CN209701820U - A kind of vacuum formed box divides disk device and the production line with the device automatically - Google Patents

Abstract

The utility model discloses a kind of vacuum formed boxes to divide disk device automatically, including bottom plate, for vacuum formed box carry out point disk divide disk device and for control divide disk device work control device；Disk device is divided to be provided with for lifting vacuum formed box to realize that vacuum formed box divides the turnover mechanism of disk by overturning；Disk device is divided to connect and be set on bottom plate with control device.During use, a point disk can be carried out to vacuum formed box by turnover mechanism to handle, since turnover mechanism can carry out a point disk to vacuum formed box by way of overturning during use, it can be by overturning apart from vacuum formed box bottom remote position to the position being bonded with vacuum formed box bottom in switching process, it avoids directly being inserted by the side of vacuum formed box, therefore the vacuum formed box of deformation will not be damaged.The invention also discloses a kind of production lines for dividing disk device automatically including above-mentioned vacuum formed box.

Description

A kind of vacuum formed box divides disk device and the production line with the device automatically

Technical field

The utility model relates to glass silk screen printing technical fields, divide disk device automatically more specifically to a kind of vacuum formed box. In addition, the utility model further relates to a kind of production line for dividing disk device automatically including above-mentioned vacuum formed box.

Background technique

Glass need to be stored in vacuum formed box, silk-screen in glass silk screen printing industry to prevent from being scraped off during glass storage Before glass need to be taken out.

In the prior art during carrying out point disk to vacuum formed box, vacuum formed box is separated using in-line structure, Due to vacuum formed box finite stiffness, and in vacuum formed box glass placement location multiplicity, quantity, size and the placement location of glass are all It can change with actual demand, therefore vacuum formed box discontinuity, be easy to be deformed, especially vacuum formed box width direction Two sides are easy to be bent downwardly；In addition, for the ease of vacuum formed box is separated, for place the table top of vacuum formed box generally compared with It is narrow, after vacuum formed box is placed on table top, the middle position of vacuum formed box width direction by mesa supports, two sides of width direction to Lower deformation, in-line structure are easy to destroy vacuum formed box during carrying out point disk to vacuum formed box, influence product quality.

In conclusion how to provide it is a kind of avoid the vacuum formed box damaged to vacuum formed box from dividing disk device automatically, be current Those skilled in the art's urgent problem to be solved.

Utility model content

In view of this, the purpose of the utility model is to provide a kind of vacuum formed boxes to divide disk device automatically, it can be to avoid in plastic uptake Box damages vacuum formed box during dividing disk.

The another object of the utility model is to provide a kind of production line for dividing disk device automatically including above-mentioned vacuum formed box.

To achieve the goals above, the utility model provides the following technical solutions:

A kind of vacuum formed box divides disk device automatically, which is characterized in that divides disk including bottom plate, for carry out point disk to vacuum formed box Device and for controlling the control device for dividing disk device to work；Described point of disk device includes for by overturning the suction Modeling box is lifted to realize that the vacuum formed box divides the turnover mechanism of disk；Described point of disk device connect and is set to the control device On the bottom plate；The turnover mechanism includes for putting down the vacuum formed box support to horizontality and making the vacuum formed box bottom The first plastic uptake housing unit with for placing lower layer's returning face plate that the table top of the vacuum formed box separates, and be used to support described the Two plastic uptake housing units are so that the upper layer returning face plate that the first plastic uptake housing unit is separated with the second plastic uptake housing unit；

The second plastic uptake housing unit is plastic uptake housing unit positioned at the first plastic uptake housing unit upper layer and adjacent.

Preferably, the turnover mechanism include upper layer overturning drive device for driving upper layer returning face plate rotation and For driving lower layer's overturning drive device of lower layer's returning face plate rotation；

The upper layer overturning drive device is connect with the upper layer returning face plate, lower layer's overturning drive device and it is described under Layer returning face plate connection, the upper layer overturning drive device and lower layer's overturning drive device are connect with the control device.

It preferably, further include for making first point of disk device for being set to vacuum formed box width direction side and being set to Second point of disk device of the vacuum formed box width direction other side is located remotely from each other or close width adjusting device；The width tune Regulating device is connect with the control device, first point of disk device and second point of disk device.

Preferably, the width adjusting device is provided with adjusting screw, and the adjusting screw is provided with and described first point The left hand thread of disk device connection and the right-handed thread being connect with second point of disk device.

