, include frame a and be arranged on frame a extrude module b, compacting module c and input and output material module d.
This concrete structure extruding module b is existing mature technology, does not describe in detail the concrete structure extruding module b at this.
As shown in Fig. 2 to Fig. 8, this compacting module c includes rotary body 10c and oil circuit spliceosome 20c.
Wherein, this rotary body 10c is annular solid, the circumferential lateral surface of rotary body 10c is formed by annular space 11c, the periphery of rotary body 10c is provided with multiple plunger shaft 12c uniformly at intervals, a piston rod 30c is provided with in each plunger shaft 12c, the top of piston rod 30c is stretched in annular space 11 and is fixedly connected with bed die (not shown), on rotary body 10c, the first oil circuit 13c and the second oil circuit 14c is provided with for each plunger shaft 12c, the upper end that first oil circuit 13c is communicated with plunger shaft 12c is inner, and the lower end that the second oil circuit 14c is communicated with plunger shaft 12c is inner.
This oil circuit spliceosome 20c is installed on the bottom inside of rotary body 10c, this oil circuit spliceosome 20c is provided with oil pocket 21c, the periphery of oil circuit spliceosome 20c is provided with multiple installation cavity 22c uniformly at intervals, the plurality of installation cavity 22c and aforementioned plunger shaft 12c one_to_one corresponding, be provided with control valve 40c in each installation cavity 22c, this control valve 40c includes valve body 41c and valve rod 42c; This valve body 41c is provided with the first hydraulic fluid port 411c, the second hydraulic fluid port 412c, the 3rd hydraulic fluid port 413c, the 4th hydraulic fluid port 414c, the 5th hydraulic fluid port 415c and the 6th hydraulic fluid port 416c; This valve rod 42c up and downly can be arranged at and control each hydraulic fluid port in valve body 41c and open or close, and the lower end of valve rod 42c is stretched out downwards outside oil circuit spliceosome 20c.
On this oil circuit spliceosome 20c, high-pressure oil passage 23c is provided with for each installation cavity 22c, low pressure oil way 24c, 3rd oil circuit 25c, 4th oil circuit 26c, 5th oil circuit 27c and the 6th oil circuit 28c, this high-pressure oil passage 23c is communicated with between oil pocket 21c and the first hydraulic fluid port 411c, this low pressure oil way 24c is communicated with between oil pocket 21c and the second hydraulic fluid port 412c, 3rd oil circuit 25c is communicated with between oil pocket 21c and the 3rd hydraulic fluid port 413c, 4th oil circuit 26c is communicated with between oil pocket 21c and the 4th hydraulic fluid port 414c, 5th oil circuit 27c is communicated with between the first oil circuit 13c and the 5th hydraulic fluid port 415c, 6th oil circuit 28c is communicated with between the second oil circuit 14c and the 6th hydraulic fluid port 416c.
Specifically, this oil circuit spliceosome 20c includes main part 201c and expands in main part 201c circumferential lateral surface radial direction the 3rd projecting ring section 202c extended, the bottom surface of rotary body 10c is arranged with embedding slot 15c, the upper end of main part 201c is embedded in embedding slot 15c, and the bottom surface that the 3rd projecting ring section 202c is butted on rotary body 10c is fixedly connected with.
This first oil circuit 13c includes the first traversing section 131c and first longitudinal section of 132c that communicates with each other, and the first traversing section 131c is formed in the circumferential lateral surface indent of rotary body 10c, and first longitudinal section of 132c is in the inner bottom surface upwards indent formation of embedding slot 15c; 5th oil circuit 27c includes the 5th traversing section 271c and five longitudinal section of 272c that communicates with each other, 5th traversing section 271c is formed in the upper end circumferential lateral surface indent of oil circuit spliceosome 20c, 5th traversing section 272c and the 5th hydraulic fluid port 415c are just to being communicated with, downward indent is formed in the upper surface of oil circuit spliceosome 20c for five longitudinal section of 272c, five longitudinal section of 272c with first longitudinal section of 132c just to being communicated with.
