CN204092611U - A kind of facial film automatic moulding machine - Google Patents
A kind of facial film automatic moulding machine Download PDFInfo
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- CN204092611U CN204092611U CN201420486003.6U CN201420486003U CN204092611U CN 204092611 U CN204092611 U CN 204092611U CN 201420486003 U CN201420486003 U CN 201420486003U CN 204092611 U CN204092611 U CN 204092611U
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Abstract
The utility model discloses a kind of facial film shaping equipment, belong to technical field of mechanical equipment.This utility model facial film automatic moulding machine by frame, detachable wallboard, be fixed on turbine and worm reducing motor, transmission shaft on frame and wallboard in addition, lead reel, feeder, damping device, negative pressure transportation mechanism, rolling and cutting mechanism, waste-absorbing device and receiving mechanism composition.Have employed circle pressure circle rolling cut mode in the rolling and cutting mechanism of facial film automatic moulding machine of the present utility model, design rolling cut gap is adjustable, can realize the change in rolling cut gap, realizes the conveying of vegetable extrusion coating paper continous-stable and molding.After shaped device, introduce automatic waste discharge and arrangement output twice technique, achieve vegetable extrusion coating paper Mask Molding Machine automatic material receiving, waste discharge, avoid manual intervention, improve production efficiency, reduce production cost.
Description
Technical field
This utility model relates to a kind of facial film shaping equipment, especially vegetable extrusion coating paper is shaped to the automation equipment of facial film, belongs to technical field of mechanical equipment.
Background technology
At present, face paper on market substantially all with non-woven fabrics through machine-shaping, vegetable extrusion coating paper is as a kind of pure natural, the novel green material not producing garbage, because the characteristics such as good water absorption, breathability, pure natural are applied to beauty industry, making face paper with vegetable extrusion coating paper is excellent selection.But the characteristic of vegetable extrusion coating paper and non-woven fabrics differ greatly, as lower tensile strength, dry easily broken etc., the mode of operation of tradition Mask Molding Machine can cause vegetable extrusion coating paper rupture and cannot realize continuous operation, cannot realize the full-automatic molding of vegetable extrusion coating paper facial film.The charging gear of existing non-woven fabrics Mask Molding Machine realizes the supply of single-row single-layer nonwoven coiled strip usually, does not meet the functional requirement of the single-row monolayer of vegetable extrusion coating paper Mask Molding Machine (or double-deck) molding.Traditional non-woven cloth Mask Molding Machine also cannot realize automatically being separated and placement of finished product and waste material.
Utility model content
For the problems referred to above, this utility model object is to provide a kind of automation equipment hot strength being shaped to facial film lower than the vegetable extrusion coating paper of non-woven fabrics, and this equipment completes feed, conveying, molding, waste suction, rewinding operation automatically.