Preferably, the bottom plate is provided with the detection device for detecting the plastic uptake box position, the control device root Mobile device movement according to the detection information control of detection device transmitting for driving the vacuum formed box mobile；The detection Equipment, the mobile device are connect with the control device.

Preferably, the bottom plate is provided with lifter plate for placing the vacuum formed box and for driving the lifter plate The driving device of lower lifting；The lifter plate is connect with the driving device, and the driving device is connect with the control device.

Preferably, the lifter plate is provided with the sucker for fixing the vacuum formed box.

Preferably, the mobile device is provided with the feed belt for driving the vacuum formed box mobile and drives the biography The mobile motor for sending belt to be driven；The mobile motor is connect with the control device.

A kind of production line, including vacuum formed box described in any of the above embodiments divide disk device automatically.

Vacuum formed box provided by the utility model divides disk device automatically, divides including bottom plate, for carrying out a point disk to vacuum formed box Disk device and for control divide disk device work control device；Disk device is divided to be provided with for lifting vacuum formed box by overturning To realize that vacuum formed box divides the turnover mechanism of disk；Disk device is divided to connect and be set on bottom plate with control device.

During use, a point disk can be carried out to vacuum formed box by turnover mechanism to handle, since turnover mechanism makes A point disk can be carried out to vacuum formed box by way of overturning during, in switching process can by apart from vacuum formed box bottom farther out Position overturn and avoid directly being inserted by the side of vacuum formed box to the position being bonded with vacuum formed box bottom, therefore will not be to deformation Vacuum formed box damage.

Vacuum formed box provided by the utility model divides what disk device may be implemented vacuum formed box to divide disk to operate automatically, and can keep away Exempt to damage the vacuum formed box of deformation, to avoid the replacement of vacuum formed box, reduces production cost.

In addition, the utility model additionally provides a kind of production line for dividing disk device automatically including above-mentioned vacuum formed box.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is the embodiments of the present invention, for those of ordinary skill in the art, without creative efforts, also Other attached drawings can be obtained according to the attached drawing of offer.

Fig. 1 is the structural schematic diagram for the specific embodiment one that vacuum formed box provided by the utility model divides disk device automatically；

Fig. 2 is the structural schematic diagram of lifting device in Fig. 1；

Fig. 3 is the structural schematic diagram of width adjusting device in Fig. 1；

Fig. 4 is the structural schematic diagram for dividing disk device in Fig. 1；

Fig. 5 is the structural schematic diagram of detection device in Fig. 1；

Fig. 6 is the structural schematic diagram of mobile device in Fig. 1；

Fig. 7 is the structural schematic diagram for the vacuum formed box that closed assembly is placed in Fig. 1；

Fig. 8 is the front view of vacuum formed box and upper layer returning face plate contact condition；

Fig. 9 is the top view of vacuum formed box and upper layer returning face plate contact condition；

Figure 10 is the lower surface schematic diagram of vacuum formed box；

Figure 11 is the upper surface schematic diagram of vacuum formed box.

In Fig. 1-11:

100 it is bottom plate, 200 be lifting device, 201 be lifting motor, 202 be connecting rod, 203 be elevating screw, 204 is Lifter plate, 205 be sucker, 300 be width adjusting device, 301 be handle, 302 be lead screw nut bracket, 303 be adjusting screw, 400 for divide disk device, 401 be guide plate, 402 be bracket, 403 be lower layer's returning face plate, 404 be lower layer drive cylinder, 405 be under Layer shaft, 406 be lower layer's rocking bar, 407 be width adjusting guide rail, 408 be movable base plate, 409 be upper layer shaft, 410 be upper layer Returning face plate, 411 be upper layer rocking bar, 412 be upper layer driving cylinder, 500 be baffle, 501 be fixed plate, 502 be bar, 503 be Detection device, 600 be mobile device, 601 be belt support frame, 602 be feed belt, 603 be mobile motor, 700 be vacuum formed box.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

The core of the utility model is to provide a kind of vacuum formed box and divides disk device automatically, can cause brokenly to avoid to vacuum formed box It is bad.Another core of the utility model is to provide a kind of production line for dividing disk device automatically including above-mentioned vacuum formed box.