This second oil circuit 14c includes the second traversing section 141c and second longitudinal section of 142c, and this second traversing section 141c is formed in the circumferential lateral surface indent of rotary body 10c, and this second longitudinal section of 142c be upwards indent formation in the bottom surface of rotary body 10c; 6th oil circuit 28c includes the 6th traversing section 281c and six longitudinal section of 282c that communicate with each other, 6th traversing section 281c is formed in the circumferential lateral surface indent of the 3rd projecting ring section 202c, 6th traversing section 281c and the 6th hydraulic fluid port 416c are just to being communicated with, downward indent is formed in the upper surface of the 3rd projecting ring section 202c for six longitudinal section of 282c, six longitudinal section of 282c with second longitudinal section of 142c just to being communicated with.
And this high-pressure oil passage 23c and low pressure oil way 24c is formed respectively at the horizontal indent in lower end periphery side of oil circuit spliceosome 20c, and the 3rd oil circuit 25c and the 4th oil circuit 26c walks crosswise indent formation respectively at the upper end circumferential lateral surface of oil circuit spliceosome 10c.
In addition, this valve body 41c includes holder 401c and sleeve 402c, this sleeve 402c stretches in installation cavity 22c, aforementioned first hydraulic fluid port 411c, the second hydraulic fluid port 412c, the 3rd hydraulic fluid port 413c, the 4th hydraulic fluid port 414c, the 5th hydraulic fluid port 415c and the 6th hydraulic fluid port 416c are all arranged on sleeve 402c, the lower end of sleeve 402c is butted on holder 401c, and the bottom of holder 401c and oil circuit spliceosome 20c fixedly mounts; And the circumferential lateral surface of this sleeve 402c arranges and is arranged at intervals with multiple bulge loop 417c, and all sides of each bulge loop 417c are all arranged with the locating slot 418c for installing sealing ring (not shown).
This valve rod 42c includes main rod body 421c and push rod body 422c, all sides of this main rod body 421c are provided with multiple annular groove 403c, this main rod body 421c is arranged in sleeve 402c, the lower end of main rod body 421c is fixedly connected with push rod body 422c, the lower end of push rod body 422c is stretched out outside holder 401c downwards, and the lower end of push rod body 422c is provided with roller 423c.
In addition, the below of this oil circuit spliceosome 20c is provided with drive table 50c, and the surface periphery of this drive table 50c is formed multiple for impelling the step surface 51c of valve rod 42c activity, and roller 423c is butted on step surface 51c.
During matched moulds, this valve rod 42c is butted on a step surface 51c, the second hydraulic fluid port 412c is made to be communicated with the 6th hydraulic fluid port 416c, 5th hydraulic fluid port 415c is communicated with the 4th hydraulic fluid port 414c, close between all the other each hydraulic fluid ports and be not communicated with, now, low pressure fluid in oil pocket 21c flows into the lower end of plunger shaft 12c successively through low pressure oil way 24c, the 6th oil circuit 28c and the second oil circuit 14c, simultaneously the fluid of plunger shaft 12c upper end is back in oil pocket 21c through the first oil circuit 13c, the 5th oil circuit 27c and the 4th oil circuit 26c successively, thus makes piston rod 30c increase fast to realize matched moulds.
Time shaping, this valve rod 42c is butted on another step surface 51c, the first hydraulic fluid port 411c is made to be communicated with the 6th hydraulic fluid port 416c, 5th hydraulic fluid port 415c keeps connection the 4th hydraulic fluid port 414c, close between all the other each hydraulic fluid ports and be not communicated with, now, the high-voltage oil liquid in oil pocket 21c flows into the lower end of plunger shaft 12c successively through high-pressure oil passage 23c, the 6th oil circuit 28c and the second oil circuit 14c, make piston rod 30c remain on matched moulds state, realize pressurize shaping.
During die sinking, this valve rod 42c is butted on a step surface 51c again, the 3rd oil circuit 413c is made to be communicated with the 5th hydraulic fluid port 415c, second hydraulic fluid port 412c is communicated with the 6th hydraulic fluid port 416c, close between all the other each hydraulic fluid ports and be not communicated with, now, oil pocket 21c inner fluid enters the upper end of plunger shaft 12c successively through the 3rd oil circuit 25c, the 5th oil circuit 27c and the first oil circuit 13c, simultaneously, therefore the fluid of plunger shaft 12c lower end be back in oil pocket 21c through the second oil circuit 14c, the 6th oil circuit 28c and low pressure oil way 24c, thus piston rod 30c is declined fast realize die sinking.
