CN209322009U - Mobile phone glass carving machine - Google Patents
Mobile phone glass carving machine Download PDFInfo
- Publication number
- CN209322009U CN209322009U CN201822015876.XU CN201822015876U CN209322009U CN 209322009 U CN209322009 U CN 209322009U CN 201822015876 U CN201822015876 U CN 201822015876U CN 209322009 U CN209322009 U CN 209322009U
- Authority
- CN
- China
- Prior art keywords
- positioning
- axis
- component
- finishing impression
- guide rail
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Feeding Of Workpieces (AREA)
Abstract
The utility model provides mobile phone glass carving machine, and the mobile phone glass carving machine includes base, the control mechanism for being respectively installed in the operating for being used to control the mobile phone glass carving machine on the base, the positioning mechanism for being connected with the control mechanism and being connected for the charging and discharging mechanism of feeding, discharge material, with the control mechanism and be used to convey the conveying mechanism of material, being connected with the control mechanism and be used to position material and is connected with the control mechanism and is used for the finishing impression mechanism to material progress finishing impression.The utility model carries out carrying out material to be processed feeding and carries out blanking to the finished product that finishing impression is completed under the control of control mechanism using charging and discharging mechanism；And after feeding, first material to be processed is positioned by positioning component, then the material being positioned is transported to by finishing impression mechanism by the conveying mechanism, finishing impression is carried out by finishing impression mechanism.It realizes the automation of whole process, improve operating efficiency, bring better economic benefit for enterprise.
Description
Technical field
The utility model relates to carving machine technical field more particularly to a kind of mobile phone glass carving machines.
Background technique
Mobile phone glass carving machine it be numerically-controlled machine tool one kind.It can carry out cutting processing to glass-film.To in glass
Pre-designed good pattern is carved out on glass film, the stable equipment operation is reliable, good, high-efficient, the easy to operate maintenance of processing quality
It is convenient.It is more and more important in fields such as production and processings.But existing conveying of the carving machine to material on the market at present
It all uses and manually carries out, inefficiency, and there are some potential safety problemss.It is conveyed even with machine, defeated
It passes through journey material is not positioned, so that there are certain flaws for finishing impression process, brings economic loss for enterprise's production.
Utility model content
The utility model is to solve technical problem mentioned above in the background art, provides a kind of mobile phone glass finishing impression
Machine.
The utility model provides a kind of mobile phone glass carving machine, including base, is respectively installed on the base and is used for
The control mechanism of the operating of the mobile phone glass carving machine is controlled, is connected with the control mechanism and for feeding, discharge material
Charging and discharging mechanism, the conveying mechanism for being connected with the control mechanism and being used to convey material are connected and use with the control mechanism
It is connected in the positioning mechanism positioned to material and with the control mechanism and is used for the finishing impression mechanism to material progress finishing impression.
Further, the charging and discharging mechanism includes being installed on the base for the stock shelf of feeding, for blanking
Blanking rack and positioning component for positioning the stock shelf and blanking rack；The stock shelf and the blanking rack are equipped with more
A trough for being used to place material；The stock shelf and the blanking rack are equipped with location hole.
Further, the positioning component includes the positioning power part being installed on the base, is installed in the positioning
Locating piece on force piece and being installed on the locating piece is arranged in pairs or groups the positioning column used with the location hole.
Further, the conveying mechanism includes the x-axis moving assembly being installed on the base, is installed in the x-axis
It z-axis moving assembly on moving assembly, the y-axis moving assembly being installed on the z-axis moving assembly and is installed in the y-axis and moves
Material grasping component on dynamic component；The x-axis moving assembly includes the x-axis moving guide rail being installed on the base；It is installed in institute
State the x-axis mobile foundation on x-axis moving guide rail and for driving the x-axis mobile foundation to orient on the x-axis moving guide rail
Mobile x-axis drives force piece.
Further, the z-axis moving assembly includes the z-axis moving guide rail being installed on the x-axis mobile foundation, installing
Z-axis mobile foundation on the z-axis moving guide rail and for driving the z-axis mobile foundation in the z-axis moving guide rail
The z-axis of displacement drives force piece；The y-axis moving assembly includes that the y-axis movement being installed on the z-axis mobile foundation is led
Rail, the y-axis mobile foundation being installed on the y-axis moving guide rail and for driving the y-axis mobile foundation mobile in the y-axis
The y-axis of displacement drives force piece on guide rail.
Further, the material grasping component includes the rotary power part being installed on the y-axis mobile foundation, is installed in institute
State the revolving part on rotary power part and the air exhauster for pumping；The revolving part is in the side far from the rotary power part
Equipped with adsorption piece；Multiple suction trays are installed on the adsorption piece；The rotary power part is hollow to be equipped with and the air exhauster phase
Air drain even；The air drain is connected to the suction tray.
Further, the positioning mechanism include the positioning table component being respectively installed on the base, it is used for positioning
Located lateral component and vertical positioning component used for positioning；The positioning table component includes the positioning being installed on the base
Platform pedestal, is installed in the cross spacing block that limit is used on the positioning table at the positioning table being installed on the positioning table pedestal
And it is installed in the vertical spacing block on the positioning table for limit.