To achieve these goals, this utility model takes following technical scheme: design a kind of facial film automatic moulding machine, by frame, wallboard, turbine and worm reducing motor, transmission shaft, leads reel, feeder, adjustable damping device, negative pressure transportation mechanism one, negative pressure transportation mechanism two, negative pressure transportation mechanism three, rolling and cutting mechanism, waste-absorbing device and receiving mechanism and forms; Wallboard is arranged in frame, feeder comprises two paper supporting shafts, vertical distribution, be arranged on wallboard, be positioned at the side of whole equipment, negative pressure transportation mechanism is arranged on wallboard, be close to charging gear, adjustable damping device is arranged on wallboard, is positioned at the side of feeder, rolling and cutting mechanism is arranged on wallboard, between negative pressure transportation mechanism two and negative pressure transportation mechanism three, waste-absorbing device is arranged on wallboard, is positioned at the side of rolling and cutting mechanism, receiving mechanism has eight fan-shaped little lattice and is arranged on wallboard, is close to negative pressure transportation mechanism three;
Described negative pressure transportation mechanism one comprises belt wheel, belt shaft, sprocket wheel, connecting plate, support bent plate, power transmission shaft, air-suction trunk, aspiration channel, conveyer belt; Belt wheel is arranged on belt shaft; Sprocket wheel is arranged on belt shaft; Belt shaft is arranged between connecting plate and wallboard; Power transmission shaft has three, is arranged between connecting plate and wallboard; Air-suction trunk is arranged on wallboard; Support bent plate is arranged on below air-suction trunk and is arranged on wallboard; Air-suction trunk is built with aspiration channel; Conveyer belt is arranged on belt shaft with between power transmission shaft;
Negative pressure transportation mechanism two is identical with negative pressure transportation mechanism three structure; Include belt wheel, sprocket wheel, belt shaft, tensioner, power transmission shaft, air-suction trunk, aspiration channel, support bent plate, conveyer belt; Belt wheel is arranged on belt shaft; Sprocket wheel is arranged on belt shaft; Belt shaft is arranged on wallboard; Tensioner is arranged on wallboard, above the side being positioned at belt wheel; Power transmission shaft has three, is arranged on wallboard; Air-suction trunk is arranged on wallboard; Air-suction trunk is built with aspiration channel; Conveyer belt is arranged on belt shaft with between power transmission shaft;
Described rolling and cutting mechanism comprises gusseted plate, cushioning supportive plate, lower supporting plate, left-and-right supporting plate, lower bearing box, upper bearing (metal) box, spring, upper cover plate, screw press, gear, protective cover pillar, protective cover, upper spring pad, lower spring pad, upper cutter shaft, lower cutter shaft, sprocket wheel; Gear is a pair, is arranged on one end of cutter shaft and lower cutter shaft respectively, vertically distributes; Sprocket wheel is arranged on the other end of lower cutter shaft; Upper cutter shaft one end is fixed in upper bearing (metal) box, and the other end is arranged on wallboard; One end of lower cutter shaft is fixed in lower bearing box, and the other end is arranged on wallboard; Spring fitting is between upper spring pad and lower spring pad; Lower spring pad is connected with upper cutter shaft, is positioned at above cutter shaft; Screw press is connected with upper spring pad through upper cover plate; Upper cover plate is arranged on left-and-right supporting plate top; Upper bearing (metal) box and lower bearing box are arranged on left-and-right supporting plate; Left-and-right supporting plate is connected with lower supporting plate; Lower supporting plate is connected with cushioning supportive plate; Cushioning supportive plate is connected with gusseted plate; Gusseted plate is arranged on wallboard; Protective cover is fixed on left-and-right supporting plate by protective cover pillar.
Described receiving mechanism is the rotating mechanism with eight fan-shaped little lattice.Be rotate during work, its drive connection ensures receiving mechanism and hob cutter mechanism rotating ratio 4:1.
The boss of described lower bearing box and upper bearing (metal) box both sides is arranged in the longitudinal rail on left-and-right supporting plate.
Owing to have employed above technical scheme, facial film automatic moulding machine of the present utility model has the following advantages:
(1) facial film automatic moulding machine design of the present utility model have employed feeder and damping device, the functional requirement of the single-row monolayer of vegetable extrusion coating paper Mask Molding Machine (or double-deck) molding can be met, in the process of feed and transmission, increase this procedure of humidification by the moistening of vegetable extrusion coating paper, improve the defect of its easy fracture because of super-dry.
(2) facial film automatic moulding machine design of the present utility model have employed waste-absorbing device and material collecting device, automatic waste discharge and arrangement output twice technique is introduced after shaped device, achieve vegetable extrusion coating paper Mask Molding Machine automatic material receiving, waste discharge, avoid manual intervention, improve production efficiency, reduce production cost.
(3) have employed circle pressure circle rolling cut mode in the rolling and cutting mechanism that facial film automatic moulding machine design of the present utility model adopts, rolling cut gap is adjustable, can realize the change in rolling cut gap, realizes the conveying of vegetable extrusion coating paper continous-stable and molding.