Be provided with a cooling spacer device e directly over each bed die, as shown in Fig. 9 to Figure 12, this cooling spacer device e includes guiding water core 10e, joint 20e, spiral fortune water core 30e, sliding seat 40e, movable isolation sheath body 50e and fixing sheath body 60e.
This guiding water core 10e includes inner sleeve 11e and outer tube 12e, the upper and lower end face of this inner sleeve 11e is run through and is formed with the first feed pathway 101e, this outer tube 12e and inner sleeve 11e coaxially arranges and is sheathed on outside inner sleeve 11e, forms the first liquid outlet channel 102e between the inwall of outer tube 12e and the outer wall of inner sleeve 11e.
This joint 20e is installed on the top of guiding water core 10e, and joint 20e has liquid outlet 21e and inlet 22e, and liquid outlet 21e is communicated with the first liquid outlet channel 102e, and inlet 22e is communicated with the first feed pathway 101e.
This spiral fortune water core 30e coaxially arranges with guiding water core 10e and is fixedly connected with the lower end of guiding water core 10e, the upper and lower end face of spiral fortune water core 30e is run through and is formed with the second feed pathway 301e, the upper end of spiral fortune water core 30e has the first projecting ring section 31e, all sides of the first projecting ring section 31e are recessed is uniformly at intervals formed with multiple first splitter box 302e, the lower end of spiral fortune water core 30e has the second projecting ring section 32e, all sides of the second projecting ring section 32e are recessed is uniformly at intervals formed with multiple second splitter box 303e, each first splitter box 302e and the second splitter box 303e all axially extends, and the lateral surface of spiral fortune water core 30e is convexly equipped with spiral projections 33e, spiral projections 33e axially extends and between the first projecting ring section 31e and the second projecting ring section 32e.
This sliding seat 40e is sheathed on outside guiding water core 10e, this sliding seat 40e includes engagement piece 41e and installed part 42e, this engagement piece 41e and installed part 42e is all sheathed on outside guiding water core 10e, and installed part 42e is fixedly connected with the top of engagement piece 41e, and installed part 42e is provided with installing hole 401e.
This activity isolation sheath body 50e is sheathed on the lower end of guiding water core 10e and is fixedly connected with the lower end of sliding seat 40e, the lower surface of movable isolation sheath body 50e is sealing surface, the inside, lower end of movable isolation sheath body 50e is formed with cooling chamber 501e, this spiral fortune water core 30e is positioned at movable isolation sheath body 50e, the lower end of spiral fortune water core 30e is suspended from cooling chamber 501e, the lateral surface of said spiral protuberance 33e is butted on the internal face of movable isolation sheath body 50e, spiral liquid outlet channel 502e is formed between the outside wall surface of spiral fortune water core 30e and movable internal face of isolating sheath body 50e, aforementioned first splitter box 302e is communicated with between the first liquid outlet channel 102e and spiral liquid outlet channel 502e, aforementioned second splitter box 303e is communicated with between cooling chamber 501e and spiral liquid outlet channel 502e, the lower end of aforementioned second feed pathway 301e is communicated with cooling chamber 501e.
The lower end side of this fixing sheath body 60e is arranged with thread groove 601e, fixing sheath body 60e is sheathed on outside movable isolation sheath body 50e, movable isolation sheath body 50e relatively fixes sheath body 60e and can arrange up and downly, the lower surface of movable isolation sheath body 50e is exposed to the lower surface of fixing sheath body 60e, the lower end side of movable isolation sheath body 50e is face, Shunping County, the lower surface inward flange of fixing sheath body 60e is upwards arranged with internal groove 602e, and the degree of depth of internal groove 602e becomes large from lower to upper gradually.In the present embodiment, this fixing sheath body 60e includes upper tube body 61e and lower tube body 62e, the lower end of this upper tube body 61e and the upper end of lower tube body 62e are screwed together, and aforementioned thread groove 601e is arranged in the lower end side of lower tube body 62e, and internal groove 602e is positioned at the e lower surface inward flange of lower tube body 62.