Further, the located lateral component includes being installed on the base of one end far from the cross spacing block
It located lateral pedestal, the lateral dynamics part being installed on the located lateral pedestal and is installed in close on the lateral dynamics part
The lateral retainer of described positioning table one end；The vertical positioning component includes the machine in one end far from the vertical spacing block
It is installed with vertical positioning base, the vertical force piece being installed on the vertical positioning base on seat and is installed in described vertical dynamic
Close to the vertical locating piece of described positioning table one end on power part.
Further, the finishing impression mechanism includes being installed on the base for placing finishing impression station, the installing of material
It vertical transverse shifting component on the base, the vertically movable component being installed on the transverse shifting component and is installed in
Finishing impression component on the vertically movable component；The transverse shifting component includes that the transverse shifting being installed on the base is led
Rail, the transverse shifting pedestal being installed on the transverse shifting guide rail and for driving the transverse shifting guide rail in the transverse direction
The transverse shifting force piece of displacement on mobile foundation；The vertically movable component includes being installed in the transverse shifting pedestal
On vertically movable guide rail, the vertically movable pedestal that is installed on the vertically movable guide rail and described vertically movable for driving
The vertical driving force piece of pedestal displacement on the vertically movable guide rail；The finishing impression component includes being installed in described erect
Finishing impression force piece on mobile foundation and the finishing impression knife being installed on the finishing impression force piece.
Further, the mobile phone glass carving machine further includes being installed on the base to be connected with the control mechanism
Guard assembly；The guard assembly includes the protective frame being installed on the base, is installed on described protective frame one end
RF transmitter and the infrared receiver for being installed in the protective frame other end.
Using above-mentioned technical solution, there is the utility model at least following beneficial effect to be: the utility model is in control machine
Under the control of structure, the finished product that carries out carrying out feeding to material to be processed using charging and discharging mechanism and complete to finishing impression is carried out down
Material；And after feeding, first material to be processed is positioned by positioning component, then will be positioned by the conveying mechanism
Material be transported to finishing impression mechanism, by finishing impression mechanism carry out finishing impression.It realizes the automation of whole process, improve operating efficiency, be
Enterprise brings better economic benefit.
Detailed description of the invention
Fig. 1 is a perspective view of the utility model mobile phone glass carving machine.
Fig. 2 is one embodiment figure of the utility model mobile phone glass carving machine
Fig. 3 is a perspective view of the charging and discharging mechanism of the utility model mobile phone glass carving machine.
Fig. 4 is the enlarged drawing of the part A of Fig. 3.
Fig. 5 is the enlarged drawing of the part B of Fig. 3.
Fig. 6 is a perspective view of the conveying mechanism of the utility model mobile phone glass carving machine.
Fig. 7 is a perspective view of the revolving part of the conveying mechanism of the utility model mobile phone glass carving machine.
Fig. 8 is a perspective view of the material grasping component of the conveying mechanism of the utility model mobile phone glass carving machine.
Fig. 9 is a perspective view of the positioning mechanism of the utility model mobile phone glass carving machine.
Figure 10 is a perspective view of the positioning table of the positioning mechanism of the utility model mobile phone glass carving machine.
Figure 11 is a perspective view of the finishing impression mechanism of the utility model mobile phone glass carving machine.
Specific embodiment
The utility model is described in further detail below by specific embodiment combination attached drawing.It should be understood that following
It is exemplary by reference to the embodiment that attached drawing describes, it is intended to for explaining the utility model, and should not be understood as to this reality
With novel limitation, moreover, being characterized in be combined with each other in the absence of conflict, in the embodiments of the present invention
's.
As shown in Figure 1-Figure 11, the utility model provides a kind of mobile phone glass carving machine, including base, is respectively installed in institute
It states on base for controlling the control mechanism 5 of the operating of the mobile phone glass carving machine, being connected and be used for the control mechanism 5
The charging and discharging mechanism 1 of feeding, discharge material, be connected with the control mechanism 5 and for convey material conveying mechanism 3, with it is described
Control mechanism 5 is connected and the positioning mechanism 2 for being positioned to material and is connected with the control mechanism 5 and is used for material
Carry out the finishing impression mechanism 4 of finishing impression.
Under control of the present embodiment in control mechanism 5, carry out material to be processed using charging and discharging mechanism 1
Material and the finished product progress blanking that finishing impression is completed；And after feeding, first material to be processed is determined by positioning component 2
Position, then the material being positioned is transported to by finishing impression mechanism 4 by the conveying mechanism 3, finishing impression is carried out by finishing impression mechanism 4.It realizes
The automation of whole process improves operating efficiency, brings better economic benefit for enterprise.
In a specific embodiment, the charging and discharging mechanism 1 of the carving machine includes being respectively installed on the base to use
Stock shelf in feeding, the blanking rack for blanking and the positioning component for positioning the stock shelf and the blanking rack；Institute
It states stock shelf and the blanking rack is equipped with multiple troughs for being used to place material.
The present embodiment is multiple for placing the trough of material by being provided on stock shelf and blanking rack, so that
Multiple materials can be disposably placed when feeding, discharge on stock shelf or blanking rack, realize the mass of feeding and blanking, are saved
The feeding, discharge time improves finishing impression yield；The stock shelf is separated from each other with the blanking rack, and the mutual of feeding, discharge may be implemented
It is independent；And the charging and discharging mechanism 1 of this carving machine is additionally provided with positioning component, enables the utility model by stock shelf and blanking rack
It is located on the base, avoids stock shelf or blanking rack in feeding, discharge from being subjected to displacement, influence feeding, discharge process.