(4) overall construction design of facial film automatic moulding machine of the present utility model is the branch unit of separate and mutual collaborative work, all drive branch devices share same power source, according to transmission successively action in an orderly manner, work in coordination with the molding of facial film, structure is simple, compact, avoids the mutual interference of each branch unit that may cause when multi power source drives simultaneously.
Facial film automatic moulding machine of the present utility model is reasonable in design, compact conformation, automaticity is high, have safe and reliable, high efficiency, cost-saving, easy and simple to handle, be convenient to many-sided features such as hobbing die maintenance or replacing, can the processing and forming completing vegetable extrusion coating paper facial film of Automatic continuous, the batch production of facial film can be realized.
Accompanying drawing explanation
Fig. 1 is the main TV structure schematic diagram of this utility model facial film automatic moulding machine;
Fig. 2 is the main TV structure schematic diagram of this utility model facial film automatic moulding machine negative pressure transportation mechanism one;
Fig. 3 is the main TV structure schematic diagram of this utility model facial film automatic moulding machine negative pressure transportation mechanism two;
Fig. 4 is the main TV structure schematic diagram of this utility model facial film automatic moulding machine rolling and cutting mechanism;
Fig. 5 is this utility model facial film automatic moulding machine rolling and cutting mechanism sectional structure schematic diagram.
Detailed description of the invention
Below in conjunction with accompanying drawing, the technical solution of the utility model is described in further detail.
This utility model facial film automatic moulding machine by frame 1.1, wallboard 1.2, transmission shaft 1.3, Worm reduction motor 1.4, feeder 1.5, adjustable damping device 1.6, negative pressure conveyer 1, lead reel 1.8, negative pressure conveyer 2 1.9, rolling and cutting mechanism 1.10, waste-absorbing device 1.11, negative pressure conveyer 3 1.12, receiving mechanism 1.13 form, wallboard 1.2 is arranged in frame 1.1, Worm reduction motor 1.4 is arranged in frame 1.1, power is provided for whole equipment, transmission shaft 1.3 is arranged on wallboard 1.2, feeder 1.5 comprises two paper supporting shafts, vertical distribution, be arranged on wallboard 1.2, be positioned at the side of whole equipment, the functional requirement of the single-row monolayer of vegetable extrusion coating paper (or double-deck) molding can be realized, negative pressure conveyer 1 is arranged on wallboard 1.2, in skewed, be positioned at the side of paper supporting shaft, because negative pressure can realize the harmless transmission of vegetable extrusion coating paper, adjustable damping device 1.6 is arranged on wallboard 1.2, between charging gear 1.5 and negative pressure conveyer 1, for humidification vegetable extrusion coating paper, negative pressure conveyer 2 1.9 is installed on wallboard 1.2, be close to negative pressure conveyer 1, leading reel 1.8 is arranged on wallboard, be positioned at the top of negative pressure conveyer 2 1.9, rolling and cutting mechanism 1.10 is arranged on wallboard 1.2, be close to negative pressure conveyer 2 1.9, the facial mask shaping of vegetable extrusion coating paper can be realized, negative pressure conveyer 3 1.12 is arranged on wallboard 1.2, be close to rolling and cutting mechanism 1.10, waste-absorbing device 1.11 is arranged on wallboard 1.2, be positioned at the top of negative pressure conveyer 3 1.12, for remaining waste material after absorbing facial mask shaping, receiving mechanism 1.13 has eight fan-shaped little lattice and is arranged on wallboard 1.2, be close to negative pressure conveyer 3 1.12, automatically collect after realizing facial mask shaping,