During work, the lower surface of this activity isolation sheath body 50e is concordant with the lower surface of fixing sheath body 60e and stretch in bed die (not shown), stock covers the lower end side of fixing sheath body 60e, the movable lower surface of isolation sheath body 50e and the lower surface of fixing sheath body 60e, is filled in internal groove 602e simultaneously, then, cooling fluid (as water) enters the first feed pathway 101e from inlet 22e, but, directly enter in cooling chamber 501e through the second feed pathway 301e, now, the heat of stock is passed in cooling fluid by fixing sheath body 60e and movable isolation sheath body 50e, cooling fluid is heated up, reach the object to stock cooling, after heating up, cooling fluid is uniformly distributed through the second splitter box 303e and enters in spiral liquid outlet channel 502e, then, the first liquid outlet channel 102e is entered again after the first splitter box 302e is uniformly distributed, finally export from liquid outlet 21e, thus complete refrigerating work procedure, stock is made to form bottle cap.After stock cooling, sliding seat 40e is upwards movable, relative to fix sheath body 60e upwards movable with sliding seat 40e to make movable isolation sheath body 50e, guiding water core 10e, joint 20e and spiral fortune water core 30e, movable isolation sheath body 50e is upwards movable and first depart from bottle cap, then, bottle cap is made relatively to fix sheath body 60e movable downwards, because activity isolation sheath body 50e first departs from bottle cap, the demoulding for bottle cap inner ring provides the space to center deformation, the outer hook portion of bottle cap inner ring can not be stuck in internal groove 602e, thus achieve the smooth demoulding of bottle cap.
This input and output material module d is arranged at and extrudes between module b and compacting module c, and as shown in Figure 13 to Figure 17, this input and output material module d includes rotating disk 10d and multiplely cuts the module 20d that feeds intake.
The bottom surface periphery of this rotating disk 10d is arranged with multiple accommodating cavity 11d, is provided with the first air flue 12d and the second air flue 13d for each accommodating cavity 11d in rotating disk 10d, and the upper end that this first air flue 12d is communicated with accommodating cavity 11d is inner.
The plurality ofly cut the bottom surface periphery that the module 20d uniform intervals that feeds intake is distributed in rotating disk 10d, often all module 20d that feed intake have included holder 21d, cutting knife 22d, stationary housing 23d and have compressed post shell 24d.
This holder 21d includes base portion 211d and two column 212d, is provided with the 3rd air flue 201d in this base portion 211d, and the 3rd air flue 201d is communicated with the second air flue 13d, and this two columns 212d interval arranges and all extends downwards in the bottom surface of base portion 211d one.
The two ends of this cutting knife 22d are fixedly connected with two column 212d respectively, and cutting knife 22d and two column 212d encloses and is configured to a U-shaped rewinding space 202d; In the present embodiment, this two column 212d is square body, the two ends of this cutting knife 22d are individually fixed on the trailing flank of two column 212d, the two ends of this cutting knife 22d are provided with bar shaped fixing hole 221d, downward-extension on this bar shaped fixing hole 221d, so that the setting height(from bottom) adjusting cutting knife 22d as required.
This stationary housing 23d is installed in accommodating cavity 11d by holder 21d, this stationary housing 23d has inner chamber 203d, the upper end open of inner chamber 203d is also communicated with accommodating cavity 11d, the lower surface of stationary housing 23d is provided with the passage 204d of communication with cavity 203d, passage 204d is positioned at directly over U-shaped rewinding space 202d, all sides of stationary housing 23d are provided with through hole 205d, between the lower end of through hole 205d communication with cavity 203d and the 3rd air flue 201d; In the present embodiment, the upper end of this stationary housing 23d is provided with air dividing plate 25d, and the periphery of air dividing plate 25d is provided with multiple air channel 251d uniformly at intervals; And the circumferential lateral surface of this stationary housing 23d is arranged with the locating slot 231d for installing sealing ring (not shown).
This compresses post shell 24d is hollow body, it has cavity 206d, the upper end open of this cavity 206d communication with cavity 203d, compress the pressure section 242d that post shell 24d includes limiting section 241d and extends in limiting section 241d one downwards, the circumferential lateral surface of this limiting section 241d and the inner wall sealing of inner chamber 203d are also slidably matched, gap 207d is formed between the lower surface of limiting section 241d and the inner bottom surface of inner chamber 203d, this gap 207d and through hole 205d keep being communicated with, the lower surface of this pressure section 242d is sealing surface, pressure section 242d stretches in U-shaped rewinding space 202d downwards through passage 204d, the circumferential lateral surface of pressure section 242d and the inner wall sealing of passage 204d are also slidably matched, in the present embodiment, the lower surface of this limiting section 241d is convexly equipped with support ring 243d downwards, and the inner bottom surface that this support ring 24d3 is butted on inner chamber 203d makes to be formed with gap 207d between the inner bottom surface of the lower surface of limiting section 241d and inner chamber 203d.