In a specific embodiment, the stock shelf includes feeding seat 111 and the blowing that is installed on feeding seat 111
Slot；The feeding seat 111 is equipped in the side of the feeding groove corresponding position and keeps away a groove.A groove of keeping away is for accommodating essence
The handgrip of carving machine；The handgrip of carving machine is facilitated to grab raw material in stock shelf, to guarantee the work flow of this carving machine.
In a specific embodiment, the feeding seat be equipped with it is multiple for limit raw material limited posts 113 and one or
Multiple support columns 114 for being used to support raw material, the limited post 113 are equipped with multiple limiting slots 1131, and the support column 114 is equipped with
Multiple support slots 1141 being used cooperatively with the limiting slot 1131 to support raw material；Limiting slot on every limited post 113
1131 quantity is equal with the quantity of support slot 1141 on every support column 114 and corresponds and cooperatively forms multiple described put
Hopper enables the stock shelf disposably to place multiple raw materials, to guarantee the efficiency of feeding；In the present embodiment, institute
Stating limited post 113 and the support column 114 respectively has two, when so that material being placed in the trough, the limiting slot
1131 can prevent the material from moving left and right；The support slot 1141 can prevent the material from dropping out the trough, thus
Influence the progress of feeding.
In a specific embodiment, the blanking rack includes blanking seat 112 and the blowing that is installed on blanking seat 112
Slot；The blanking seat 112 is equipped in the side of the blanking groove corresponding position and keeps away a groove.A groove of keeping away is for accommodating essence
The handgrip of carving machine；The handgrip of carving machine is facilitated to grab the finished product completed the process in blanking rack, to guarantee this carving machine
Work flow.
In a specific embodiment, the blanking seat be equipped with it is multiple for limit raw material limited posts 113 and one or
Multiple support columns 114 for being used to support finished product, the limited post 113 are equipped with multiple limiting slots 1131, and the support column 114 is equipped with
Multiple support slots 1141 being used cooperatively with the limiting slot 1131 to support finished product；Limiting slot on every limited post 113
1131 quantity is equal with the quantity of support slot 1141 on every support column 114 and corresponds and cooperatively forms multiple described put
Hopper enables the blanking rack disposably to place multiple finished products processed, to guarantee the efficiency of blanking；In this implementation
In example, the limited post 113 respectively has two with the support column 114, described when so that finished product being placed in the trough
Limiting slot 1131 can prevent the finished product from moving left and right；The support slot 1141 can prevent the finished product from dropping out the blowing
Slot, to influence the progress of blanking.
In a specific embodiment, the stock shelf and the blanking rack it is equal there are two, and two stock shelfs or two
Blanking rack is adjacent, and two stock shelfs or the limited post 113 of two blanking racks share three, i.e. under two stock shelfs or two
Expect that frame shares the limited post 113 for being in adjoiner；Make it possible to save production cost.
In a specific embodiment, the positioning component include positioning seat 121, the positioning that is installed on positioning seat 121
Force piece 122, the positioning plate 123 being movably connected on positioning seat 121 and the first locating piece 124 being installed on positioning plate 123；
The positioning plate 123 is connect with the output end of the positioning power part 122, and the positioning seat 121 is equipped with pilot hole 1211, described
Positioning plate 123 is equipped with the guide post 1231 for being arranged in the pilot hole 1211；The positioning component is installed in the feeding seat 111
And the side of blanking seat 112, the side that the feeding seat 111 is connect with positioning component is equipped with matches with first locating piece 124
The first positioning hole 115 used is closed, the side that the blanking seat 112 is connect with positioning component is equipped with and first locating piece
124 first positioning holes 115 being used cooperatively.In the present embodiment, the positioning plate is equipped with guide post 1231 at both ends, and described
Guide post 1231 passes through the positioning seat 121 on the positioning seat 121；So that position will not arbitrarily to occur inclined for the positioning plate 123
It moves, so that the collocation for influencing the first locating piece 124 and the first positioning hole 115 on the positioning plate 123 uses, it is described fixed
Position force piece 122 is for driving the positioning plate 123 that first locating piece 124 is driven to move to stock shelf or blanking rack direction
It is dynamic, so that first locating piece 124 is passed through the first positioning hole 115 in stock shelf or blanking rack, thus by the stock shelf or
The blanking rack is located on base, and the stock shelf or the blanking rack in feeding or blanking is prevented to be subjected to displacement, thus
Influence the process of feeding, discharge.
In a specific embodiment, the feeding seat 111 and blanking seat 112 are equipped with orients for the limited post 113
Mobile guide groove 116；The limited post 113 can be in 116 displacement of guide groove, to adjust the trough
Size, so that the trough can adapt to different size of raw material.
In a specific embodiment, locating piece 13, the positioning are equipped between the feeding seat 111 and blanking seat 112
The side that block 13 is connect with feeding seat 111 or blanking seat 112 is equipped with the second locating piece, and the feeding seat 111 and blanking seat 112 are equal
Equipped with the second location hole 117 being used cooperatively with second locating piece；The second location hole 117 and second locating piece
It is used cooperatively, the locating piece 13 is enabled to cooperate the positioning component that stock shelf and blanking rack are located in the base
On, prevent the stock shelf and blanking rack to be subjected to displacement during feeding, discharge, to influence feeding, discharge process.