Described negative pressure conveyer one comprises belt wheel 2.1, belt shaft 2.2, sprocket wheel 2.3, connecting plate 2.4, supports bent plate 2.5, power transmission shaft 2.6, air-suction trunk 2.7, aspiration channel 2.8, conveyer belt 2.9; Belt wheel 2.1 is arranged on belt shaft 2.2, for driving the motion of conveyer belt; Sprocket wheel 2.3 is arranged on belt shaft 2.2, realizes the power transmission of turbine and worm reducing motor; Belt shaft 2.2 is arranged between connecting plate 2.4 and wallboard 1.2; Power transmission shaft 2.6 has three, is arranged between connecting plate 2.4 and wallboard 1.2; Air-suction trunk 2.7 is arranged on wallboard 1.2, can realize air negative pressure, and vegetable extrusion coating paper is adsorbed on the conveyor belt; Support bent plate 2.5 is arranged on below air-suction trunk 2.7 and is arranged on wallboard 1.2, for supporting air-suction trunk; Air-suction trunk 2.7 built with aspiration channel 2.8, for suction and pumping air; Conveyer belt 2.9 is arranged on belt shaft 2.2 with between power transmission shaft 2.6, for transmitting vegetable extrusion coating paper; Negative pressure conveyer two is identical with negative pressure conveyer three structure; Include belt wheel 3.1, sprocket wheel 3.2, belt shaft 3.3, tensioner 3.4, power transmission shaft 3.5, air-suction trunk 3.6, aspiration channel 3.7, support bent plate 3.8, conveyer belt 3.9; Belt wheel 3.1 is arranged on belt shaft 3.3, for the motion of driving conveying belt; Sprocket wheel 3.2 is arranged on belt shaft 3.3, realizes the power transmission of turbine and worm reducing motor; Belt shaft 3.3 is arranged on wallboard 1.2; Tensioner 3.4 is arranged on wallboard 1.2, above the side being positioned at belt wheel 3.1, and the tightening force of scalable conveyer belt; Power transmission shaft 3.5 has three, is arranged on wallboard; Air-suction trunk 3.6 is arranged on wallboard 1.2, can realize air negative pressure, and vegetable extrusion coating paper is adsorbed on the conveyor belt; Air-suction trunk 3.6 built with aspiration channel 3.7, for suction and pumping air; Support bent plate 3.8 is arranged on below air-suction trunk 3.6 and is arranged on wallboard 1.2, for supporting air-suction trunk; Conveyer belt 3.9 is arranged on belt shaft 3.3 with between power transmission shaft 3.5, for transmitting vegetable extrusion coating paper;
Described rolling and cutting mechanism comprises gusseted plate 4.1, cushioning supportive plate 4.2, lower supporting plate 4.3, left-and-right supporting plate 4.4, lower bearing box 4.5, upper bearing (metal) box 4.6, spring 4.7, upper cover plate 4.8, screw press 4.9, gear 5.10, protective cover pillar 5.11, protective cover 5.12, upper spring pad 5.13, lower spring pad 5.14, upper cutter shaft 5.15, lower cutter shaft 5.16, sprocket wheel 5.17; Gear 5.10 is a pair, is arranged on one end of cutter shaft 5.15 and lower cutter shaft 5.16 respectively, vertically distributes; Sprocket wheel is arranged on the other end of lower cutter shaft 5.16, realizes the power transmission of turbine and worm reducing motor;
Upper cutter shaft 5.15 one end is fixed in upper bearing (metal) box 4.6, and the other end is arranged on wallboard 1.2, and facial film mould rotor is housed above, for realizing the facial mask shaping of vegetable extrusion coating paper; One end of lower cutter shaft 5.16 is fixed in lower bearing box 4.5, and the other end is arranged on wallboard 1.2, pressure-bearing rotor is housed, smooth surface above; Left-and-right supporting plate 4.4 is fixed on wallboard, is formed support whole rolling and cutting mechanism; Upper and lower cutter shaft is not fixed on wallboard, and upper and lower cutter shaft, by corresponding " a pair " bearing box positioning supports, can form rotation; Wherein upper slitter shaft rear end is connected with the Flexible Transmission (chain or band) after wallboard, can accept external impetus, drives hob cutter