CN208854137U - Automatic material selecting enters mold mechanism - Google Patents
Automatic material selecting enters mold mechanism Download PDFInfo
- Publication number
- CN208854137U CN208854137U CN201821422709.0U CN201821422709U CN208854137U CN 208854137 U CN208854137 U CN 208854137U CN 201821422709 U CN201821422709 U CN 201821422709U CN 208854137 U CN208854137 U CN 208854137U
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- intermediate plate
- deflector chute
- cylinder
- track
- mold
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- Withdrawn - After Issue
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Abstract
The technical problems to be solved in the utility model is the status for the prior art, a kind of automatic material selecting is provided and enters mold mechanism, realize the automatic assembling of ticket-holder, reduce labor intensity, improve production efficiency, including rack (6), the intermediate plate feed appliance (11) being fixedly connected with rack (6), the mold loopy moving component (80) being set on rack (6), the mold loopy moving component (80) includes cyclic track, the multiple molds (8) being slideably positioned on cyclic track, each mold (8) includes mobile vehicle (81), it is set to the secondary submodule of two be arranged in juxtaposition on mobile vehicle (81), each submodule includes one group of sliding fixture block (83) being arranged symmetrically for accommodating two intermediate plates (71), sliding is erected in the jacking block (84) between two slidings fixture block (83).
Description
Technical field
The utility model relates to the assembling equipment technical field of ticket-holder, relates in particular to a kind of automatic material selecting and enter mould machine
Structure.
Background technique
Ticket-holder is assembled by a pair of of intermediate plate, a butterfly spring and a pin.Traditional ticket-holder assembling generally uses hand
Work assembling, on the one hand, quality can not be managed, and production capacity is low, on the other hand, large labor intensity, meanwhile, assembling is to operator for a long time
Member's finger is had damage.
For this purpose, the Chinese invention patent of existing Publication No. CN107984221A discloses " clip automatic assembling ", packet
Including rack, rack be equipped with rotating disc, intermediate plate installing mechanism, spring-mounted mechanism and pin installing mechanism, pressing in pins mechanism and
Material fetching mechanism, rotating disc are connected with rotation drive device, and holder is equipped on rotating disc, and intermediate plate installing mechanism and intermediate plate input
Mechanism is connected, and spring-mounted mechanism is connected with spring input mechanism, and pressing in pins mechanism is connected with pin input mechanism, pin
Following closely installing mechanism includes pin charging seat and pin charging ram, and pin charging ram is connected with fourth drive device, pin charging
First passage is offered on seat, pin clamping device is additionally provided on pin charging seat.Feeding mechanism in above-mentioned patent is not
The function of screening and sub-material, in other words there is still a need for workers is put into components to be assembled pair by craft beside kludge
In the mechanism answered.
Utility model content
The technical problems to be solved in the utility model is the status for the prior art, provides a kind of automatic material selecting and enters mould machine
Structure realizes the automatic assembling of ticket-holder, reduces labor intensity, improve production efficiency.