In a specific embodiment, the conveying mechanism 3 include be installed on the base x-axis moving assembly,
The z-axis moving assembly being installed on the x-axis moving assembly, the y-axis moving assembly and dress that are installed on the z-axis moving assembly
The material grasping component being located on the y-axis moving assembly.
The synchronizing moving of x-axis moving assembly, y-axis moving assembly and z-axis moving assembly is utilized in the present embodiment, to realize
Material grasping component moves on three-dimensional space, and then realizes and precisely conveyed to material, finishing impression operating efficiency is improved, to improve
Production efficiency generates profit growth for enterprise.
In a specific embodiment, the x-axis moving assembly includes the x-axis moving guide rail being installed on the base
311；The x-axis mobile foundation 312 that is installed on the x-axis moving guide rail 311 and for driving the x-axis mobile foundation 312 to exist
The x-axis of displacement drives force piece 313 on the x-axis moving guide rail 311.The x-axis driving force piece 313 is the x-axis
Mobile 312 offer power of base, are installed on the x-axis mobile foundation 312 so that the x-axis mobile foundation 312 is able to drive
Other component on the x-axis moving guide rail 311 displacement.
In a specific embodiment, the z-axis moving assembly includes the z-axis being installed on the x-axis mobile foundation 312
Moving guide rail 321, the z-axis mobile foundation 322 being installed on the z-axis moving guide rail 321 and for driving the mobile base of the z-axis
The z-axis of the displacement on the z-axis moving guide rail 321 of seat 322 drives force piece 323.The z-axis driving force piece 323 mentions
The z-axis mobile foundation 322 is given for power, so that the z-axis mobile foundation 322 is able to drive on the z-axis mobile foundation 322
Other component on the z-axis moving guide rail 321 displacement.It is mobile that the z-axis moving guide rail 321 is installed in the x-axis
On pedestal 312, so that the x-axis mobile foundation 312, in displacement on the x-axis moving guide rail 311, the z-axis is mobile
Component and the other component being installed on the z-axis moving assembly are also led with x-axis mobile foundation 312 in x-axis movement
Displacement on rail 311.
In a specific embodiment, y-axis moving assembly includes the y-axis movement being installed on the z-axis mobile foundation 322
Guide rail 331, the y-axis mobile foundation 332 being installed on the y-axis moving guide rail 331 and for driving the y-axis mobile foundation
332 on the y-axis moving guide rail 331 displacement y-axis drive force piece 333.The y-axis driving force piece 333 provides
Power gives the y-axis mobile foundation 332, so that the y-axis mobile foundation 332 is able to drive the material grasping component in the y-axis
Displacement on moving guide rail 331.The y-axis moving guide rail fills 331 and is located on the z-axis mobile foundation 322, so that the z
Axis mobile foundation 322 the y-axis moving assembly and is installed in the y when doing displacement on the z-axis moving guide rail 321
Material grasping component on axis moving assembly also can do displacement on the z-axis moving guide rail 321 together.
In a specific embodiment, the material grasping component includes that the rotation being installed on the y-axis mobile foundation 332 is moved
Power part 341 and the revolving part 342 for being installed in the rotary power part 341；The revolving part 342 is far from the rotary power part
341 side is equipped with adsorption piece；Multiple suction trays are installed on the adsorption piece；The rotary power part is hollow to be equipped with air drain；
The air drain is connected to the suction tray.The rotary power part 341 can drive the revolving part 342 to drive on the adsorption piece
Suction tray rotated, thus realize the revolving part drive the suction tray 343 on the adsorption piece it is horizontal downwards and
With the conversion of horizontal perpendicular both direction；The revolving part 342 is hollow to be equipped with air drain 345；And the air drain 345 and the suction
Attached disk 344 communicates, so that the suction tray can adsorb the material for needing finishing impression when by being evacuated to the air drain 345,
Enable the suction tray 343 adsorbed when perpendicular with horizontal plane with the material of the perpendicular placement of horizontal plane, and should
Material conveying lies in corresponding operation area.
In a specific embodiment, the material grasping component further includes air exhauster；The air exhauster and 345 phase of air drain
Even.The air exhauster is for being evacuated the air drain 345；Enable the suction tray 344 communicated with the air drain 345
It is enough that material is adsorbed；To enable material grasping component to grab material.
In a specific embodiment；The suction tray 343 has multiple；The absorption force piece 344 is lift pump；The suction
Mechanism of qi is adsorbed on material on the suction tray 343 when needing to draw material, through pumping, and material is grabbed in realization
It takes, when needing to place material, which stops pumping, so that suction tray 343 stops the absorption to material surface, so that material
Material leaves suction tray 343, is placed on corresponding region.
In a specific embodiment；The material grasping component is installed on the y-axis mobile foundation 332, and the y-axis is mobile
Component is installed on the z-axis mobile foundation 322, and the z-axis moving assembly is installed on the x-axis mobile foundation 312,；
To which the x-axis mobile foundation 312 is under the driving of x-axis driving force piece 313, it is able to drive the z-axis moving assembly
And it is installed in y-axis moving assembly on the z-axis moving assembly displacement on x-axis moving guide rail 311；The z-axis is mobile
Pedestal 322 is able to drive the y-axis moving assembly and is installed in the y-axis under the driving of z-axis driving force piece 323
Material grasping component on moving assembly does displacement on z-axis moving guide rail 321；And the y-axis mobile foundation 332 can be in y
Axis drives under the driving of force piece 333, drives material grasping component displacement on the y-axis moving guide rail 331；To real
Now accurate material conveying of the conveying mechanism of this carving machine on three-dimensional space to improve transfer efficiency, and then improves finishing impression effect
Rate promotes the productive profit of enterprise.