Fig. 1-11 is please referred to, Fig. 1 is the specific embodiment one that vacuum formed box provided by the utility model divides disk device automatically Structural schematic diagram；Fig. 2 is the structural schematic diagram of lifting device in Fig. 1；Fig. 3 is the structural representation of width adjusting device in Fig. 1 Figure；Fig. 4 is the structural schematic diagram for dividing disk device in Fig. 1；Fig. 5 is the structural schematic diagram of detection device in Fig. 1；Fig. 6 is to move in Fig. 1 The structural schematic diagram of dynamic device；Fig. 7 is the structural schematic diagram for the vacuum formed box that closed assembly is placed in Fig. 1；Fig. 8 is that vacuum formed box is turned over upper layer The front view of rotating plate contact condition；Fig. 9 is the top view of vacuum formed box and upper layer returning face plate contact condition；Figure 10 is under vacuum formed box Schematic surface；Figure 11 is the upper surface schematic diagram of vacuum formed box.

The vacuum formed box that this specific embodiment provides divides disk device automatically, including bottom plate 100, for being carried out to vacuum formed box 700 That divides disk divides disk device 400 and for controlling the control device for dividing disk device 400 to work；Disk device 400 is divided to be provided with for leading to Overturning is crossed to lift vacuum formed box 700 to realize that vacuum formed box 700 divides the turnover mechanism of disk；Disk device 400 is divided to connect with control device And it is set on bottom plate 100.

During use, bottom plate 100 can be fixedly installed on ground, can also be fixedly installed on workbench, specifically Determines according to actual conditions, this will not be repeated here.

In addition, it is necessary to be further illustrated, the vacuum formed box 700 mentioned in this specific embodiment is several vacuum formed boxes The assembly that unit forms after stacking along the vertical direction, during stacking, generally by the vacuum formed box of identical size model number 700 are stacked together, and specific 700 assembly of vacuum formed box includes that the quantity of plastic uptake housing unit needs determines according to actual conditions, In This is not repeated them here.

During use, a point disk can be carried out to vacuum formed box 700 by turnover mechanism to handle, since turnover mechanism exists A point disk can be carried out to vacuum formed box 700 by way of overturning during use, it can be by apart from vacuum formed box 700 in switching process Bottom remote position, which is overturn, to be avoided directly being inserted by the side of vacuum formed box 700 to the position being bonded with 700 bottom of vacuum formed box, Therefore the vacuum formed box 700 of deformation will not be damaged.

It needs to be illustrated, since vacuum formed box 700 is plastic material, and vacuum formed box 700 be carried out for convenience Divide disk, the table top for placing vacuum formed box 700 is generally relatively narrow, and therefore, 700 two sides of vacuum formed box are easily deformed after being pressurized, especially The both ends of 700 width direction of vacuum formed box are easily bent deformation；It needs to be further illustrated, herein the change of vacuum formed box 700 Shape exists mainly in the case where placing two or more materials in the width direction of vacuum formed box 700, and vacuum formed box 700 is by material The two sides in pressure width direction are bent downwardly, but vacuum formed box 700 itself has certain rigidity, facilitates and is lifted.

Vacuum formed box provided by the utility model divide automatically disk device may be implemented vacuum formed box 700 automatically divide disk to operate, And can be avoided and the vacuum formed box 700 of deformation is damaged, to avoid the frequent replacement of vacuum formed box 700, reduce production cost.

On the basis of the above embodiments, in order to enable turnover mechanism that vacuum formed box 700 is smoothly carried out a point disk, can make Turnover mechanism includes for separating the first plastic uptake housing unit of 700 bottom of vacuum formed box with the table top for being used to place vacuum formed box 700 Lower layer's returning face plate 403 and be used to support the second plastic uptake housing unit so that the first plastic uptake housing unit is separated with the second plastic uptake housing unit Upper layer returning face plate 410；Second plastic uptake housing unit is plastic uptake housing unit positioned at the first plastic uptake housing unit upper layer and adjacent.

It needs to be illustrated, forms since vacuum formed box 700 is stacked by several plastic uptake housing units, advised in the utility model The plastic uptake housing unit for being positioned at 700 bottom of vacuum formed box is the first plastic uptake housing unit, the upper layer adjacent with the first plastic uptake housing unit Plastic uptake housing unit is the second plastic uptake housing unit；After the first plastic uptake housing unit is successfully divided disk, the second original at this time plastic uptake Housing unit is located at the bottommost of vacuum formed box 700, then provides that the plastic uptake housing unit of 700 bottom of vacuum formed box at this time is the first vacuum formed box Unit, that is to say, that the first plastic uptake housing unit is the plastic uptake housing unit positioned at 700 bottom of vacuum formed box always.