Technical solution adopted by the utility model to solve the above technical problems is as follows: a kind of intermediate plate automatic butt enters mould machine
Structure, including rack, the mold loopy moving component being set on rack, the mold loopy moving component include cyclic track,
The multiple molds being slideably positioned on cyclic track, each mold include mobile vehicle, are set on mobile vehicle side by side
The secondary submodules of the two of arrangement, each submodule include one group of sliding fixture block being arranged symmetrically for accommodating two intermediate plates, slide and be erected in
Jacking blocks between two sliding fixture blocks, further include one group of intermediate plate feed appliance, the linear vibrator that connect with intermediate plate feed appliance, are located at
Intermediate plate above linear vibrator, which clamps bracket, the intermediate plate below linear vibrator enters mould support, is set to intermediate plate enters mould
The feeding cylinder connecting on support with intermediate plate clamping bracket is set side by side there are four intermediate plate clamping cylinder on intermediate plate clamping bracket,
Each intermediate plate clamping cylinder is connect with extracting jaw, and the underface of linear vibrator outer end is located on the lateral wall that intermediate plate enters mould support
It is vertically provided with first clamping piece deflector chute, second intermediate plate deflector chute, third intermediate plate deflector chute and the 4th intermediate plate deflector chute, the first folder
It is formed between piece deflector chute and second intermediate plate deflector chute between the first stock guide, third intermediate plate deflector chute and the 4th intermediate plate deflector chute
Form the second stock guide, between second intermediate plate deflector chute and third intermediate plate deflector chute formed third stock guide, the first stock guide and
The width of second stock guide gradually becomes smaller from top to bottom, is respectively formed on the first stock guide lower end and the second stock guide lower end convex
It rises, is provided on third stock guide on the output end for entering mould cylinder into mould cylinder and is hinged with one group of connecting rod being arranged symmetrically, in intermediate plate
Enter to be located on mould support below mould cylinder and be provided with a shaft, rotation is provided with one group of sub-material pressure being arranged symmetrically in shaft
Block, each sub-material briquetting and corresponding connecting rod lower end are hinged, enter to be located on mould support the outside of first clamping piece deflector chute in intermediate plate
It is provided with the first backgauge component, enters in intermediate plate and is provided with the second backgauge group on the outside of the 4th intermediate plate deflector chute on mould support
Part, the first backgauge component and the second backgauge component respectively include bearing seat, the material blocking block being slideably positioned within guide seat, push
The mobile backgauge cylinder of material blocking block, the outer end upper side of material blocking block are wedge shaped.
Automatic material selecting enters mold mechanism, further includes the intermediate plate feed appliance being fixedly connected with rack, and the intermediate plate feed appliance includes
First vibrating disk, first vibrating disk are equipped with the first cylinder, and spiral is fixed with the first cylinder inner sidewall from the bottom to top
First swing-around trajectory, first swing-around trajectory lower end are equipped with the first screening stage, and the first screening stage sliding is equipped with intermediate plate, institute
Stating intermediate plate includes sheet body and the piece ear fixed with sheet body, and first swing-around trajectory is equipped with trapezoidal protrusion, and the trapezoidal protrusion is set
There is trapezoidal inclined plane, the trapezoidal inclined plane is equipped with continuous protrusion, and the trapezoidal protrusion is equipped with the first bending section, first bending section
Lower section is equipped with the first feeding track, and first feeding track is equipped with the first track baffle.
The first track baffle is equipped with first baffle guide plate, and first feeding track is equipped with the first feeding supporting rail
Road.
As an improvement, the upper end of the protrusion has an inclined surface, convenient for the hand on intermediate plate by being partially softened.
Improve again, opened up side by side on the mobile vehicle there are two for submodule be located be located slot, on mobile vehicle
It is equipped with one group and passes through the parallel guide post for being located slot, the sliding fixture block is slideably positioned on parallel guide post, in parallel guide post
Above it is located to be located between groove groove wall and sliding fixture block lateral wall and is provided with spring, is inserted between sliding fixture block and jacking block in intermediate plate
When gap, sliding fixture block can compressed spring moved up in parallel guide post dynamic, realize clamping to intermediate plate, meanwhile, extracted in intermediate plate
When, under the action of the spring, sliding fixture block can automatically reset.
It improves again, the opposite flank of the sliding fixture block is wedge shape, is arranged between slip clamp block on mobile vehicle
There is corner block, the lateral wall of corner block and the lozenges of sliding fixture block are in contact, and by the way that corner block is arranged, avoid two slip clamps
It is collided between block.
Improve again, the cyclic track be it is rectangular, the mold loopy moving component further includes loopy moving cylinder, circulation move
Dynamic cylinder is set to the end of rectangular cyclic track, and the output end of loopy moving cylinder is provided with for pushing rectangular cyclic track one
The pushing plate of each mold on side, when mold need to move forward one apart from when, positioned at each end of rectangular cyclic track
Loopy moving cylinder continuous action at angle, pushing plate drive on rectangular cyclic track the mold of a row and meanwhile move forward one away from
From in this way, realizing loopy moving of the mold on rectangular cyclic track.
