CN205766761U - Pottery connects a device automatically - Google Patents
Pottery connects a device automatically Download PDFInfo
- Publication number
- CN205766761U CN205766761U CN201620654014.XU CN201620654014U CN205766761U CN 205766761 U CN205766761 U CN 205766761U CN 201620654014 U CN201620654014 U CN 201620654014U CN 205766761 U CN205766761 U CN 205766761U
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- Prior art keywords
- cup
- starching
- mould
- connects
- cam
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Abstract
The utility model discloses a kind of pottery and automatically connect a device, it has at least one and automatically connects a unit, connect described in each and unit is included that the cup base fixed mechanism, starching mechanism and the cup that are installed in frame are fixed mechanism, described cup base fixed mechanism includes that one for the cup membrane module of fixed cup base and cup mould drive mechanism, described cup mould drive mechanism is in transmission connection with cup membrane module and drives a glass membrane module to move up and down；Described starching mechanism includes a starching head assembly and starching head drive mechanism, described starching head assembly is positioned at the lower section of glass membrane module, described starching head drive mechanism is in transmission connection with starching head assembly and drives starching head assembly to move up and down, and is provided with a mud ditch below described starching mechanism；Described cup fixed mechanism include two be articulated with in frame and can the cup of open and close movement relatively supporting rod, two described cups lay respectively at glass membrane module both sides supporting rod, and each cup is being provided with one on supporting rod for clamping the cup of glass handle die assembly.
Description
Technical field
This utility model relates to domestic ceramics process equipment field, particularly relates to a kind of pottery and automatically connects a device.
Background technology
In traditional ceramic cup, the bowl course of processing, cup is bonding with cup body the most bonding, workman be coated with mud by hand
Slurry hand-held prefabricated cup handle are pasted with cup.This mode labor intensity is big, inefficiency, the technology to workman
Skilled one-tenths degree requires higher, operate not in place there will be cup bonding loosely, the defect such as diagonal distortion, cause poor stability, one-tenth
Product rate is low.Relative shortage, labor cost recently as human resources rise year by year, and household porcelain production mode is required
Carrying out technology upgrading, the pottery being therefore badly in need of research and development automatization connects an equipment to replace traditional-handwork manufacture.
It is viscous device that the utility model patent of China Patent No. 201320596805.8 discloses a kind of ceramic cup, the end of including
Seat, be located at the cup support means of base one end and be located at the other end of positioner of base, described limit by means of slideway
Position device includes dolly, is located at the guide post on dolly end face and the cup that is slidably matched with guide post seat, and described cup is seat
Being provided with the cup for accommodating glass handle holding tank with cup support means opposite side, described cup is setting between seat and guide post
Put for adjusting the cup pin seat height degree.Although it achieves and automatically connects an operation, but it does not possess a glass base automatic sizing merit
Can, and this technical scheme be only capable of control cup the height of seat can not be tilted, if cup base profile change, just cannot by cup standard
Really bonding with cup base.
Summary of the invention
The purpose of this utility model is that the pottery providing a kind of compact conformation connects a device automatically.
The technical scheme realizing this utility model purpose is: a kind of pottery connects a device automatically, and it has at least one certainly
A dynamic unit that connects, each described in connect unit included that the cup base fixed mechanism, starching mechanism and the cup that are installed in frame are solid
Determining mechanism, described cup base fixed mechanism includes that one for the cup membrane module of fixed cup base and cup mould drive mechanism, described cup mould drives
Motivation structure is in transmission connection with cup membrane module and drives a glass membrane module to move up and down；Described starching mechanism include a starching head assembly and
Starching head drive mechanism, described starching head assembly is positioned at the lower section of glass membrane module, described starching head drive mechanism and starching head group
Part is in transmission connection and drives starching head assembly to move up and down, and is provided with a mud ditch below described starching mechanism；Described cup is solid
Determine mechanism include two be articulated with in frame and can the cup of open and close movement relatively supporting rod, two described cups are supporting rod respectively
Being positioned at glass membrane module both sides, each cup is being provided with one on supporting rod for clamping the cup of glass handle die assembly；Described cup base
Fixed mechanism, starching mechanism and cup electrically connect fixed mechanism respectively with a digital control system；During work, starching head assembly and cup
Membrane module contact starching, cup supporting rod merge clamping cup and by cup bonding on glass membrane module.
For superior technique effect, the technical solution of the utility model can also be done and improve as follows:
1, described cup membrane module includes a glass mould, adjusting rod and cup mould fork, and described adjusting rod is removably installed in cup
Mould fork one end, the described cup mould fork other end is articulated with in frame, and described cup mould is removably installed in the end of adjusting rod,
The profile of described cup mould matches with cup base cavity shape, and described cup mould drive mechanism is connected with cup mould swing link transmission.
2, described cup mould drive mechanism includes that glass pattern cam and cup pattern cam drive motor, described cup pattern cam and cup mould
Fork kinematic pair contacts.
3, described cup mould swing link end part is provided with hole, several location, and described adjusting rod is fixedly installed on hole, arbitrary location；
The design in hole, location makes adjusting rod adjustable with the distance of starching head assembly.
4, described starching head assembly includes starching bar, starching fork and at least one starching head, and described starching bar is removable
Being installed on unloading on starching fork, described starching head is removably installed in starching bar one end, and the other end of starching fork is hinged
In frame, described starching head drive mechanism is connected with starching swing link transmission, and starching bar is adjustable with the position of starching fork, enters one
Step adapts to the cup of different size cup body bonding requirements.
5, described starching boom end is set with two adjustment seats, and each adjustment seat is separately installed with a described starching
Head, adjustment seat can rotate to suitable angle with tightening after spacing, to adapt to the cup of different size cup body bonding requirements.
6, the rotation of described starching head is in adjustment seat and by bolt locking positioning, it is achieved the spacing of starching bar and adjustment seat can
Adjust.
7, described starching head drive mechanism includes starching cam and starching actuated by cams motor, and described starching cam is with upper
Slurry fork kinematic pair contact.
8, described starching cam and cup pattern cam are co-axially mounted and are driven by a driving motor, make automatically to connect unit is tied
Structure is the compactest.
9, die assembly, each described cup includes that cup is set in cup supporting rod mould and regulating block, described regulating block
Upper end, described cup is installed on one mould and fixes on seat, and described fixing seat is removably installed in regulating block surface, described cup
Offering opening up cup on mould holding tank.
10, two described cups are provided with a supporting plate moving up and down the lower section of supporting rod, and two described cups are clamping
Bar bottom end is hinged by a positioning core axle, and described cup is sliding with described supporting plate respectively the other end of the bottom of supporting rod
Being dynamically connected, when supporting plate moves to highest order, two cups are relatively closed supporting rod, two cups when supporting plate moves to lowest order
Supporting rod is opened relatively.
11, being provided with a cylinder in the frame below described supporting plate, described supporting plate is fixedly installed in the piston of described cylinder
Boom end.
Further, bottom described supporting plate, two ends are separately installed with guide post, to promote the stability that supporting plate moves.
12, described pottery automatically connects and device is had two automatically connects a unit, and each described starching cam is convex with cup mould
Wheel is mounted on a power transmission shaft and is driven by a driving motor；Realize double and connect an operation.
Further, described power transmission shaft is divided into two joints, two joint power transmission shafts to be connected by a shaft coupling, and described driving motor is pacified
Being loaded on two automatically connect between a unit and be connected with any one joint transmission shaft driven, two connect automatically the cup pattern cam of unit
And starching cam is respectively arranged on two joint power transmission shafts, two cup pattern cams automatically connect unit and the installation of starching cam
In opposite direction, it is achieved two automatically connect units alternately is taken turns to run, base handle and cup are laid and are taken convenient, can not shut down continuously
Work, improves production efficiency.
The pottery that this utility model realizes connects a device automatically, and it utilizes cup membrane module to fix a glass base, then by starching
Mechanism is to cup base starching, and described cup is by cup, die assembly being clamped, and die assembly coordinates with cup membrane module stroke and realizes cup handle
Bonding, its simple in construction, it is simple to manufacture and install, cup handle and cup firm pasting are reliable, and centering is good, steady quality, finished product
Rate is high, it is achieved that cup is bonding automatization.
Accompanying drawing explanation
Fig. 1 is that pottery described in this utility model embodiment connects automatically main for device TV structure phantom；
Fig. 2 is that pottery described in this utility model embodiment connects a device starching state side-looking structural representation automatically；
Fig. 3 is that pottery described in this utility model embodiment automatically connects device is connect a state side-looking structural representation；
Fig. 4 is the main TV structure schematic diagram of mould described in this utility model embodiment.
Detailed description of the invention
Below in conjunction with accompanying drawing, this utility model preferred embodiment is elaborated.
As shown in Figures 1 to 4, a kind of pottery connects a device automatically, has two and automatically connects a unit 10, each described in connect
Unit 10 is included that the cup base fixed mechanism 1, starching mechanism 2 and the cup that are installed in frame 100 are fixed mechanism 3, described cup
Base fixed mechanism 1 includes one for the cup membrane module 11 of fixed cup base and cup mould drive mechanism 12, described cup mould drive mechanism 12
It is in transmission connection with cup membrane module 11 and drives glass membrane module 11 to move up and down；Described starching mechanism 2 includes a starching head assembly 21
And starching head drive mechanism 22, described starching head assembly 21 is positioned at the lower section of glass membrane module 11, described starching head drive mechanism 22
It is in transmission connection with starching head assembly 21 and drives starching head assembly 21 to move up and down, below described starching mechanism 2, a mud being installed
Stock tank 4；Described cup fixed mechanism 3 include two can the cup of open and close movement relatively supporting rod 31, two described cups are clamping
Bar 31 lays respectively at glass membrane module 11 both sides, and each cup is being provided with one on supporting rod 31 for clamping the cup of glass handle set of molds
Part 32；Described cup base fixed mechanism 1, starching mechanism 2 and cup electrically connect fixed mechanism 3 respectively with a digital control system 5.
Described cup membrane module 11 includes glass mould 111, adjusting rod 112 and cup mould fork 113, described cup mould fork 113 1
End is articulated with in frame 100, and described cup mould fork 113 the other end is provided with hole, several location 114, and described adjusting rod 112 is solid
Dingan County is loaded on hole, arbitrary location 114, and described cup mould 111 is removably installed in the end of adjusting rod 112, described cup mould 111
Profile match with cup base cavity shape, described cup mould drive mechanism 12 includes glass pattern cam 121, described cup pattern cam 121
Contact with cup mould fork 113 kinematic pair.
Described starching head assembly 21 includes starching bar 211, starching fork 212 and starching 213, described starching bar 211
Being removably installed in starching fork 212 one end, the other end of starching fork 212 is articulated with in frame 100；Described starching bar
211 end sleeve, equipped with two adjustment seats 214, each adjustment seat 214 are separately installed with a described starching 213, described on
Slurry 213 rotation is in adjustment seat 214 and by bolt locking positioning, and described starching head drive mechanism 22 includes starching cam 221,
Described starching cam 221 contacts with starching fork 212 kinematic pair.
As shown in Figure 1 and Figure 4, each described cup die assembly 32 include cup mould 321 and regulating block 322, described
Regulating block 322 is set in cup supporting rod 31 upper end, and described cup is installed on one mould 321 and fixes on seat 323, described fixing
Seat 323 is removably installed in regulating block 322 surface, and described cup is offering opening up cup on mould 321 holding tank
3211；Two described cups are provided with a supporting plate 33 the lower section of supporting rod 31, and two described cups are one end, bottom 311 of supporting rod
Hinged by a positioning core axle 34, described cup bottom 311 other end of supporting rod respectively with described supporting plate 33 company of slip
Connecing, the frame 100 below described supporting plate is provided with a cylinder 35, described supporting plate 33 is fixedly installed in the piston of described cylinder 35
Boom end, bottom described supporting plate 33, two ends are separately installed with a guide post 36.
In the present embodiment, two automatically connect cup pattern cam 121 and the starching cam 221 of unit 10 are shared a driving
Motor 20, described driving motor 20 is installed on two and automatically connects between a unit 10, described driving motor 20 and a power transmission shaft 30
Being rotationally connected, described power transmission shaft 30 is divided into two joints, two joint power transmission shafts to be connected by a shaft coupling 301, and two connect a unit automatically
Cup pattern cam 121 and starching cam 221 be respectively arranged on two joint power transmission shafts, two connect automatically the cup pattern cam of unit
121 and the installation direction of starching cam 221 contrary.When one of them connects the starching 213 unit and cup mould 111 automatically
When being positioned at highest order, another automatically connects and starching 213 and the cup mould 111 of unit is positioned at lowest order, is achieved in two
Automatically connect and units alternately is taken turns to run.
Before starching operation, driving motor 20 to drive starching cam 221 and cup pattern cam 121 to rotate, starching cam 221 carries
Dynamic starching fork 212 is moved downward to mud ditch 4, now two cups supporting rod 21 in relative open configuration, by operator
By cup being placed therein a cup in holding tank 3211；Then as in figure 2 it is shown, starching cam 221 and cup pattern cam 121
Driving starching fork 212 and cup mould 11 to move up respectively, now starching fork 212 contacts with cup mould 11 and to cup mould 111
Carry out starching；After starching starching cam 221 and cup pattern cam 121 drive respectively starching fork 212 and cup mould 111 to
Lower movement, now the piston rod of cylinder 35 rises, and promotes supporting plate 33 to move up, so that two cups being slidably connected with supporting plate
Relatively closed for supporting rod 31, as it is shown on figure 3, now cup mould 111 and cup contact mould 321 and carry out connecing an operation.
The pottery that the present embodiment realizes automatically connects and apparatus main body is designed for double, and inside has two automatically to connect single
Unit, cup base fixed mechanism is used for fixed cup base, and starching mechanism is for picking mud and the cup base on cup mould being carried out pasting, cup handle
Fixed mechanism is used for clamping a glass handle, and contacts with the cup base on cup mould and carry out cup bonding；Two automatically connect units alternately are taken turns
Kind running, cup handle and cup base are laid and are taken convenient, can not shut down continuously work, and production efficiency is high.
This utility model cup mould drive mechanism and starching head drive mechanism are not limited to described in embodiment, it is also possible to for cylinder
Other mechanical field normal elevator structures such as lifting structure, starching cam and cup pattern cam can be driven electricity by respective respectively
Machine drives, but Driven by Coaxial structure is the compactest simply；Described cup membrane module structure and starching head modular construction are not limited to reality
Execute shown in example, but structure of the present utility model by selecting different cup moulds or can adjust the position of cup mould adjusting rod, with
Time adjust the position of starching head and realize the cup body of different profiles with gradient is connect handle, further, described cup mould, starching head
And mould is nylon with cup or quality of rubber materials prepares.Each automatically connect being also equipped with one on unit for detecting cam
The proximity switch of position, it coordinates realization to combine starching cam, cup pattern cam and cup clamping device with digital control system
Action.
Claims (15)
1. a pottery connects a device automatically, it is characterised in that: it has at least one and automatically connects a unit, each described in connect handle
Unit include the cup base fixed mechanism, starching mechanism and the cup that are installed in frame fixed mechanism, described cup base fixed mechanism
Including one for the cup membrane module of fixed cup base and cup mould drive mechanism, described cup mould drive mechanism is in transmission connection with cup membrane module
And drive a glass membrane module to move up and down；Described starching mechanism includes a starching head assembly and starching head drive mechanism, described starching
Head assembly is positioned at the lower section of glass membrane module, and described starching head drive mechanism and starching head assembly are in transmission connection and drive starching head group
Part moves up and down, and is provided with a mud ditch below described starching mechanism；Fixed mechanism, described cup includes that two are articulated with frame
Upper and can the cup of open and close movement relatively supporting rod, two described cups lay respectively at glass membrane module both sides, each cup supporting rod
Being provided with one on supporting rod for clamping the cup of glass handle die assembly；Described cup base fixed mechanism, starching mechanism and cup
Fixed mechanism is electrically connected with a digital control system respectively；During work, starching head assembly contacts starching with cup membrane module, and cup is clamping
Bar merges clamping cup handle and by cup bonding on glass membrane module.
Pottery the most according to claim 1 connects a device automatically, it is characterised in that: described cup membrane module includes a glass mould, tune
Pole and cup mould fork, described adjusting rod is removably installed in a glass mould fork one end, and the described cup mould fork other end is hinged
In frame, described cup mould is removably installed in the end of adjusting rod, the profile of described cup mould and cup base cavity shape kissing
Closing, described cup mould drive mechanism is connected with cup mould swing link transmission.
Pottery the most according to claim 2 connects a device automatically, it is characterised in that: described cup mould drive mechanism includes a glass mould
Cam and cup pattern cam drive motor, and described cup pattern cam contacts with cup mould fork kinematic pair.