During work, rotating disk 10d rotates, multiple module 20d that feeds intake that cuts rotates with rotating disk 10d and successively directly over the extrusion extruding module b, first the stock that extrusion exports enters U-shaped rewinding space 202d, then cut off through cutting knife 22d, realize blank action, cut stock to remain in U-shaped rewinding space 202d and rotates with rotating disk 10d, when turning to directly over bed die, gas enters accommodating cavity 11d from the first air flue 12d, then after air dividing plate 25d is uniformly distributed, gas enters inner chamber 203d from each air channel 251d, then gas enters in cavity 20d6, now gas impels that to compress post shell 24d movable downwards, so that the stock in U-shaped rewinding space 202d is pressed in bed die, realization feeds intake action, after stock is forced out, gas is from entering the 207d of gap through the second air flue 13d, the 3rd air flue 201d and through hole 205d successively, gas simultaneously in accommodating cavity 11d exports from the first air flue 12d, thus makes to compress post shell 24d upwards movable reset, to wait for the blank to next stock.
Design focal point of the present invention is: by processing and fabricating on rotary body first oil circuit and the second oil circuit, and on oil circuit spliceosome processing and fabricating high-pressure oil passage, low pressure oil way, the 3rd oil circuit, the 4th oil circuit, the 5th oil circuit and the 6th oil circuit, achieve oil circuit splicing, make the processing and fabricating of oil circuit simple and convenient, utilize control valve to control each oil circuit simultaneously, make the mode that operationally can adopt low press-fitting mould and high-pressure molding, the production efficiency of effective lifting lid maker, and the Forming Quality of improving product greatly, and, guiding water core and spiral fortune water core is utilized by coordinating, more uniformly to shunt cooling fluid, structural design is more reasonable, and the cooling effect effectively improved stock, coordinate utilization activity isolation sheath body and fixing sheath body simultaneously, movable isolation sheath body fixes sheath body relatively can be up and down, so make shaping there is inner ring and the bottle cap of interior endless belt outer hook portion time, movable isolation sheath body can be made first to depart from bottle cap, the demoulding for bottle cap inner ring provides the space to center deformation, the outer hook portion of bottle cap inner ring can not be stuck in internal groove, thus achieve the smooth demoulding of bottle cap, the present invention can make more how dissimilar bottle cap, range of application is more extensive, thus bring convenience for production, in addition, by being equipped with holder, cutting knife, stationary housing and compressing post shell, utilize cutting knife to be cut by stock, and coordinate utilize each air flue and cavity to impel to compress post shell downwards movable realization feed intake, instead of the feeding mode adopting air blowing or piston head of tradition, be hollow body owing to compressing post shell, movement response is sensitive, can realize quick and precisely feeding intake, bring convenience for producing, simultaneously structure of the present invention is simple, and parts are few, assembling and easy to maintenance.
The above, it is only preferred embodiment of the present invention, not technical scope of the present invention is imposed any restrictions, thus every above embodiment is done according to technical spirit of the present invention any trickle amendment, equivalent variations and modification, all still belong in the scope of technical solution of the present invention.
Claims (10)
1. a mould pressing lid maker, is characterized in that: include frame and be arranged at and frame extrudes module, compacting module and input and output material module;
This compacting module includes rotary body and oil circuit spliceosome; This rotary body is annular solid, the circumferential lateral surface of rotary body is formed by annular space, the periphery of rotary body is provided with multiple plunger shaft uniformly at intervals, a piston rod is provided with in each plunger shaft, the top of piston rod is stretched in annular space and is fixedly connected with bed die, on rotary body, be provided with the first oil circuit and the second oil circuit for each plunger shaft, the upper end that the first oil circuit is communicated with plunger shaft is inner, and the lower end that the second oil circuit is communicated with plunger shaft is inner; This oil circuit spliceosome is installed on the bottom inside of rotary body, this oil circuit spliceosome is provided with oil pocket, the periphery of oil circuit spliceosome is provided with multiple installation cavity uniformly at intervals, the plurality of installation cavity and aforementioned plunger shaft one_to_one corresponding, be provided with control valve in each installation cavity, this control valve includes valve body and valve rod; This valve body is provided with the first hydraulic fluid port, the second hydraulic fluid port, the 3rd hydraulic fluid port, the 4th hydraulic fluid port, the 5th hydraulic fluid port and the 6th hydraulic fluid port; This valve rod up and downly can be arranged at and control each hydraulic fluid port in valve body and open or close, and the lower end of valve rod is stretched out outside oil circuit spliceosome downwards; On this oil circuit spliceosome, high-pressure oil passage, low pressure oil way, the 3rd oil circuit, the 4th oil circuit, the 5th oil circuit and the 6th oil circuit is provided with for each installation cavity, this high-pressure oil passage is communicated with between oil pocket and the first hydraulic fluid port, this low pressure oil way is communicated with between oil pocket and the second hydraulic fluid port, 3rd oil circuit is communicated with between oil pocket and the 3rd hydraulic fluid port, 4th oil circuit is communicated with between oil pocket and the 4th hydraulic fluid port, 5th oil circuit is communicated with between the first oil circuit and the 5th hydraulic fluid port, and the 6th oil circuit is communicated with between the second oil circuit and the 6th hydraulic fluid port;
Be provided with a cooling spacer device directly over each bed die, this cooling spacer device includes guiding water core, joint, spiral fortune water core, sliding seat, movable isolation sheath body and fixing sheath body, this guiding water core includes inner sleeve and outer tube, the upper and lower end face of this inner sleeve is run through and is formed with the first feed pathway, this outer tube and inner sleeve coaxially arrange and are sheathed on outside inner sleeve, form the first liquid outlet channel between the inwall of outer tube and the outer wall of inner sleeve, this jiont treatment is in the top of guiding water core, and joint has liquid outlet and inlet, and liquid outlet is communicated with the first liquid outlet channel, and inlet is communicated with the first feed pathway, this spiral fortune water core coaxially arranges with guiding water core and is fixedly connected with the lower end of guiding water core, the upper and lower end face of spiral fortune water core is run through and is formed with the second feed pathway, the upper end of spiral fortune water core has the first projecting ring section, all sides of the first projecting ring section are recessed is uniformly at intervals formed with multiple first splitter box, the lower end of spiral fortune water core has the second projecting ring section, all sides of the second projecting ring section are recessed is uniformly at intervals formed with multiple second splitter box, each first splitter box and the second splitter box all axially extend, and the lateral surface of spiral fortune water core is convexly equipped with spiral projections, spiral projections axially extends and between the first projecting ring section and the second projecting ring section, this sliding seat is sheathed on outside guiding water core, this movable separation sleeve valve jacket is located at the lower end of guiding water core and is fixedly connected with the lower end of sliding seat, the lower surface of movable isolation sheath body is sealing surface, the inside, lower end of movable isolation sheath body is formed with cooling chamber, this spiral fortune water core is positioned at movable isolation sheath body, the lower end of spiral fortune water core is suspended from cooling chamber, the lateral surface of said spiral protuberance is butted on the internal face of movable isolation sheath body, spiral liquid outlet channel is formed between the outside wall surface of spiral fortune water core and movable internal face of isolating sheath body, aforementioned first splitter box is communicated with between the first liquid outlet channel and spiral liquid outlet channel, aforementioned second splitter box is communicated with between cooling chamber and spiral liquid outlet channel, the lower end of aforementioned second feed pathway is communicated with cooling chamber, the lower end side of this fixing sheath body is arranged with thread groove, fixed cover valve jacket is located at outside movable isolation sheath body, movable isolation sheath body is relatively fixed sheath body and can be arranged up and downly, the lower surface of movable isolation sheath body is exposed to the lower surface of fixing sheath body, the lower end side of movable isolation sheath body is face, Shunping County, the lower surface inward flange of fixing sheath body is upwards arranged with internal groove, and the degree of depth of internal groove becomes large from lower to upper gradually,
This input and output material module is arranged to be extruded between module and compacting module, and this input and output material module includes rotating disk and multiplely cuts the module that feeds intake; The bottom surface periphery of this rotating disk is arranged with multiple accommodating cavity, is provided with the first air flue and the second air flue for each accommodating cavity in rotating disk, and the upper end that this first air flue is communicated with accommodating cavity is inner; The plurality ofly cut the bottom surface periphery that the module uniform intervals that feeds intake is distributed in rotating disk, often all modules that feed intake have included holder, cutting knife, stationary housing and have compressed post shell; This holder includes base portion and two columns, is provided with the 3rd air flue in this base portion, and the 3rd air flue is communicated with the second air flue, and this two columns interval arranges and all extends downwards in the bottom surface of base portion one; The two ends of this cutting knife are fixedly connected with two columns respectively, and cutting knife and two columns enclose and are configured to a U-shaped rewinding space; This stationary housing is installed in accommodating cavity by holder, this stationary housing has inner chamber, the upper end open of inner chamber is also communicated with accommodating cavity, the lower surface of stationary housing is provided with the passage of communication with cavity, passage is positioned at directly over U-shaped rewinding space, all sides of stationary housing are provided with through hole, between the lower end of through hole communication with cavity and the 3rd air flue; This compresses post shell is hollow body, it has cavity, the upper end open of this cavity communication with cavity, compress the pressure section that post shell includes limiting section and extends in limiting section one downwards, the circumferential lateral surface of this limiting section and the inner wall sealing of inner chamber are also slidably matched, gap is formed between the lower surface of limiting section and the inner bottom surface of inner chamber, this gap and through hole keep being communicated with, the lower surface of this pressure section is sealing surface, pressure section stretches in U-shaped rewinding space downwards through passage, and the circumferential lateral surface of pressure section and the inner wall sealing of passage are also slidably matched.
2. mould pressing lid maker according to claim 1, it is characterized in that: described oil circuit spliceosome includes main part and expands in main part circumferential lateral surface radial direction the 3rd projecting ring section extended, the bottom surface of rotary body is arranged with embedding slot, the upper end of main part is embedded in embedding slot, and the bottom surface that the 3rd projecting ring section is butted on rotary body is fixedly connected with.
3. mould pressing lid maker according to claim 2, it is characterized in that: described first oil circuit includes communicate with each other the first traversing section and first longitudinal section, first traversing section is formed in the circumferential lateral surface indent of rotary body, and first longitudinal section is in the inner bottom surface upwards indent formation of embedding slot; 5th oil circuit includes communicate with each other the 5th traversing section and the 5th longitudinal section, 5th traversing section is formed in the upper end circumferential lateral surface indent of oil circuit spliceosome, 5th traversing section and the 5th hydraulic fluid port are just to being communicated with, in the upper surface of oil circuit spliceosome, downward indent is formed 5th longitudinal section, and the 5th longitudinal section and first longitudinal section are just to being communicated with.
4. mould pressing lid maker according to claim 2, it is characterized in that: described second oil circuit includes the second traversing section and second longitudinal section, this second traversing section is formed in the circumferential lateral surface indent of rotary body, and this second longitudinal section is upwards indent formation in the bottom surface of rotary body; 6th oil circuit includes the 6th traversing section and the 6th longitudinal section that communicate with each other, 6th traversing section is formed in the circumferential lateral surface indent of the 3rd projecting ring section, 6th traversing section and the 6th hydraulic fluid port are just to being communicated with, in the upper surface of the 3rd projecting ring section, downward indent is formed 6th longitudinal section, and the 6th longitudinal section and second longitudinal section are just to being communicated with.
5. mould pressing lid maker according to claim 2, it is characterized in that: described high-pressure oil passage and low pressure oil way are formed respectively at the horizontal indent in lower end periphery side of oil circuit spliceosome, the 3rd oil circuit and the 4th oil circuit are walked crosswise indent respectively at the upper end circumferential lateral surface of oil circuit spliceosome and are formed.
6. mould pressing lid maker according to claim 2, it is characterized in that: described valve body includes holder and sleeve, this sleeve stretches in installation cavity, aforementioned first hydraulic fluid port, the second hydraulic fluid port, the 3rd hydraulic fluid port, the 4th hydraulic fluid port, the 5th hydraulic fluid port and the 6th hydraulic fluid port are all arranged on sleeve, the lower end of sleeve is butted on holder, and the bottom of holder and oil circuit spliceosome fixedly mounts.
7. mould pressing lid maker according to claim 6, it is characterized in that: described valve rod includes main rod body and push rod body, and this main rod body is arranged in sleeve, the lower end of main rod body is fixedly connected with push rod body, the lower end of push rod body is stretched out downwards outside holder, and the lower end of push rod body is provided with roller.
8. mould pressing lid maker according to claim 7, is characterized in that: all sides of described main rod body are provided with multiple annular groove.
9. mould pressing lid maker according to claim 7, is characterized in that: the below of described oil circuit spliceosome is provided with drive table, and the surface periphery of this drive table is formed multiple for impelling the step surface of valve handle activity, and roller is butted on step surface.
10. mould pressing lid maker according to claim 6, is characterized in that: the circumferential lateral surface of described sleeve arranges and is arranged at intervals with multiple bulge loop, and all sides of each bulge loop are all arranged with the locating slot for installing sealing ring.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510052704.8A CN104647667B (en) | 2015-02-02 | 2015-02-02 | Die-pressing lid maker |
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| CN201510052704.8A CN104647667B (en) | 2015-02-02 | 2015-02-02 | Die-pressing lid maker |
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| CN104647667B CN104647667B (en) | 2017-01-18 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112049934A (en) * | 2020-08-14 | 2020-12-08 | 湖南山瑞重工科技有限公司 | Bearing end sealing mechanism for heavy hammer crusher |
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| CN101920542A (en) * | 2010-08-16 | 2010-12-22 | 广州晶品包装机械有限公司 | Mould pressing lid maker |
| CN102837412A (en) * | 2012-09-21 | 2012-12-26 | 台州市黄岩凯普机械有限公司 | Equipment for processing plastic bottle cap by extrusion compression molding |
| CN102862296A (en) * | 2012-08-08 | 2013-01-09 | 广州晶品包装机械有限公司 | Fully-automatic die pressing lid maker |
| CN204604711U (en) * | 2015-02-02 | 2015-09-02 | 广州晶品智能压塑科技股份有限公司 | mould pressing lid maker |
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2015
- 2015-02-02 CN CN201510052704.8A patent/CN104647667B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101920542A (en) * | 2010-08-16 | 2010-12-22 | 广州晶品包装机械有限公司 | Mould pressing lid maker |
| CN102862296A (en) * | 2012-08-08 | 2013-01-09 | 广州晶品包装机械有限公司 | Fully-automatic die pressing lid maker |
| CN102837412A (en) * | 2012-09-21 | 2012-12-26 | 台州市黄岩凯普机械有限公司 | Equipment for processing plastic bottle cap by extrusion compression molding |
| CN204604711U (en) * | 2015-02-02 | 2015-09-02 | 广州晶品智能压塑科技股份有限公司 | mould pressing lid maker |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112049934A (en) * | 2020-08-14 | 2020-12-08 | 湖南山瑞重工科技有限公司 | Bearing end sealing mechanism for heavy hammer crusher |
| CN112049934B (en) * | 2020-08-14 | 2022-04-01 | 湖南山瑞重工科技有限公司 | Bearing end sealing mechanism for heavy hammer crusher |
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| CN104647667B (en) | 2017-01-18 |
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Address after: 510530 No. 1, No. 11, Kaiyuan Road, Guangzhou hi tech Industrial Development Zone, Guangdong, Guangzhou, China, C4 Applicant after: Guangzhou brilliant product intelligence compression moulding Science and Technology Co., Ltd. Address before: 510000 Guangdong Avenue Open Economic Development Zone in Guangzhou province science and technology enterprise accelerator C4 Building No. 11 Guangzhou crystal packing machinery Co. Applicant before: Guangzhou Jeepine Packing Machinery Co.,Ltd. |
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Denomination of invention: Molding capping machine Effective date of registration: 20210806 Granted publication date: 20170118 Pledgee: Bank of China Limited Guangzhou Development Zone Branch Pledgor: GUANGZHOU JEEPINE INTELLIGENT COMPRESSION MOLDING MACHINE Co.,Ltd. Registration number: Y2021980007381 |
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