Compared with the prior art, the advantages of the utility model are: intermediate plate is selected automatically from one group of intermediate plate feed appliance to conveying,
Intermediate plate is delivered at intermediate plate clamping bracket, and extracting jaw is incited somebody to action in intermediate plate automatic feed dividing to each intermediate plate deflector chute by sub-material briquetting
In intermediate plate press-in die, mold is moved to below butterfly spring deformation assembling mechanism and carries out butterfly bullet by mold loopy moving component
The assembling of spring, thus realize ticket-holder intermediate plate automatically enter mould, reduce labor intensity, improve production efficiency.
First choice screens out the intermediate plate of piece ear upward by the first screening stage, because the intermediate plate of piece ear upward can be shaken by vibrating disk
It falls, then is moved in trapezoidal protrusion by trapezoidal inclined plane, so that intermediate plate is slid into the first feeding track by the first bending section later, then
Next process is moved to instead of artificial screening by the first feeding track, realizes automatic screening, sub-material, feeding function.
The first baffle guide plate play the guiding role, and the first feeding supporting track is used to support piece ear and send first
It is moved on material track, intermediate plate is preferably served trapezoidal protrusion, the vibrating disk by the power that the continuous protrusion is conducive to vibrating disk
It is not described in detail herein for prior art products.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model intermediate plate.
Fig. 2 is the structural schematic diagram of the utility model intermediate plate side；
Fig. 3 is the utility model the first cylinder and the first vibrating disk position relationship structural diagram.
Fig. 4 is the utility model the first screening stage overlooking structure diagram；
Fig. 5 is the trapezoidal raised side structure schematic diagram of the utility model；
Fig. 6 is the structural schematic diagram that the utility model intermediate plate moves in trapezoidal protrusion；
Fig. 7 is the structural schematic diagram of the utility model the first feeding track and intermediate plate；
Fig. 8 is a kind of structural schematic diagram of the kludge of automatic screening sub-material in the utility model embodiment；
Fig. 9 is a kind of schematic top plan view of the kludge positional relationship of automatic screening sub-material in the utility model embodiment；
Figure 10 is the partial enlarged view in Fig. 8 at A；
Figure 11 is the structural schematic diagram of mold in the utility model embodiment.
Specific embodiment
With reference to the accompanying drawing and specific embodiment the utility model is described in further detail.
The automatic material selecting being related in this implementation enters mold mechanism, recycles including rack 6, the mold being set on rack 6
Moving assembly 80, intermediate plate automatic butt enter mold mechanism 1, butterfly spring deformation assembling mechanism 2, wear pin mechanism 3, pin both ends rush it is flat
Mechanism 4, finished product discharging and material stacking mechanism 5 and the controller 61 being set on rack 6, wherein ticket-holder is by intermediate plate 71, butterfly
Shape spring and pin assemble.
Mold loopy moving component 80 includes cyclic track, the multiple molds 8 being slideably positioned on cyclic track, each
Mold 8 includes mobile vehicle 81, is set to the secondary submodule of two be arranged in juxtaposition on mobile vehicle 81, and each submodule includes one group pair
Claim arrangement for accommodating the sliding fixture block 83 of two intermediate plates 71, sliding is erected in two jacking blocks 84 slided between fixture block 83.
Preferably, cyclic track is rectangular, and mold loopy moving component 80 further includes loopy moving cylinder, and loopy moving cylinder is set
It is placed in the end of rectangular cyclic track, the output end of loopy moving cylinder is provided with for pushing rectangular cyclic track upper each on one side
The pushing plate 801 of a mold, when mold 8 need to move forward one apart from when, positioned at each end angle of rectangular cyclic track
The loopy moving cylinder continuous action at place, pushing plate 801 drive the mold of a row on rectangular cyclic track while moving forward one
Distance, in this way, realizing loopy moving of the mold 8 on rectangular cyclic track.
Further, it is located slot 82 for what submodule was located there are two opening up side by side on mobile vehicle 81, in mobile vehicle
It is equipped with one group on 81 and passes through the parallel guide post 85 for being located slot 82, sliding fixture block 83 is slideably positioned on parallel guide post 85,
It is located to be located between 82 cell wall of slot and sliding 83 lateral wall of fixture block on parallel guide post 85 and is provided with spring 86, is inserted into and slides in intermediate plate 71
When gap between dynamic fixture block 83 and jacking block 84, sliding fixture block 83 can compressed spring 86 moved on parallel guide post 85, realize
Clamping to intermediate plate 71, meanwhile, when intermediate plate 71 is extracted, under the action of spring 86, sliding fixture block 83 can automatically reset.
Further, slide fixture block 83 opposite flank be wedge shape, on mobile vehicle 81 be located at slip clamp block 83 it
Between be provided with corner block 87, the lateral wall of corner block 87 and the lozenges of sliding fixture block 83 are in contact, by the way that corner block 87 is arranged,
It avoids colliding between two sliding fixture blocks 83.
It includes one group of intermediate plate feed appliance 11 and intermediate plate that intermediate plate automatic butt in the utility model embodiment, which enters mold mechanism 1,
The linear vibrator 12 that feed appliance 11 connects, is located at straight-line oscillation at the intermediate plate clamping bracket 121 above linear vibrator 12
The intermediate plate of the lower section of device 12, which enters mould support 17, is set to intermediate plate enters the feeding connecting on mould support 17 with intermediate plate clamping bracket 121
Cylinder 124 is set side by side there are four intermediate plate clamping cylinder 122 on intermediate plate clamping bracket 121, and each intermediate plate clamps cylinder 122 and feeding
123 connection of folder, is located at immediately below 12 outer end of linear vibrator on the lateral wall that intermediate plate enters mould support 17 and is vertically provided with the
One intermediate plate deflector chute 131, second intermediate plate deflector chute 132, third intermediate plate deflector chute 133 and the 4th intermediate plate deflector chute 134, the first folder
The first stock guide 141, third intermediate plate deflector chute 133 and the 4th folder are formed between piece deflector chute 131 and second intermediate plate deflector chute 132
The second stock guide 142 is formed between piece deflector chute 134, is formed between second intermediate plate deflector chute 132 and third intermediate plate deflector chute 133
The width of third stock guide 143, the first stock guide 141 and the second stock guide 142 gradually becomes smaller from top to bottom, the first stock guide
It is respectively formed with protrusion 18 on 142 lower end of 141 lower ends and the second stock guide, is provided on third stock guide 143 into mould cylinder 15,
Enter to be hinged with one group of connecting rod being arranged symmetrically 151 on the output end of mould cylinder 15, enters in intermediate plate and be located on mould support 17 into mould cylinder 15
Lower section be provided with a shaft 153, rotation is provided with one group of sub-material briquetting 152 being arranged symmetrically, each sub-material pressure in shaft 153
Block 152 and 151 lower end of corresponding connecting rod are hinged, set in the outside that intermediate plate enters on mould support 17 positioned at first clamping piece deflector chute 131
It is equipped with the first backgauge component, the outside that intermediate plate enters on mould support 17 positioned at the 4th intermediate plate deflector chute 134 is provided with the second backgauge
The material blocking block that component, the first backgauge component and the second backgauge component respectively include bearing seat, are slideably positioned within guide seat
161, the backgauge cylinder 162 for pushing material blocking block 161 mobile, the outer end upper side of material blocking block 161 are wedge shaped.