In a specific embodiment, the positioning mechanism 2 include be respectively installed on the base positioning table component,
Located lateral component 22 used for positioning and vertical positioning component 23 used for positioning.The positioning table component is for placing material
Material, and the located lateral component 22 and vertical positioning component 23 is cooperated to limit material, it is described fixed that material is located in
On the platform component of position.
In the present embodiment by the way that material to be placed on the positioning table component, using located lateral component 22 and vertically
Positioning component 23 is used cooperatively with the positioning table component, makes for the material to be located on positioning table 212, enables carving machine
Accurate finishing impression is carried out to the material, the error of generation, reduces the flaw of finishing impression product when reducing carving machine to material progress finishing impression
Defect rate, to ensure the quality of product.
In a specific embodiment, the positioning table component include the positioning table pedestal 211 being installed on the base,
The positioning table 212 that is installed on the positioning table pedestal 211 is installed in cross spacing on the positioning table 212 for limit
Block 213 and be installed on the positioning table 212 for limit vertical spacing block 214.The positioning table pedestal 211 is used to support
The positioning table 212 avoids so that other mechanisms of the positioning table 212 and carving machine are adapted to make the positioning table 212
Be adapted with other mechanisms it is padded using and by 212 height of the positioning table, cause because positioning table 212 excessive height due to increase it is fixed
The cost of position platform 212；The cross spacing block 213 and the vertical spacing block 214 to fall in the limiting slot 212 adjacent two
At the position on side；The cross spacing block 213 and the vertical spacing block 214 the located lateral component 22 with it is described vertical
Position-limiting action from when positioning component 23 positions material, so that the material of finishing impression is needed to pass through located lateral component 22 and vertical
Under the action of positioning component 23, the cross spacing block 213 and the vertical spacing block 214 are pushed against, thus accurately by material
It is located in 212 on the positioning table.
In a specific embodiment, the length direction on the positioning table 212 is equipped with a plurality of vertical groove 2122；It is described
The width direction of positioning table 212 is equipped with a plurality of lateral trench 2121；The lateral trench 2121 and vertical 2122 phase of groove
It is mutually arranged in a crossed manner and the positioning table 212 is divided into multiple positioning table blocks 2123.The vertical groove 2122 and the transverse direction
Groove 2121, which intersects, to be arranged and the positioning table 212 is separated into multiple positioning table blocks 2122, so that needing the material of finishing impression
Contact with the positioning table 212 is the contact of multiple positioning table blocks 2123 and the finishing impression material, replaces original entire positioning
The groove face and material face contact of platform 212, so that positioning table 212 and finishing impression material face and face contact be avoided to fit and cause two
Tension between face increases, and reduces the located lateral component 22 and drives the finishing impression material in institute with the vertical positioning component 23
State the difficulty of displacement on positioning table 212.
In a specific embodiment, multiple through-holes 21231 are provided on the positioning table 212；The positioning table 212 exists
One end side far from the cross spacing block 213 is equipped with blowing groove 2124；The blowing groove 2124 and the through-hole 21231
It communicates.The blowing groove 2124 is communicated with the through-hole 21231, so that the utility model is postponed and can be led to material is positioned
It crosses to 2124 air-blowing of blowing groove, and comes out the gas entered by through-hole 21231, allow the gas entered slight
The material being placed on the positioning table 212 is blown afloat, prevents material from fitting on the positioning table 212, influences other mechanisms pair
It is grabbed.
In a specific embodiment, the located lateral component 22 includes in one far from the cross spacing block 213
Be installed on the base at end located lateral pedestal 221, the lateral dynamics part 222 being installed on the located lateral pedestal 221 and
It is installed in the lateral retainer 223 on the lateral dynamics part 222 close to described 212 one end of positioning table.The located lateral bottom
Seat 221 has been used to support located lateral component 22, enable lateral retainer 223 on located lateral component 22 to material into
Row positioning.In the present embodiment, when needing the material of finishing impression to be placed on positioning table 212, the lateral dynamics part 222 drives described
Lateral retainer 223 is pushed ahead, which is promoted to cross spacing block 213, so that the material resists the cross spacing
Block 213, thus the position of the material in the corresponding direction of having good positioning.
In a specific embodiment, the vertical positioning component 23 includes in one far from the vertical spacing block 214
Be installed on the base at end vertical positioning base 231, the vertical force piece 232 being installed on the vertical positioning base 231 and
It is installed in the vertical locating piece 233 on the vertical force piece 232 close to described 212 one end of positioning table.The vertical positioning bottom
Seat 231 has been used to support vertical positioning component 23, enable vertical locating piece 233 on vertically positioning component 23 to material into
Row positioning.In the present embodiment, when needing the material of finishing impression to be placed on positioning table 212, the vertical force piece 232 drives described
Vertical locating piece 233 is pushed ahead, which is promoted to vertical spacing block 214, so that the material resists the vertical spacing
Block 214, thus the position of the material in the corresponding direction of having good positioning.
In a specific embodiment, the positioning mechanism 2 of the carving machine further includes being used in conjunction with 2124 phase of blowing groove
In the blower to 2124 air-blowing of blowing groove.The blower is used to 2124 air-blowing of blowing groove gas is led to
Cross blowing groove 2124 reach with the through-hole 21231 of 2124 connection of blowing groove, thus will be placed on using the gas it is described fixed
Material on the platform 212 of position is slightly blown afloat, and is prevented the material tight to be fitted on the positioning table 212, is influenced other mechanisms to it
It is grabbed.
In a specific embodiment, the positioning table 212 is additionally provided with for connecting the positioning table 212 and the positioning
Multiple first connecting holes 2125 of platform pedestal 211；First connecting hole 2125 is located at the lateral trench 2121 and erects with described
To the intersection of groove 2122；The positioning table pedestal 211 is equipped with second connection corresponding with first connecting hole 2125
Hole；First connecting hole 2125 is connected by screw to together with second connecting hole, so that the positioning table 212 and institute
Positioning table pedestal 211 is stated to be fixed together.
In a specific embodiment, the finishing impression mechanism 4 includes being installed on the base for placing the essence of material
Carver position 41, the transverse shifting component that is installed on the base, be installed on the transverse shifting component vertically movable group
Part and the finishing impression component being installed on the vertically movable component.The finishing impression station 41 is for placing raw material；It is described laterally to move
Dynamic component is moved left and right by driving the finishing impression component on the vertical component to realize that finishing impression component is in the horizontal direction；
The vertically movable component is used to drive the finishing impression component moving up and down in the vertical direction, by transverse shifting component with
Vertically movable component is used cooperatively, to realize that control finishing impression component carries out the position of finishing impression to raw material.
In a specific embodiment, there are four the finishing impression stations 41, it is divided into 1-4 finishing impression station；It is described laterally to move
Two groups of vertically movable components are installed on dynamic component；Finishing impression component is installed on vertically movable component described in every group respectively；Two groups
The initial position of vertically movable component is respectively at the top of No. 1 finishing impression station and No. 3 finishing impression stations, so that two groups vertically movable
When component drives vertically movable component to carry out finishing impression to the raw material under No. 1 finishing impression station and No. 3 finishing impression stations respectively；The conveying
Mechanism can will be on feedstock transportation to No. 2 finishing impression stations and No. 4 finishing impression stations；On to No. 1 finishing impression station and No. 3 finishing impression stations
Raw material finishing impression after the completion of；The transverse shifting component can drive the finishing impression component on two groups of vertically movable components to reach No. 2
Above finishing impression station and No. 4 finishing impression stations, to carry out finishing impression to the raw material on No. 2 finishing impression stations and No. 4 finishing impression stations；At this time
The product that finishing impression on No. 1 finishing impression station and No. 3 finishing impression stations is completed can be transported to charging and discharging mechanism 1 by conveying mechanism, and after
It is continuous by feedstock transportation to No. 1 finishing impression station be and No. 3 finishing impression stations on wait finishing impression；To realize in 1,3 finishing impression stations and 2,4
Round-trip finishing impression on finishing impression station improves finishing impression efficiency.
In a specific embodiment, the transverse shifting component includes the transverse shifting guide rail being installed on the base
421, the transverse shifting pedestal 422 that is installed on the transverse shifting guide rail 421 and for driving the transverse shifting pedestal 422
The transverse shifting force piece 423 of displacement on the transverse shifting guide rail 421；The transverse shifting force piece 423 drives
The transverse shifting pedestal 422 drives the vertically movable component on the transverse shifting pedestal 422 in the transverse shifting guide rail
Displacement on 421, to drive the finishing impression component being installed on the vertically movable component in the transverse shifting guide rail 421
Upper displacement realizes that finishing impression component carries out finishing impression to different location on raw material.
In a specific embodiment, the vertically movable component includes being installed on the transverse shifting pedestal 422
Vertically movable guide rail 431, the vertically movable pedestal 432 being installed on the vertically movable guide rail 431 and described perpendicular for driving
To the vertical driving force piece of the displacement on the vertically movable guide rail 431 of mobile foundation 432；The vertically movable power
Part drives the vertically movable pedestal 432 to drive finishing impression component displacement on the vertically movable guide rail 431, thus
Realize that controlling the finishing impression component starts raw material or terminate to carry out finishing impression；The vertically movable guide rail 431 is installed in the cross
To on mobile foundation 422, enable the finishing impression component on the vertically movable component with described transverse shifting component or so
It is mobile, to control the finishing impression component to the finishing impression position of raw material.
In a specific embodiment, the finishing impression component includes the finishing impression being installed on the vertically movable pedestal 432
Force piece 441 and the finishing impression knife being installed on the finishing impression force piece 441.The finishing impression force piece 441 is by driving the essence
Scorper carries out finishing impression to raw material.
In a specific embodiment, the mobile phone glass carving machine further includes being installed on the base and the control
The connected guard assembly of mechanism 5；The guard assembly include the protective frame 61 being installed on the base, be installed in it is described anti-
RF transmitter 62 on retaining frame one end and the infrared receiver 63 for being installed in the protective frame other end.The protective frame
61 are used to support the RF transmitter 62 and the infrared receiver 63, described infrared in the case where normal work
The infrared ray that line transmitter 62 issues is received by the infrared receiver 63, when there is foreign matter to enter by the guard assembly
When utility model, the infrared ray that the RF transmitter 62 emits is stopped by foreign matter, so that the infrared receiver
Device 63 does not receive corresponding infrared ray, and infrared receiver 63 can send a signal to control mechanism 5 at this time, thus by controlling
Corresponding safeguard procedures are made by mechanism 5, to improve the safety of the utility model.
The concrete operating principle of the utility model are as follows: raw material is placed on the stock shelf by operating personnel, and by feeding
Frame is put into corresponding position, and under the control of control mechanism 5, the stock shelf is located on base by the positioning mechanism 2, prevents
Stock shelf is displaced when conveying mechanism 3 carries out material grasping, and the conveying mechanism 3 grabs raw material from stock shelf and is transported to institute
It states after being positioned in positioning mechanism 2, by feedstock transportation into finishing impression station 41, by finishing impression mechanism to the original on finishing impression station 41
Material carries out finishing impression, and after the completion of waiting finishing impression, the finished product that finishing impression is completed is transported in blanking rack under waiting by the conveying mechanism 3
Material, when there is foreign matter to enter the utility model by guard assembly, the guard assembly can send corresponding letter to control mechanism 5
Number, corresponding safeguard procedures are made by control mechanism 5, to ensure the safety of the utility model.
Although having shown that and describing the embodiments of the present invention, for those of ordinary skill in the art and
Speech, it is possible to understand that a variety of to the progress of these examples can change in the case where not departing from the principles of the present invention and spirit,
Modification, replacement and deformation, the scope of the utility model are defined by the appended claims and their equivalents.
Claims (10)
1. a kind of mobile phone glass carving machine, it is characterised in that: the mobile phone glass carving machine include base, be respectively installed in it is described
Following mechanism on base:
Control mechanism；For controlling the operating of the mobile phone glass carving machine；
Charging and discharging mechanism is connected and for feeding, discharge material with the control mechanism；
Conveying mechanism is connected and for conveying material with the control mechanism；
Positioning mechanism is connected and for positioning to material with the control mechanism；And
Finishing impression mechanism is connected and for carrying out finishing impression to material with the control mechanism.
2. mobile phone glass carving machine as described in claim 1, it is characterised in that: the charging and discharging mechanism is described including being installed in
For the stock shelf of feeding, the positioning group for the blanking rack of blanking and for positioning the stock shelf and blanking rack on base
Part；The stock shelf and the blanking rack are equipped with multiple for placing the trough of material；The stock shelf and the blanking
Frame is equipped with location hole.
3. mobile phone glass carving machine as claimed in claim 2, it is characterised in that: the positioning component includes being installed in the machine
It positioning power part on seat, the locating piece being installed on the positioning power part and is installed on the locating piece and the positioning
The positioning column that hole collocation uses.
4. mobile phone glass carving machine as described in claim 1, it is characterised in that: the conveying mechanism includes being installed in the machine
X-axis moving assembly on seat, is installed in the z-axis moving assembly at the z-axis moving assembly being installed on the x-axis moving assembly
On y-axis moving assembly and the material grasping component that is installed on the y-axis moving assembly；The x-axis moving assembly includes being installed in
X-axis moving guide rail on the base；The x-axis mobile foundation that is installed on the x-axis moving guide rail and for driving the x-axis
The x-axis of mobile foundation displacement on the x-axis moving guide rail drives force piece.
5. mobile phone glass carving machine as claimed in claim 4, it is characterised in that: the z-axis moving assembly includes being installed in institute
State the z-axis moving guide rail on x-axis mobile foundation, the z-axis mobile foundation being installed on the z-axis moving guide rail and for driving
State the z-axis driving force piece of z-axis mobile foundation displacement on the z-axis moving guide rail；The y-axis moving assembly includes dress
It the y-axis moving guide rail that is located on the z-axis mobile foundation, the y-axis mobile foundation being installed on the y-axis moving guide rail and is used for
The y-axis of y-axis mobile foundation displacement on the y-axis moving guide rail is driven to drive force piece.
6. mobile phone glass carving machine as claimed in claim 5, it is characterised in that: the material grasping component includes being installed in the y
Rotary power part on axis mobile foundation, the revolving part being installed on the rotary power part and the air exhauster for pumping；Institute
It states revolving part and is equipped with adsorption piece in the side far from the rotary power part；Multiple suction trays are installed on the adsorption piece；Institute
It is hollow equipped with the air drain being connected with the air exhauster to state rotary power part；The air drain is connected to the suction tray.
7. mobile phone glass carving machine as described in claim 1, it is characterised in that: the positioning mechanism includes being respectively installed in institute
State positioning table component, located lateral component used for positioning and the vertical positioning component used for positioning on base；The positioning
Platform component includes the positioning table pedestal being installed on the base, the positioning table being installed on the positioning table pedestal, is installed in
It is used for the cross spacing block of limit on the positioning table and is installed in the vertical spacing block on the positioning table for limit.
8. mobile phone glass carving machine as claimed in claim 7, it is characterised in that: the located lateral component is included in far from institute
It states and is installed with located lateral pedestal on the base of one end of cross spacing block, the transverse direction being installed on the located lateral pedestal is moved
Power part and the lateral retainer for being installed in close described positioning table one end on the lateral dynamics part；The vertical positioning component packet
It includes and is installed with vertical positioning base on the base of one end far from the vertical spacing block, is installed in the vertical positioning base
On vertical force piece and be installed on the vertical force piece close to described positioning table one end vertical locating piece.
9. mobile phone glass carving machine as described in claim 1, it is characterised in that: the finishing impression mechanism includes being installed in the machine
For placing the finishing impression station of material, the vertical transverse shifting component being installed on the base, being installed in the transverse direction on seat
Vertically movable component on moving assembly and the finishing impression component being installed on the vertically movable component；The transverse shifting component
Including the transverse shifting guide rail being installed on the base, the transverse shifting pedestal being installed on the transverse shifting guide rail and use
In the transverse shifting force piece for driving transverse shifting guide rail displacement on the transverse shifting pedestal；The vertical shifting
Dynamic component includes the vertically movable guide rail being installed on the transverse shifting pedestal, is installed in erecting on the vertically movable guide rail
To mobile foundation and for driving the vertically movable pedestal vertical driving of displacement on the vertically movable guide rail dynamic
Power part；The finishing impression component includes the finishing impression force piece being installed on the vertically movable pedestal and is installed in the finishing impression power
Finishing impression knife on part.
10. mobile phone glass carving machine as described in claim 1, it is characterised in that: the mobile phone glass carving machine further includes dress
It is located at the guard assembly being connected on the base with the control mechanism；The guard assembly includes being installed on the base
Protective frame, the RF transmitter being installed on described protective frame one end and the infrared ray for being installed in the protective frame other end connect
Receive device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822015876.XU CN209322009U (en) | 2018-12-04 | 2018-12-04 | Mobile phone glass carving machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822015876.XU CN209322009U (en) | 2018-12-04 | 2018-12-04 | Mobile phone glass carving machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209322009U true CN209322009U (en) | 2019-08-30 |
Family
ID=67712562
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822015876.XU Active CN209322009U (en) | 2018-12-04 | 2018-12-04 | Mobile phone glass carving machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209322009U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109502345A (en) * | 2018-12-04 | 2019-03-22 | 东莞市佳优米光电科技有限公司 | Mobile phone glass carving machine |
| CN113547364A (en) * | 2021-06-28 | 2021-10-26 | 广东大宇智能设备有限公司 | Sheet metal stock device, unloading system and cnc engraving and milling machine of cnc engraving and milling machine |
| CN114261770A (en) * | 2021-12-27 | 2022-04-01 | 湖南兴怀新材料科技有限公司 | Glass loading and unloading device, engraving and milling machine and control method of engraving and milling machine |
-
2018
- 2018-12-04 CN CN201822015876.XU patent/CN209322009U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109502345A (en) * | 2018-12-04 | 2019-03-22 | 东莞市佳优米光电科技有限公司 | Mobile phone glass carving machine |
| CN113547364A (en) * | 2021-06-28 | 2021-10-26 | 广东大宇智能设备有限公司 | Sheet metal stock device, unloading system and cnc engraving and milling machine of cnc engraving and milling machine |
| CN114261770A (en) * | 2021-12-27 | 2022-04-01 | 湖南兴怀新材料科技有限公司 | Glass loading and unloading device, engraving and milling machine and control method of engraving and milling machine |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN209322009U (en) | Mobile phone glass carving machine | |
| CN204953732U (en) | Full -automatic body maker of integrated integral type | |
| WO2013038690A1 (en) | Apparatus for processing both sides of a glass sheet | |
| CN106671673B (en) | One machine of one kind drives formula double-station engraving machine more | |
| CN108422192B (en) | Automatic button switch assembly equipment | |
| CN202587751U (en) | Plug-in machine of connector seats | |
| CN108608054B (en) | Lithium battery pole slice cut-parts equipment | |
| CN209536366U (en) | A kind of automatic charging device | |
| CN206870037U (en) | Furniture raw material stripping and slicing device | |
| CN109501443A (en) | A kind of automatic aligning high speed rotating plate screen printing device | |
| CN109205304A (en) | It is a kind of to magnetize the material conveyor of automated package production line feeding for magnet steel | |
| CN108750235A (en) | It laser machines Quick Response Code cutting on line mark and detects automated package production method | |
| CN107814171A (en) | A kind of cabinet bilayer conveying and positioning device | |
| CN213648613U (en) | Automatic plastic bottle blowing machine | |
| CN109502345A (en) | Mobile phone glass carving machine | |
| CN112388458A (en) | Full-automatic mobile phone curved screen engraving machine and engraving process thereof | |
| CN208843293U (en) | One kind taking bottle | |
| CN212291949U (en) | Full-automatic glass plate separating machine | |
| KR101735040B1 (en) | Device to support glass plate | |
| CN108327101A (en) | Multistation glass carving machine | |
| CN205114417U (en) | Hang an automatic feeding conveying system | |
| CN219545205U (en) | Automatic box falling device | |
| CN208247212U (en) | Multistation glass carving machine | |
| CN114194823A (en) | Full-automatic glass tray separator and method for automatically taking out and placing glass panels | |
| CN207791985U (en) | A kind of vial cutting material automatically arranging order device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |