CN208603367U - Case structure under tray - Google Patents
Case structure under tray Download PDFInfo
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- CN208603367U CN208603367U CN201821328673.XU CN201821328673U CN208603367U CN 208603367 U CN208603367 U CN 208603367U CN 201821328673 U CN201821328673 U CN 201821328673U CN 208603367 U CN208603367 U CN 208603367U
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- tray
- cutting
- fixed frame
- case structure
- plate
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Abstract
The application belongs to food processing technology field, more particularly to a kind of case structure under tray, fixed frame including being in box shape, conducting bar is provided on the inside of four angles of the fixed frame, base plate is provided with outside the two sides of fixed frame, the bottom of the fixed frame is provided with spinning movement and realizes the rotation supporting plate be supported to tray bottom and realize the cutting being supported to tray bottom by straight reciprocating motion.Case structure carries out lower box processing by the way of the straight line path support and the combination of curved path support phase to tray bottom under tray, it is advantageous in that can be under conditions of not by other supplementary structures, rely solely on that two kinds of support constructions can be realized as multiple trays successively plays box, utilize the arc motion path of rotation supporting plate, it can make automatically to generate gap between the tray of bottom and penultimate tray, horizontal insertion is carried out convenient for cutting, structure is simple.
Description
Technical field
The application belongs to case structure under food processing technology field more particularly to a kind of tray.
Background technique
In existing manufacture field, when product after processing is completed, it usually needs execute mounted box operation, but existing mounted box base
It is all directly product to be put into tray by manual, and tray generally requires the manually pendulum to realize tray in sheet
It puts.
For above situation, the applicant has applied for the existing patent improved for mounted box process, such as patent application
Number be CN201520254060.6, applying date 2015.04.24, entitled " the lower case structure of food box packing machine " it is practical new
Type patent, technical solution are as follows: the utility model relates to field of food processing machinery and equipment, specifically food box packing machine
Lower case structure, including fixed frame are equipped with multiple backplates of fixed tray position, the adjacent shield in the fixed frame
Fork plate is provided between plate, the fork plate is connected with fork plate cylinder, and sucker is provided with below the backplate, and the sucker bottom connects
It is connected to sucker cylinder.
Although above-mentioned patent solves the problems, such as box under automating in the prior art, but in practical applications, it is above-mentioned to set
It is standby that it can not separately be carried out to lower box well when for tray situation close compared with stacking between tray, it is above-mentioned
Lower case structure will appear that fork plate can not accurately be inserted between adjacent tray in practical applications can not be quasi- so as to cause tray
Really the problem of separation.
Summary of the invention
In order to overcome the above-mentioned problems in the prior art, specifically now propose a kind of without manually participation, and energy
Realize that tray plays case structure under the tray of box automatically.
In order to realize the above technical effect, the technical solution of the application is as follows:
Case structure under tray, it is characterised in that: the fixed frame including being in box shape, in four angles of the fixed frame
Side is provided with conducting bar, base plate is provided with outside the two sides of fixed frame, it is dynamic that the bottom of the fixed frame is provided with rotation
It realizes the rotation supporting plate that be supported to tray bottom and is realized by straight reciprocating motion and tray bottom is supported
Cutting.
The cutting and the rotation supporting plate respectively have two groups, and one group of cutting and one group of rotation supporting plate are located at the same of fixed frame
Side.
The cutting and the rotation supporting plate respectively have two groups, and every group of cutting and every group of rotation supporting plate are located at fixed frame
A side.
The fixed frame includes two longitudinally disposed the first fixed plates and two the second fixed plates being laterally arranged, institute
It states the first fixed plate and the mutual first place of the second fixed plate connects, surround square frame-like structure.
First fixed plate is connected with servo motor mounting plate, is provided with servo motor on the servo motor mounting plate, institute
It states servo motor output section and is connected by synchronous belt with the shaft for rotating supporting plate.
Second fixed plate is connected with base plate, and servo motor mounting base, the servo motor are provided on the base plate
Servo motor is installed, the servo motor output section is by synchronous belt and drives screw rod rotation, the screw rod in mounting base
Both ends be respectively arranged with left hand thread and right-handed thread, be threaded with respectively on the left hand thread and the right-handed thread
One sliding block connection seat, the sliding block connection seat are connected with cutting.
The sliding block connection seat is connected with the mobile bar being laterally arranged, and the mobile bar is connected with longitudinally disposed connection
Block, the link block are connected with the cutting being laterally arranged, at least provided with two root cuttings on each link block.
The both ends of the screw rod are fixed on base plate by bearing block.
The working principle of case structure under tray:
Multiple trays are stacked in the hollow space of fixed frame, and four angles are limited by conducting bar, initial actuating
When, the bottom that rotation supporting plate is located at bottom tray is supported, and cutting is extracted out in tray bottom, is not carried out to bottom tray
Support, rotation supporting plate rotate down angle A, and the influence that whole group tray is opened downwards due to rotation supporting plate can be moved down integrally, due to
Tray is integrally larger, so can be downwardly projecting in the middle part of the tray of bottom, so that the tray of bottom and penultimate tray
Between spacing become H, cutting at this time be inserted into bottom tray and penultimate tray between space, realize to inverse
Then the support of second tray rotates supporting plate and continues to rotate down to completely open state, so that the tray of bottom is certainly
By falling, then rotates supporting plate and be rotated up to initial position, initial position is extracted and is returned in cutting out, box workflow under tray
Journey terminates.Those skilled in the art can be according to the appropriate value of the size adjusting rotational angle A and spacing H of practical tray.
The servo motor drive that the first fixed plate direction is arranged in the rotation supporting plate is rotated.
The servo motor that the second fixed plate direction is arranged in the cutting, which drives, carries out linear reciprocation movement.
The servo motor drives screw rod rotation, and the hand of spiral at the both ends of screw rod is socketed in silk on the contrary, when screw rod rotates
Two sliding block connection seats at bar both ends do counter motion along screw rod simultaneously, and each sliding block connection seat is real by mobile bar and link block
Now to the connection of cutting, to realize the straight reciprocating motion of cutting.
It is the advantages of case structure under tray:
1, case structure uses the side combined to the straight line path support of tray bottom and curved path support phase under tray
Formula carries out lower box processing, and two kinds of support knots can be relied solely under conditions of not by other supplementary structures by being advantageous in that
What structure can be realized as multiple trays successively plays box, using the arc motion path of rotation supporting plate, can make the tray of bottom
Gap is automatically generated between penultimate tray, horizontal insertion is carried out convenient for cutting, structure is simple.
2, the drive mechanism under tray on case structure is simple, by power source by a drive mechanism can realize simultaneously it is more
The movement of a structure.
Detailed description of the invention
Fig. 1 is lower case structure overall structure diagram.
Fig. 2 is lower case structure side view.
Fig. 3 is lower case structure bottom view.
In attached drawing:
600- tray.
101- fixed frame, 102- conducting bar, 103- base plate, 104- rotate supporting plate, 105- cutting, and 106- first is fixed
Plate, the second fixed plate of 107-, 108- servo motor mounting plate, 109- servo motor mounting base, 110- screw rod, the left-handed spiral shell of 111-
Line, 112- right-handed thread, 113- sliding block connection seat, 114- mobile bar, 115- link block, 116- bearing block.
Specific embodiment
Embodiment 1
Case structure includes the fixed frame 101 in box shape, setting on the inside of four angles of the fixed frame 101 under tray
There is conducting bar 102, base plate 103 is provided with outside the two sides of fixed frame 101, the bottom of the fixed frame 101 is provided with
Spinning movement is realized the rotation supporting plate 104 be supported to 600 bottom of tray and is realized by straight reciprocating motion to tray 600
The cutting 105 that bottom is supported.Case structure is used to the straight line path support of 600 bottom of tray and curved path under tray
The mode that support phase combines carries out lower box processing, and being advantageous in that can be under conditions of not by other supplementary structures, only
Box is successively played by what two kinds of support constructions can be realized as multiple trays 600, utilizes the arcuate movement road of rotation supporting plate 104
Diameter can make automatically to generate gap between the tray 600 of bottom and penultimate tray 600, carry out convenient for cutting 105
Horizontal insertion, structure are simple.
Embodiment 2
Case structure under tray, it is characterised in that: the fixed frame 101 including being in box shape, the four of the fixed frame 101
It is provided with conducting bar 102 on the inside of a angle, base plate 103, the bottom of the fixed frame 101 are provided with outside the two sides of fixed frame 101
Portion is provided with spinning movement and realizes the rotation supporting plate 104 be supported to 600 bottom of tray and passed through straight reciprocating motion
Realize the cutting 105 being supported to 600 bottom of tray.
The cutting 105 respectively has two groups with the rotation supporting plate 104, and one group of cutting 105 and one group of rotation supporting plate 104 are located at
The same side of fixed frame 101.
The cutting 105 respectively has two groups with the rotation supporting plate 104, and every group of cutting 105 and every group of rotation supporting plate 104 are distinguished
Positioned at a side of fixed frame 101.
The fixed frame 101 includes that longitudinally disposed two the first fixed plates 106 and be laterally arranged two second consolidate
Fixed board 107, first fixed plate 106 and the mutual first place of the second fixed plate 107 connect, and surround square frame-like structure.
First fixed plate 106 is connected with servo motor mounting plate 108, is provided with and watches on the servo motor mounting plate 108
Motor is taken, the servo motor output section is connected by synchronous belt with the shaft for rotating supporting plate 104.
Second fixed plate 107 is connected with base plate 103, is provided with servo motor mounting base 109 on the base plate 103,
Servo motor is installed, the servo motor output section is by synchronous belt and drives silk in the servo motor mounting base 109
Bar 110 rotates, and the both ends of the screw rod 110 are respectively arranged with left hand thread 111 and right-handed thread 112, the left hand thread 111
With a sliding block connection seat 113 is threaded on the right-handed thread 112 respectively, the sliding block connection seat 113 is connected with slotting
Item 105.
The sliding block connection seat 113 is connected with the mobile bar 114 being laterally arranged, and the mobile bar 114 is connected with longitudinal set
The link block 115 set, the link block 115 are connected with the cutting 105 being laterally arranged, on each link block 115 at least provided with
Two root cuttings 105.
The both ends of the screw rod 110 are fixed on base plate 103 by bearing block 116.
Multiple trays 600 are stacked in the hollow space of fixed frame 101, and four angles are limited by conducting bar 102,
When initial actuating, the bottom that rotation supporting plate 104 is located at bottom tray 600 is supported, and cutting 105 is extracted out in 600 bottom of tray
Portion is not supported bottom tray 600, and rotation supporting plate 104 rotates down angle A, and whole group tray 600 is due to rotating supporting plate
104 influences opened downwards, can integrally move down, since tray 600 is whole larger, so can be in the middle part of the tray 600 of bottom
Lower protrusion, so that the spacing between the tray 600 and penultimate tray 600 of bottom becomes H, cutting at this time 105 is inserted into
The support to penultimate tray 600 is realized, so in space between the tray 600 and penultimate tray 600 of bottom
The back spin plate 104 that asks continues to rotate down to completely open state, so that 600 free-falling of tray of bottom, then revolves
The plate 104 that asks is rotated up to initial position, and initial position, the lower box workflow knot of tray 600 are extracted and be returned in cutting 105 out
Beam.Those skilled in the art can be according to the appropriate value of the size adjusting rotational angle A and spacing H of practical tray 600.
The servo motor drive that 106 direction of the first fixed plate is arranged in the rotation supporting plate 104 is rotated.
The servo motor that 107 direction of the second fixed plate is arranged in the cutting 105, which drives, carries out linear reciprocation movement.
The servo motor drives screw rod 110 to rotate, and the hand of spiral at the both ends of screw rod 110 is on the contrary, screw rod 110 rotates
When, two sliding block connection seats 113 for being socketed in 110 both ends of screw rod do counter motion, each sliding block connection seat along screw rod 110 simultaneously
113 realize the connection to cutting 105 by mobile bar 114 and link block 115, to realize the straight reciprocating motion of cutting 105.
Case structure uses the side combined to the straight line path support of 600 bottom of tray and curved path support phase under tray
Formula carries out lower box processing, and two kinds of support knots can be relied solely under conditions of not by other supplementary structures by being advantageous in that
What structure can be realized as multiple trays 600 successively plays box, using the arc motion path of rotation supporting plate 104, can make bottom
Tray 600 and penultimate tray 600 between automatically generate gap, horizontal insertion, structure are carried out convenient for cutting 105
Simply.Drive mechanism under tray on case structure is simple, can realize multiple knots simultaneously by a drive mechanism by power source
The movement of structure.
Claims (8)
1. case structure under tray, it is characterised in that: the fixed frame (101) including being in box shape, the fixed frame (101)
It is provided with conducting bar (102) on the inside of four angles, base plate (103), the fixed frame is provided with outside the two sides of fixed frame (101)
(101) bottom is provided with spinning movement and realizes the rotation supporting plate (104) be supported to tray (600) bottom and passed through
The cutting (105) being supported to tray (600) bottom is realized in straight reciprocating motion.
2. case structure under tray according to claim 1, it is characterised in that: the cutting (105) and the rotation supporting plate
(104) respectively there are two groups, one group of cutting (105) and one group of rotation supporting plate (104) are located at the same side of fixed frame (101).
3. case structure under tray according to claim 1, it is characterised in that: the cutting (105) and the rotation supporting plate
(104) respectively there are two groups, every group of cutting (105) and every group of rotation supporting plate (104) are located at a side of fixed frame (101)
Side.
4. case structure under tray according to claim 1, it is characterised in that: the fixed frame (101) includes longitudinal sets
Two the first fixed plates (106) set and two the second fixed plates (107) being laterally arranged, first fixed plate (106) and
Second fixed plate (107) mutually first place connects, and surrounds square frame-like structure.
5. case structure under tray according to claim 4, it is characterised in that: the first fixed plate (106) is connected with servo electricity
Machine mounting plate (108) is provided with servo motor on the servo motor mounting plate (108), and the servo motor output section passes through
Synchronous belt is connected with the shaft of rotation supporting plate (104).
6. case structure under tray according to claim 4, it is characterised in that: the second fixed plate (107) is connected with base plate
(103), it is provided with servo motor mounting base (109) on the base plate (103), pacifies on the servo motor mounting base (109)
Equipped with servo motor, the servo motor output section is by synchronous belt and drives screw rod (110) rotation, the screw rod (110)
Both ends be respectively arranged with left hand thread (111) and right-handed thread (112), the left hand thread (111) and the right-handed thread
(112) a sliding block connection seat (113) is threaded on respectively, the sliding block connection seat (113) is connected with cutting (105).
7. case structure under tray according to claim 6, it is characterised in that: the sliding block connection seat (113) is connected with cross
To the mobile bar (114) of setting, the mobile bar (114) is connected with longitudinally disposed link block (115), the link block
(115) it is connected with the cutting (105) being laterally arranged, at least provided with two root cuttings (105) on each link block (115).
8. case structure under tray according to claim 6, it is characterised in that: the both ends of the screw rod (110) pass through bearing
Seat (116) is fixed on base plate (103).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821328673.XU CN208603367U (en) | 2018-08-17 | 2018-08-17 | Case structure under tray |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821328673.XU CN208603367U (en) | 2018-08-17 | 2018-08-17 | Case structure under tray |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208603367U true CN208603367U (en) | 2019-03-15 |
Family
ID=65680761
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821328673.XU Active CN208603367U (en) | 2018-08-17 | 2018-08-17 | Case structure under tray |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208603367U (en) |
-
2018
- 2018-08-17 CN CN201821328673.XU patent/CN208603367U/en active Active
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