The intermediate plate automatic butt of the utility model enters the working principle of mold mechanism are as follows:
Mold loopy moving component 80 will be mounted with 8 loopy moving of mold to the lower section of sub-material briquetting 152, and one group of intermediate plate is sent
Intermediate plate 71 is divided four tunnels to be sent on linear vibrator 12 by glassware 11, and feeding cylinder 124 shakes with intermediate plate clamping bracket 121 in straight line
It is moved above dynamic device 12, intermediate plate clamps cylinder 122 and acts, and extracting jaw 123 clamps corresponding intermediate plate 71, and then, intermediate plate 71 moves
It moves to intermediate plate at the upper end for entering 17 lateral wall of mould support, for intermediate plate 71 along corresponding intermediate plate deflector chute downlink, the utility model is logical
Four intermediate plate deflector chutes of design side by side are crossed, the synchronous assembling of two groups of ticket-holders is realized, enters in mold process in intermediate plate, second intermediate plate guide
Intermediate plate position in slot 132 and third intermediate plate deflector chute 133 is slightly below first clamping piece deflector chute 131 and the 4th intermediate plate deflector chute
134 intermediate plate position, before intermediate plate enters mould, material blocking block 161 on the first backgauge component and the second backgauge component will corresponding the
The intermediate plate of one intermediate plate deflector chute 131 and the 4th intermediate plate deflector chute 134 blocks, and realizes first clamping piece deflector chute 131 and the 4th intermediate plate
The intermediate plate of deflector chute 134 enters mould one by one, meanwhile, enter mould cylinder 15 and is swung up by connecting rod with 152 outer end of sub-material briquetting, second
Intermediate plate in intermediate plate deflector chute 132 and third intermediate plate deflector chute 133 is moved to 141 lower end of the first stock guide and the second stock guide
When at the protrusion 18 of 142 two sides, enters mould cylinder 15 and push sub-material briquetting 152 to lower swing, second intermediate plate deflector chute 132 and third folder
Protrusion 18 is skimmed at the pin position that wears in piece deflector chute 133 on lower end intermediate plate 71 first, at this point, first clamping piece deflector chute 131
With in the 4th intermediate plate deflector chute 134 on the intermediate plate of bottom wear pin position be located at protrusion 18 top, with sub-material briquetting
152 continuation pushes 131 inner clamp piece of first clamping piece deflector chute to skim over protrusion to lower swing, 132 inner clamp piece of second intermediate plate deflector chute
18,133 inner clamp piece of third intermediate plate deflector chute pushes 134 inner clamp piece of the 4th intermediate plate deflector chute to skim over corresponding raised 18, in this way, the
The pin position that wears on one intermediate plate deflector chute, 131 inner clamp piece is located on 132 inner clamp piece of second intermediate plate deflector chute and wears pin
The outside at position, the pin position that wears on 134 inner clamp piece of the 4th intermediate plate deflector chute are located at 133 inner clamp piece of third intermediate plate deflector chute
On the outside for wearing pin position, finally, under the pressure effect of sub-material briquetting 152, folder in second intermediate plate deflector chute 132
Intermediate plate in piece and first clamping piece deflector chute 131 successively enters between the sliding block briquetting 83 of mold 8 and jacking block 84, and third intermediate plate is led
Intermediate plate in hopper 133 and the 4th intermediate plate deflector chute 134 also successively enters in mold 8 simultaneously, and after intermediate plate enters mould, mold circulation is moved
Mold 8 is moved to below butterfly spring deformation assembling mechanism 2 assembling for preparing butterfly spring by dynamic component 80.
The utility model includes rack 6 and the intermediate plate feed appliance 11 that is fixedly connected with rack 6, the intermediate plate feed appliance 11
Including the first vibrating disk 300, first vibrating disk 300 is equipped with the first cylinder 301, and 301 inner sidewall of the first cylinder is under
Supreme spiral is fixed with the first swing-around trajectory 302, and 302 lower end of the first swing-around trajectory is equipped with the first screening stage 303, described
The sliding of first screening stage 303 is equipped with intermediate plate 71, and the intermediate plate 71 includes sheet body 304 and the piece ear 305 fixed with sheet body 304, institute
It states the first swing-around trajectory 302 and is equipped with trapezoidal inclined plane 307, the trapezoidal inclined plane equipped with trapezoidal raised 308, described trapezoidal raised 308
307, which are equipped with continuous protrusion 306, described trapezoidal raised 308, is equipped with the first bending section 314, is equipped with below first bending section 314
First feeding track 309, first feeding track 309 are equipped with the first track baffle 310.
The first track baffle 310 is equipped with first baffle guide plate 312, and first feeding track 309 is equipped with first
Feeding supporting track 313.