mechanism work.Spring 4.7 is arranged between spring pad 5.13 and lower spring pad 5.14; Lower spring pad 5.14 is connected with upper cutter shaft 5.15, is positioned at above cutter shaft 5.15; Screw press 4.9 is connected with upper spring pad 5.13 through upper cover plate 4.8, and screw press can realize the change in cutter shaft and lower cutter shaft rolling cut gap; Upper cover plate 4.8 is arranged on left-and-right supporting plate 4.4 top; Upper bearing (metal) box 4.6 and lower bearing box 4.5 are arranged on left-and-right supporting plate 4.4, the boss of lower bearing box 4.5 and upper bearing (metal) box 4.6 both sides can slide up and down in the longitudinal rail on left-and-right supporting plate 4.4, coordinates the change that can realize rolling cut gap with screw press; Left-and-right supporting plate 4.4 is connected with lower supporting plate 4.3; Lower supporting plate 4.3 is connected with cushioning supportive plate 4.2; Cushioning supportive plate 4.2 is connected with gusseted plate 4.1; Gusseted plate 4.1 is arranged on wallboard 1.2; Protective cover 5.12 is fixed on left-and-right supporting plate 4.4, for the protection of the gear of rolling and cutting mechanism by protective cover pillar 5.11.
The operation principle of this utility model facial film automatic moulding machine is:
Worm reduction motor 1.4 is connected with power transmission shaft 1.3 by conveyer belt, power transmission shaft 1.3 is connected with the sprocket wheel of negative pressure transportation mechanism and the sprocket wheel 5.17 of rolling and cutting mechanism by chain, turbine and worm adds speed motor 1.4 when rotating, the sprocket wheel 2.3 of negative pressure transportation mechanism and the sprocket wheel 5.17 of rolling and cutting mechanism rotate simultaneously, the sprocket wheel 2.3 of negative pressure conveyer one passes motion to belt wheel 2.1 by belt shaft 2.2, belt wheel 2.1 is connected with power transmission shaft 2.6 by conveyer belt 2.9, power transmission shaft 2.6 and belt wheel 2.2 rotate simultaneously, the sprocket wheel 3.2 of negative pressure conveyer two passes motion to belt wheel 3.1 by belt shaft 3.3, belt wheel 3.1 is connected with power transmission shaft 3.5 by conveyer belt 3.9, power transmission shaft 3.5 and belt wheel 3.1 rotate simultaneously, the motion principle of negative pressure conveyer three follows the consistent of negative pressure conveyer two, the sprocket wheel 5.17 of rolling and cutting mechanism passes motion to gear 5.10 by lower cutter shaft 5.16, pinion rotation, rotate with another gear of gears meshing simultaneously, drive upper cutter shaft 5.15 to rotate simultaneously, facial film mould rotor upper cutter shaft 5.15 is equipped with, lower cutter shaft 5.16 is equipped with pressure-bearing rotor, upper cutter shaft 5.15 and lower cutter shaft 5.16 have rotated the molding of vegetable extrusion coating paper facial film simultaneously, vegetable extrusion coating paper is installed to feeder 1.5, by damping device 1.6 by moistening for vegetable extrusion coating paper, aspiration channel 2.8 inside the air-suction trunk 2.7 of negative pressure conveyer 1 runs, aspiration channel 3.7 inside the air-suction trunk 3.6 of negative pressure conveyer 2 1.9 runs, inside negative pressure conveyer 3 1.12 air-suction trunk, the ruuning situation of aspiration channel is consistent with negative pressure conveyer 2 1.9, vegetable extrusion coating paper can be uploaded in negative pressure transportation mechanism send, through negative pressure conveyer 1, negative pressure conveyer 2 1.9 is entered into by leading reel 1.8, vegetable extrusion coating paper facial mask shaping is made by rolling and cutting mechanism 1.10, facial film after molding is transported to receiving mechanism 1.13 through negative pressure conveyer 3 1.12, in the process, waste paper siphons away by waste-absorbing device 1.11, complete single facial film automatic moulding.
Claims (3)
1. a facial film automatic moulding machine, it is characterized in that, by frame (1.1), wallboard (1.2), transmission shaft (1.3), Worm reduction motor (1.4), feeder (1.5), adjustable damping device (1.6) negative pressure transportation mechanism one (1.7), lead reel (1.8), negative pressure transportation mechanism two (1.9), rolling and cutting mechanism (1.10), waste-absorbing device (1.11), negative pressure transportation mechanism three (1.12) and receiving mechanism (1.13) and form, wallboard (1.2) is arranged in frame (1.1), Worm reduction motor (1.4) is arranged in frame (1.1), transmission shaft (1.3) is arranged on wallboard (1.2), feeder (1.5) comprises two paper supporting shafts vertically arranged, paper supporting shaft is arranged on wallboard (1.2), be positioned at the side of whole equipment, negative pressure transportation mechanism one (1.7) is arranged on wallboard (1.2) in skewed, negative pressure transportation mechanism one is positioned at the side of paper supporting shaft, adjustable damping device (1.6) is arranged on wallboard (1.2), be positioned at negative pressure transportation mechanism one (1.7) top, negative pressure transportation mechanism two (1.9) is close to negative pressure transportation mechanism one (1.7) and is arranged on wallboard (1.2), leading reel (1.8) is arranged on wallboard, lead the top that reel (1.8) is positioned at negative pressure transportation mechanism two (1.9), rolling and cutting mechanism (1.10) is close to negative pressure transportation mechanism two (1.9) and is arranged on wallboard (1.2), negative pressure transportation mechanism three (1.12) is close to rolling and cutting mechanism (1.10) and is arranged on wallboard (1.2), waste-absorbing device (1.11) is arranged on wallboard (1.2), be positioned at the top of negative pressure transportation mechanism three (1.12), receiving mechanism (1.13) has eight fan-shaped little lattice and is arranged on wallboard (1.2), receiving mechanism is close to negative pressure transportation mechanism three (1.12),
Described negative pressure transportation mechanism one is made up of belt wheel (2.1), belt shaft (2.2), sprocket wheel (2.3), connecting plate (2.4), support bent plate (2.5), power transmission shaft (2.6), air-suction trunk (2.7), aspiration channel (2.8) and conveyer belt (2.9); Belt wheel (2.1) is arranged on belt shaft (2.2); Sprocket wheel (2.3) is arranged on belt shaft (2.2); Belt shaft (2.2) is arranged between connecting plate (2.4) and wallboard (1.2); Power transmission shaft (2.6) has three, and each power transmission shaft two ends are arranged on connecting plate (2.4) and wallboard (1.2) respectively; Air-suction trunk (2.7) is arranged on wallboard (1.2); Support bent plate (2.5) is arranged on below air-suction trunk (2.7) and is arranged on wallboard (1.2); Air-suction trunk (2.7) is built with aspiration channel (2.8); Conveyer belt (2.9) is looped around belt shaft (2.2) with between three power transmission shafts (2.6);
Negative pressure transportation mechanism two is identical with negative pressure conveyer three structure; By belt wheel (3.1), sprocket wheel (3.2), belt shaft (3.3), tensioner (3.4), power transmission shaft (3.5), air-suction trunk (3.6), aspiration channel (3.7), support bent plate (3.8) and conveyer belt (3.9) formation; Belt wheel (3.1) is arranged on belt shaft (3.3); Sprocket wheel (3.2) is arranged on belt shaft (3.3); Belt shaft (3.3) is arranged on wallboard (1.2); Tensioner (3.4) is arranged on wallboard (1.2), above the side being positioned at belt wheel (3.1); Power transmission shaft (3.5) is arranged on wallboard and has three; Air-suction trunk (3.6) is arranged on wallboard (1.2); Air-suction trunk (3.6) is built with aspiration channel (3.7); Support bent plate (3.8) is arranged on below air-suction trunk (3.6) and is arranged on wallboard (1.2); Conveyer belt (3.9) is looped around belt shaft (3.3) with between three power transmission shafts (3.5);
Described rolling and cutting mechanism comprises gusseted plate (4.1), cushioning supportive plate (4.2), lower supporting plate (4.3), left-and-right supporting plate (4.4), lower bearing box (4.5), upper bearing (metal) box (4.6), spring (4.7), upper cover plate (4.8), screw press (4.9), gear (5.10), protective cover pillar (5.11), protective cover (5.12), upper spring pad (5.13), lower spring pad (5.14), upper cutter shaft (5.15), lower cutter shaft (5.16), sprocket wheel (5.17), gear (5.10) is intermeshing a pair, is arranged on one end of cutter shaft (5.15) and lower cutter shaft (5.16) respectively, vertically distributes, sprocket wheel is arranged on lower cutter shaft (5.16) other end,
Upper cutter shaft (5.15) one end is fixed in upper bearing (metal) box (4.6), and the other end is arranged on wallboard (1.2); One end of lower cutter shaft (5.16) is fixed in lower bearing box (4.5), and the other end is arranged on wallboard (1.2);
Spring (4.7) is arranged between spring pad (5.13) and lower spring pad (5.14); Lower spring pad (5.14) is fixed with upper cutter shaft (5.15), is positioned at cutter shaft (5.15) top; Screw press (4.9) is fixed through upper cover plate (4.8) and upper spring pad (5.13), and screw press can realize the change in cutter shaft rolling cut gap under cutter shaft; Upper cover plate (4.8) is arranged on left-and-right supporting plate (4.4) top; Upper bearing (metal) box (4.6) and lower bearing box (4.5) are arranged on left-and-right supporting plate (4.4); Left-and-right supporting plate (4.4) is fixed with lower supporting plate (4.3); Lower supporting plate (4.3) is fixed with cushioning supportive plate (4.2); Cushioning supportive plate (4.2) is fixed with gusseted plate (4.1); Gusseted plate (4.1) is arranged on wallboard (1.2); Protective cover (5.12) is fixed on left-and-right supporting plate (4.4) by protective cover pillar (5.11).
2. a kind of facial film automatic moulding machine according to claim 1, is characterized in that, described receiving mechanism is the rotating mechanism with eight fan-shaped little lattice.
3. a kind of facial film automatic moulding machine according to claim 1, is characterized in that, the boss of described lower bearing box 4.5 and upper bearing (metal) box 4.6 both sides is arranged in the longitudinal rail on left-and-right supporting plate 4.4.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420486003.6U CN204092611U (en) | 2014-08-27 | 2014-08-27 | A kind of facial film automatic moulding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420486003.6U CN204092611U (en) | 2014-08-27 | 2014-08-27 | A kind of facial film automatic moulding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204092611U true CN204092611U (en) | 2015-01-14 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420486003.6U Expired - Fee Related CN204092611U (en) | 2014-08-27 | 2014-08-27 | A kind of facial film automatic moulding machine |
Country Status (1)
| Country | Link |
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| CN (1) | CN204092611U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104173198A (en) * | 2014-08-27 | 2014-12-03 | 天津商业大学 | Automatic facial mask moulding machine |
-
2014
- 2014-08-27 CN CN201420486003.6U patent/CN204092611U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104173198A (en) * | 2014-08-27 | 2014-12-03 | 天津商业大学 | Automatic facial mask moulding machine |
| CN104173198B (en) * | 2014-08-27 | 2017-01-11 | 天津商业大学 | Automatic facial mask moulding machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150114 Termination date: 20190827 |