The quantity of lower layer's returning face plate 403 can be 2, be inhaled respectively by the two sides of the width direction of vacuum formed box 700 by first Modeling housing unit is separated with the table top for placing vacuum formed box 700, naturally it is also possible to and it is other quantity such as 3,4, with specific reference to Actual conditions determine that this will not be repeated here.

The quantity of upper layer returning face plate 410 can be 2, be inhaled respectively by the two sides of the width direction of vacuum formed box 700 by first Modeling housing unit is separated with the second plastic uptake housing unit, naturally it is also possible to and it is other quantity such as 3,4, it is true with specific reference to actual conditions Fixed, this will not be repeated here.

Preferably, lower layer's returning face plate 403 is overturn upwards by the bottom of vacuum formed box 700, until lower layer's returning face plate 403 with The contact of 700 bottom of vacuum formed box, lower layer's returning face plate 403 continues to overturn later, until vacuum formed box 700 is lifted up the left side 2mm The separation of vacuum formed box 700 with the table top for placing vacuum formed box 700 is realized on the right side, and the height that certain vacuum formed box 700 is lifted can also To be other numerical value, determine that this will not be repeated here with specific reference to actual conditions.

Preferably, upper layer returning face plate 410 is overturn upwards by the bottom of the second plastic uptake housing unit, until upper layer returning face plate 410 contact with the bottom of the second plastic uptake housing unit, later 403 reverse flip of lower layer's returning face plate, until the first vacuum formed box will be realized The separation of unit and the second plastic uptake housing unit；It can certainly be that the second plastic uptake housing unit is lifted up by upper layer returning face plate 410, Until the first plastic uptake housing unit is separated with the second plastic uptake housing unit, determine that this will not be repeated here with specific reference to actual conditions.

On the basis of the above embodiments, in order to enable upper layer returning face plate 410 and lower layer's returning face plate 403 smoothly to realize and turn over Turn, can be set for drive upper layer returning face plate 410 rotate upper layer overturning drive device and for driving lower layer's returning face plate 403 Lower layer's overturning drive device of rotation；

Upper layer overturning drive device is connect with upper layer returning face plate 410, and lower layer's overturning drive device and lower layer's returning face plate 403 connect It connects, upper layer overturning drive device and lower layer's overturning drive device are connect with control device.

During use, upper layer overturning drive device and lower layer's overturning driving can be controlled respectively by control device Device work, to control the rotation of upper layer returning face plate 410 and lower layer's returning face plate 403.

Preferably, as shown in figure 4, disk device 400 is divided to include the guide plate for being oriented to for the movement of vacuum formed box 700 401 and the bracket 402 for installing guide plate 401 and other components, dividing disk device 400 includes that be set to vacuum formed box 700 wide It spends first point of disk device of direction side and is set to second point of disk device of the other side, first point of disk device and second point of disk dress Setting includes upper layer overturning drive device and lower layer's overturning drive device, and lower layer's overturning drive device includes being set to bracket 402 The lower layer for providing power for the overturning for lower layer's returning face plate 403 of length direction side drives cylinder 404, drives gas with lower layer Lower layer's rocking bar 406 that cylinder 404 connects, one end of lower layer's rocking bar 406 connects with lower layer shaft 405, the other end and lower layer's driving gas Cylinder 404 connects, and lower layer's returning face plate 403 is fixedly connected on lower layer's shaft 405；Upper layer overturning drive device includes being set to bracket The upper layer for providing overturning power for upper layer returning face plate 410 of 402 other sides drives cylinder 412, drives cylinder 412 with upper layer One end of the upper layer rocking bar 411 of connection, upper layer rocking bar 411 is connect with upper layer shaft 409, and the other end and upper layer drive cylinder 412 Connection, upper layer returning face plate 410 are fixedly connected on upper layer shaft 409.

During use, after vacuum formed box 700 is moved to suitable position, control device controls lower layer and drives cylinder 404 stretch out, so that lower layer's rocking bar 406 be driven to rotate forward, lower layer's rocking bar 406 drives lower layer's shaft 405 to rotate, lower layer's shaft 405 drive lower layer's returning face plate 403 to overturn, so that lower layer's returning face plate 403 and the bottom of vacuum formed box 700 be made to contact, lower layer drives gas When cylinder 404 is fully extended, lower layer's returning face plate 403 is in horizontality, and 700 bottom of vacuum formed box is contacted with lower layer returning face plate 403, and 700 bottom surface of vacuum formed box rises 2mm or so, realizes that vacuum formed box 700 is separated with the table top for being used to place vacuum formed box 700, and by side 700 support of vacuum formed box that edge bends is put down to horizontality, the contact situation of lower layer's returning face plate 403 and 700 bottom of vacuum formed box, can , need to guarantee successfully to hold up vacuum formed box 700 determines according to actual conditions.Then, driving cylinder 412 in upper layer stretches out, on Layer rocking bar 411 rotates, and upper layer shaft 409 is driven to rotate, and upper layer shaft 409 drives upper layer returning face plate 410 to overturn, when upper layer drives When cylinder 412 is fully extended, upper layer returning face plate 410 is in horizontality, the bottom of the second plastic uptake housing unit and upper layer returning face plate 410 contacts.Upper layer returning face plate 410 and the contact situation of vacuum formed box bottom are as shown in Figure 8, Figure 9, in another embodiment, The two sides of 700 width direction of vacuum formed box are respectively in contact with it there are two upper layer returning face plate 410, and contact width is 8mm, upper layer returning face plate 410 width is 140mm, and the contact area of certain upper layer returning face plate 410 and vacuum formed box 700 can radical row according to the actual situation Adjustment only need to guarantee for vacuum formed box 700 to be successfully separated；Then lower layer's driving cylinder 404 retracts, and lower layer's rocking bar 406 is reversed Rotation, so that lower layer's shaft 405 drives lower layer's returning face plate 403 to rotate backward, when lower layer's driving cylinder 404 is fully retracted, the One plastic uptake housing unit declines 2mm or so, bottom surface and the deck contact for placing vacuum formed box 700, realizes and the second vacuum formed box list The separation of member.

Certainly, Fig. 4 only shows one of first point of disk device and second point of disk device, it is preferred that another one with Fig. 4 is symmetrical arranged.

On the basis of the above embodiments, in order to make vacuum formed box that disk device be divided to can adapt to various sizes of vacuum formed box automatically 700, it can make vacuum formed box that disk device be divided to include first point of disk dress for making to be set to 700 width direction side of vacuum formed box automatically The second point of disk device for setting and being set to the 700 width direction other side of vacuum formed box is located remotely from each other or close width adjusting device 300；Width adjusting device 300 is connect with control device, first point of disk device and second point of disk device.

During use, when the size of vacuum formed box 700 changes, adjustment width regulating device can be passed through 300, keep first point of disk device and second point of disk device close to each other or separate, for example, when 700 size of vacuum formed box narrows, it can So that first point of disk device and second point of disk device are close to each other, when 700 size of vacuum formed box broadens, first point of disk dress can be made It sets and is located remotely from each other with second point of disk device.

In order to enable width adjusting device 300 to adjust the distance between first point of disk device and second point of disk device Section, can make width adjusting device 300 includes adjusting screw 303, and adjusting screw 303, which is provided with, to be connect with first point of disk device Left hand thread and the right-handed thread being connect with second point of disk device.

Preferably, width adjusting device 300 include for adjust adjusting screw 303 rotation handle 301 and for installing The lead screw nut bracket 302 of adjusting screw 303, as shown in Figure 3.

During use, can be rotated by handle 301 drives adjusting screw 303 to rotate, and because adjusting screw 303 are provided with left hand thread and right-handed thread, therefore with the rotation of adjusting screw 303, first point of disk device and second point of disk Device can be close to each other or separate；It is of course also possible to drive 303 turns of adjusting screw by power-equipments such as width adjusting motors It is dynamic, and width adjusting motor is connect with control device, specific rotating manner needs to be determined according to the actual situation, herein not It repeats.

Preferably, disk device 400 can will be divided to be set to can be along the width adjusting sliding block that width adjusting guide rail 407 moves On, for example, point disk device 400 can be made to include movable base plate 408, movable base plate 408 connect with width adjusting sliding block, is adjusting During lead screw 303 rotates, first point of disk device and second point of disk device are along adjusting the sliding of guide rail 407 and close to each other or remote From width adjusting guide rail 407 is set on bottom plate 100.

On the basis of the above embodiments, in order to enable control device preferably to control the shift position of vacuum formed box 700, The detection device 503 of detection 700 position of vacuum formed box can be set on bottom plate 100, and control device is transmitted according to detection device 503 Mobile device 600 of the detection information control for driving vacuum formed box 700 mobile move；Detection device 503, mobile device 600 It is connect with control device.

It needs to be illustrated, when detection device 503 detects the location information of vacuum formed box 700, position can be believed Breath passes to control device, and 700 location information of vacuum formed box that control device is sent according to detection device 503 judges vacuum formed box 700 Whether suitable position is reached, when vacuum formed box 700 reaches suitable position, control device controls mobile device 600 and stops movement, when When vacuum formed box 700 does not reach suitable position, control device control mobile device 600 is continued to move to, until vacuum formed box 700 is moved to Suitable position；Referring herein to suitable position be to be suitble to vacuum formed box 700 to carry out the position of point disk along the moving direction of vacuum formed box 700 It sets.

Preferably, in order to which the range to 700 shift position of vacuum formed box is defined, can mobile device 600 it is mobile away from From end bar 502 is set, fixed plate 501 is set on bar 502, for avoiding vacuum formed box 700 from being moved to marginal position.

Preferably, detection device 503 is set on baffle 500, and baffle 500 includes bar 502 and fixed plate 501, and is examined Measurement equipment 503 is position sensor.

On the basis of the above embodiments, suitably divide disk height to enable vacuum formed box 700 to reach, it can be in bottom plate Lifting device 200 for driving vacuum formed box 700 to go up and down is set on 100, and lifting device 200 includes for placing vacuum formed box 700 Lifter plate 204 and driving device for driving 204 oscilaltion of lifter plate；Lifter plate 204 is connect with driving device, driving Device is connect with control device.

Preferably, as shown in Fig. 2, lifting device 200 includes the lifter plate 204 for placing vacuum formed box 700, lifting motor 201 drive elevating screw 203 to rotate, and connecting rod 202 is connect with elevating screw 203 and lifter plate 204, to drive lifter plate 204 liftings.

Preferably, in order to avoid vacuum formed box 700 slides on lifter plate 204, use can be set on lifter plate 204 In the sucker 205 of fixed vacuum formed box 700.

It needs to be illustrated, under normal circumstances, lower layer's returning face plate 403 returns back to after vertical state, the first plastic uptake Housing unit can drop to lifter plate 204, be not readily separated when the first plastic uptake housing unit of generation is stuck with the second vacuum formed box unit Fortuitous event when, lifter plate 204 can be increased by 2mm or so by lifting device 200, with sucker 205 by the first vacuum formed box Unit is sucked, and then controls lifter plate 204 and moves downward.

It needs to be further illustrated, the table top for placing vacuum formed box 700 mentioned in present specification can be with It is lifter plate 204.

Preferably, sucker 205 can be made to connect with vacuum generator, sucker 205 and vacuum formed box is made by vacuum generator It connects between 700 and more fastens.

On the basis of the above embodiments, in order to enable mobile device 600 to be transmitted vacuum formed box 700, can make Mobile device 600 includes the mobile motor that the feed belt 602 for driving vacuum formed box 700 mobile and drive feed belt 602 are driven 603；Mobile motor 603 is connect with control device.

Preferably, the belt support frame 601 for installing feed belt 602 can be set, and feed belt 602 includes along suction Symmetrically arranged first feed belt of width direction and the second feed belt for moulding box 700, avoid vacuum formed box 700 from falling.

Preferably, the first feed belt and the second feed belt are provided with lifting perpendicular to the interval of its direction of transfer and fill Set 200.

In addition to above-mentioned vacuum formed box divides disk device, it includes vacuum formed box disclosed in above-described embodiment that the utility model, which also provides a kind of, Divide the production line of disk device, which includes the station that other process processing is carried out to glass；Other each portions of the production line Refer to the prior art for the structure divided, and repeats no more herein.

It needs to be illustrated, first mentioned in the utility model point disk device and second point of disk device, the first suction Mould first and second in housing unit and the second plastic uptake housing unit, the first feed belt and the second feed belt simply to illustrate that The difference of position, there is no points of sequencing.

Each embodiment in this specification is described in a progressive manner, the highlights of each of the examples are with other The difference of embodiment, the same or similar parts in each embodiment may refer to each other.Institute provided by the utility model There is any combination mode of embodiment in the protection scope of this utility model, this will not be repeated here.

Disk device and production line with the device is divided to carry out automatically vacuum formed box provided by the utility model above It is discussed in detail.Specific case used herein is expounded the principles of the present invention and embodiment, the above implementation The explanation of example is merely used to help understand the method and its core concept of the utility model.It should be pointed out that for the art Those of ordinary skill for, without departing from the principle of this utility model, can also to the utility model carry out it is several Improvement and modification, modifications and modifications also fall within the protection scope of the claims of the utility model.

Claims (9)

1. a kind of vacuum formed box divides disk device automatically, which is characterized in that including bottom plate (100), for dividing vacuum formed box (700) Disk divides disk device (400) and for controlling the control device for dividing disk device (400) to work；

Described point of disk device (400) includes for being lifted the vacuum formed box (700) to realize the vacuum formed box by overturning (700) divide the turnover mechanism of disk；

Described point of disk device (400) connect with the control device and is set on the bottom plate (100)；

The turnover mechanism includes for putting down the vacuum formed box (700) support to horizontality and making the vacuum formed box (700) bottom Lower layer's returning face plate (403) that first plastic uptake housing unit of layer is separated with for placing the table top of the vacuum formed box (700), Yi Jiyong In the second plastic uptake housing unit of support so that the upper layer that the first plastic uptake housing unit is separated with the second plastic uptake housing unit is overturn Plate (410)；

The second plastic uptake housing unit is plastic uptake housing unit positioned at the first plastic uptake housing unit upper layer and adjacent.

2. vacuum formed box according to claim 1 divides disk device automatically, which is characterized in that the turnover mechanism includes being used for band Move the upper layer overturning drive device of upper layer returning face plate (410) rotation and for driving lower layer's returning face plate (403) to rotate Lower layer's overturning drive device；

The upper layer overturning drive device is connect with the upper layer returning face plate (410), lower layer's overturning drive device with it is described Lower layer's returning face plate (403) connection, the upper layer overturning drive device and lower layer's overturning drive device are filled with the control Set connection.

3. according to claim 1 or 2 described in any item vacuum formed boxes divide disk device automatically, which is characterized in that described to divide disk device It (400) include being set to first point of disk device of the vacuum formed box (700) width direction side and being set to the vacuum formed box (700) second point of disk device of the width direction other side, the vacuum formed box divide disk device to further include for making described first automatically Divide disk device and second point of disk device is located remotely from each other or close width adjusting device (300)；

The width adjusting device (300) and the control device, first point of disk device and second point of disk device connect It connects.

4. vacuum formed box according to claim 3 divides disk device automatically, which is characterized in that the width adjusting device (300) Be provided with adjusting screw (303), the adjusting screw (303) be provided with the left hand thread being connect with first point of disk device and The right-handed thread being connect with second point of disk device.

5. vacuum formed box according to claim 4 divides disk device automatically, which is characterized in that bottom plate (100) setting is useful In the detection device (503) for detecting vacuum formed box (700) position, the control device is passed according to the detection device (503) Mobile device (600) movement of the detection information control passed for driving the vacuum formed box (700) mobile；The detection device (503), the mobile device (600) connect with the control device.

6. vacuum formed box according to claim 5 divides disk device automatically, which is characterized in that bottom plate (100) setting is useful In the lifter plate (204) for placing the vacuum formed box (700) and for driving the driving of the lifter plate (204) oscilaltion to fill It sets；

The lifter plate (204) connect with the driving device, and the driving device is connect with the control device.

7. vacuum formed box according to claim 6 divides disk device automatically, which is characterized in that the lifter plate (204) is provided with For fixing the sucker (205) of the vacuum formed box (700).

8. vacuum formed box according to claim 7 divides disk device automatically, which is characterized in that mobile device (600) setting There is the feed belt (602) for driving the vacuum formed box (700) mobile and drives the movement of feed belt (602) transmission Motor (603)；

The mobile motor (603) connect with the control device.

9. a kind of production line, which is characterized in that divide disk device automatically including the described in any item vacuum formed boxes of claim 1-8.