Pottery the most according to claim 2 connects a device automatically, it is characterised in that: described cup mould swing link end part is provided with number
Hole, individual location, described adjusting rod is fixedly installed on hole, arbitrary location.
Pottery the most according to claim 1 connects a device automatically, it is characterised in that: described starching head assembly includes starching
Bar, starching fork and at least one starching head, described starching bar is removably installed on starching fork, and described starching head can
Releasably being installed on starching bar one end, the other end of starching fork is articulated with in frame, described starching head drive mechanism and starching
Swing link transmission connects.
Pottery the most according to claim 5 connects a device automatically, it is characterised in that: the end sleeve of described starching bar is equipped with two
Individual adjustment seat, each adjustment seat is separately installed with a described starching head.
Pottery the most according to claim 6 connects a device automatically, it is characterised in that: the rotation of described starching head is in adjustment seat
And by bolt locking positioning.
Pottery the most according to claim 1 connects a device automatically, it is characterised in that: described starching head drive mechanism includes
Slurry cam and starching actuated by cams motor, described starching cam contacts with starching fork kinematic pair.
Pottery the most according to claim 1 connects a device automatically, it is characterised in that: each described cup includes die assembly
Cup is mould and regulating block, and described regulating block is set in cup and supporting rod upper end, described cup are installed on one mould and fix seat
On, described fixing seat is removably installed in regulating block surface, and described cup is offering opening up cup on mould clamping
Groove.
Pottery the most according to claim 9 connects a device automatically, it is characterised in that: two described cups are under supporting rod
Side is provided with a supporting plate moving up and down, and two described cups are hinged on one the one end bottom supporting rod by a positioning core axle
Rising, described cup is slidably connected the other end of the bottom of supporting rod respectively with described supporting plate, when supporting plate moves to highest order two
Individual cup is relatively closed supporting rod, and when supporting plate moves to lowest order, two cups open supporting rod relatively.
11. potteries according to claim 10 connect a device automatically, it is characterised in that: pacify in the frame below described supporting plate
Equipped with a cylinder, described supporting plate is fixedly installed in the piston rod end of described cylinder.
12. potteries according to claim 11 connect a device automatically, it is characterised in that: bottom described supporting plate, two ends are pacified respectively
Equipped with guide post.
13. potteries according to claim 8 connect a device automatically, it is characterised in that: described cup mould drive mechanism includes cup
Pattern cam and cup pattern cam drive motor, and described starching cam is co-axially mounted with cup pattern cam and is driven by a driving motor
Dynamic.
14. potteries according to claim 13 connect a device automatically, it is characterised in that: described pottery connects automatically has device
Having two automatically to connect a unit, each described starching cam and cup pattern cam are mounted on a power transmission shaft and by a driving
Motor drives.
15. potteries according to claim 14 connect a device automatically, it is characterised in that: described power transmission shaft is divided into two joints, and two
Joint power transmission shaft is connected by a shaft coupling, and described driving motor is installed on two and automatically connects between a unit and pass with any one joint
Driving-axle gearing connects, and two automatically connect cup pattern cam and the starching cam of unit are respectively arranged on two joint power transmission shafts, and two
Individual automatically connect contrary to cup pattern cam and the starching cam installation direction of unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620654014.XU CN205766761U (en) | 2016-06-28 | 2016-06-28 | Pottery connects a device automatically |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620654014.XU CN205766761U (en) | 2016-06-28 | 2016-06-28 | Pottery connects a device automatically |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205766761U true CN205766761U (en) | 2016-12-07 |
Family
ID=58129219
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620654014.XU Withdrawn - After Issue CN205766761U (en) | 2016-06-28 | 2016-06-28 | Pottery connects a device automatically |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205766761U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105946100A (en) * | 2016-06-28 | 2016-09-21 | 泉州坤泰机械精工制造有限公司 | Automatic handle bonding device for ceramic cup |
-
2016
- 2016-06-28 CN CN201620654014.XU patent/CN205766761U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105946100A (en) * | 2016-06-28 | 2016-09-21 | 泉州坤泰机械精工制造有限公司 | Automatic handle bonding device for ceramic cup |
| CN105946100B (en) * | 2016-06-28 | 2018-06-01 | 泉州坤泰机械精工制造有限公司 | Ceramics connect a device automatically |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161207 Effective date of abandoning: 20180601 |