First choice screens out the intermediate plate 71 of piece ear 305 upward by the first screening stage 303, because of the intermediate plate 71 of piece ear 305 upward
It can be shaken off by vibrating disk, then be moved on trapezoidal raised 308 by trapezoidal inclined plane 307, make to press from both sides by the first bending section 314 later
Piece 71 slides into the first feeding track 309, then is moved to next process instead of artificial screening by the first feeding track 309, realizes
Automatic screening, sub-material, feeding function.
First feeding track 309 is connect with linear vibrator 12, refers to product moving back through the first feeding track 309
It moves to linear vibrator 12, is being moved to next process.
The first baffle guide plate 312 play the guiding role, and the first feeding supporting track 313 is used to support piece ear
305 move on the first feeding track 309, and described continuous raised 306 power for being conducive to vibrating disk preferably serve intermediate plate 71
Trapezoidal raised 308, the vibrating disk is that prior art products are not described in detail herein.
First feeding track 309 is connect with linear vibrator 12, refers to product moving back through the first feeding track 309
It moves to linear vibrator 12, is being moved to next process.
To sum up, the intermediate plate 71 of the utility model is selected to conveying automatically from one group of intermediate plate feed appliance 11, and intermediate plate 71 is delivered to folder
Piece clamps at bracket 121, and extracting jaw 123 will be pressed from both sides in 71 automatic feed dividing of intermediate plate to each intermediate plate deflector chute by sub-material briquetting 152
In 71 press-in die 8 of piece, mold 8 is moved to below butterfly spring deformation assembling mechanism 2 and carries out by mold loopy moving component 80
The assembling of butterfly spring reduces labor intensity, improves production efficiency to realize the automatic assembling of ticket-holder.
Claims (6)
1. automatic material selecting enters mold mechanism, it is characterised in that: including rack (6), the intermediate plate feed appliance being fixedly connected with rack (6)
(11), the mold loopy moving component (80) being set on rack (6), the mold loopy moving component (80) include circulation rail
Road, the multiple molds (8) being slideably positioned on cyclic track, each mold (8) include mobile vehicle (81), are set to movement
The secondary submodule of two be arranged in juxtaposition on carrier (81), each submodule include one group and are arranged symmetrically for accommodating two intermediate plates (71)
Sliding fixture block (83), sliding be erected in two sliding fixture block (83) between jacking blocks (84), further include intermediate plate feed appliance (11), with
Intermediate plate feed appliance (11) connection linear vibrator (12), be located at linear vibrator (12) above intermediate plate clamping bracket (121),
Intermediate plate below linear vibrator (12) enter mould support (17), be set to intermediate plate enter on mould support (17) with intermediate plate clamp
Bracket (121) connection feeding cylinder (124), intermediate plate clamping bracket (121) on be set side by side there are four intermediate plate clamp cylinder
(122), each intermediate plate clamping cylinder (122) connect with extracting jaw (123), is located on the lateral wall that intermediate plate enters mould support (17) straight
First clamping piece deflector chute (131), second intermediate plate deflector chute (132), are vertically provided with immediately below linearly coupled device (12) outer end
Three intermediate plate deflector chutes (133) and the 4th intermediate plate deflector chute (134), first clamping piece deflector chute (131) and second intermediate plate deflector chute
(132) it is formed between the first stock guide (141), third intermediate plate deflector chute (133) and the 4th intermediate plate deflector chute (134) and is formed between
Second stock guide (142) forms third stock guide between second intermediate plate deflector chute (132) and third intermediate plate deflector chute (133)
(143), the width of the first stock guide (141) and the second stock guide (142) gradually becomes smaller from top to bottom, the first stock guide (141)
It is respectively formed with raised (18) on lower end and the second stock guide (142) lower end, is provided on third stock guide (143) into mould cylinder
(15), enter to be hinged with one group of connecting rod being arranged symmetrically (151) on the output end of mould cylinder (15), it is upper to enter mould support (17) in intermediate plate
A shaft (153) are provided with below mould cylinder (15) in entering, rotation is provided with one group of sub-material pressure being arranged symmetrically in shaft (153)
Block (152), each sub-material briquetting (152) and corresponding connecting rod (151) lower end are hinged, enter in intermediate plate and are located at the on mould support (17)
It is provided with the first backgauge component on the outside of one intermediate plate deflector chute (131), enters to be located at the 4th intermediate plate on mould support (17) in intermediate plate and lead
The second backgauge component is provided on the outside of hopper (134), the first backgauge component and the second backgauge component respectively include bearing seat, cunning
The dynamic material blocking block (161) being set within guide seat, the backgauge cylinder (162) for pushing material blocking block (161) mobile, material blocking block (161)
Outer end upper side it is wedge shaped, the intermediate plate feed appliance (11) include the first vibrating disk (300), first vibrating disk (300)
Equipped with the first cylinder (301), spiral is fixed with the first swing-around trajectory to the first cylinder (301) inner sidewall from the bottom to top
(302), the first swing-around trajectory (302) lower end is equipped with the first screening stage (303), and the first screening stage (303) sliding is set
Have intermediate plate (71), the intermediate plate (71) includes sheet body (304) and the piece ear (305) fixed with sheet body (304), first rotation
Track (302) is equipped with trapezoidal raised (308), and described trapezoidal raised (308) are equipped with trapezoidal inclined plane (307), the trapezoidal protrusion
(308) the first bending section (314) are equipped with, are equipped with the first feeding track (309) below first bending section (314), described the
One feeding track (309) is equipped with the first track baffle (310).
2. automatic material selecting according to claim 1 enters mold mechanism, it is characterised in that: the first track baffle (310) sets
Have first baffle guide plate (312), first feeding track (309) be equipped with the first feeding supporting track (313), described first
Feeding track (309) is connect with linear vibrator (12).
3. automatic material selecting according to claim 1 enters mold mechanism, it is characterised in that: the upper end of the protrusion (18) has
One inclined surface.
4. automatic material selecting according to claim 1 enters mold mechanism, it is characterised in that: opened side by side on the mobile vehicle (81)
If there are two what is be located for submodule to be located slot (82), it is equipped with one group on mobile vehicle (81) passes through and be located the flat of slot (82)
Row guide post (85), the sliding fixture block (83) are slideably positioned on parallel guide post (85), are located on parallel guide post (85) and sit
Spring (86) are provided between low water (82) cell wall and sliding fixture block (83) lateral wall.
5. automatic material selecting according to claim 4 enters mold mechanism, it is characterised in that: the opposite side of sliding fixture block (83)
Face is wedge shape, and corner block (87) are provided between slip clamp block (83) on mobile vehicle (81), outside corner block (87)
Side wall and the lozenges of sliding fixture block (83) are in contact.
6. automatic material selecting according to claim 1 enters mold mechanism, it is characterised in that: the cyclic track be it is rectangular, it is described
Mold loopy moving component (80) further includes loopy moving cylinder, and loopy moving cylinder is set to the end of rectangular cyclic track, follows
The output end of ring movable cylinder is provided with the pushing plate (801) for pushing rectangular cyclic track to go up each mold on one side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821422709.0U CN208854137U (en) | 2018-08-31 | 2018-08-31 | Automatic material selecting enters mold mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821422709.0U CN208854137U (en) | 2018-08-31 | 2018-08-31 | Automatic material selecting enters mold mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208854137U true CN208854137U (en) | 2019-05-14 |
Family
ID=66416416
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821422709.0U Withdrawn - After Issue CN208854137U (en) | 2018-08-31 | 2018-08-31 | Automatic material selecting enters mold mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208854137U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109048333A (en) * | 2018-08-31 | 2018-12-21 | 得力集团有限公司 | Automatic material selecting enters mold mechanism |
-
2018
- 2018-08-31 CN CN201821422709.0U patent/CN208854137U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109048333A (en) * | 2018-08-31 | 2018-12-21 | 得力集团有限公司 | Automatic material selecting enters mold mechanism |
| CN109048333B (en) * | 2018-08-31 | 2023-08-11 | 得力集团有限公司 | Automatic material selecting and mold feeding mechanism |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20190514 Effective date of abandoning: 20230811 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20190514 Effective date of abandoning: 20230811 |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |