CN202865110U - High-speed cutting processing equipment for glass ceramic bulb tube - Google Patents
High-speed cutting processing equipment for glass ceramic bulb tube Download PDFInfo
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- CN202865110U CN202865110U CN 201220552773 CN201220552773U CN202865110U CN 202865110 U CN202865110 U CN 202865110U CN 201220552773 CN201220552773 CN 201220552773 CN 201220552773 U CN201220552773 U CN 201220552773U CN 202865110 U CN202865110 U CN 202865110U
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- localization tool
- head
- cutting
- cutting processing
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Abstract
The utility model relates to the cutting technology. The high-speed cutting processing equipment for a glass ceramic bulb tube comprises a rack, a glass ceramic bulb tube cutting processing system and a product holding feeding system, wherein the glass ceramic bulb tube cutting processing system comprises a head which is arranged on the rack; a grinding wheel for cutting and processing is arranged on the head; the product holding feeding system comprises a positioning jig fixing device and a positioning jig feeding device; the positioning jig feeding device is placed on the rack; the head is provided with two cutting heads which are arranged in parallel; each of two cutting heads comprises a left cutting head at the left side, and a right cutting head at the right side; the grinding wheel of the left cutting head for cutting and processing is toward the right, and the grinding wheel of the right cutting head for cutting and processing is toward the left; the positioning jig fixing device comprises a holding die for containing a positioning jig; a pressing plate for compressing the positioning jig is arranged in the holding die; and the holding die is placed on the positioning jig feeding device.
Description
Technical field
The utility model relates to cutting technique, is specifically related to the fluorescent tube cutting facility.
Background technology
Existing glass-ceramic luminous tube cutting processing machine mostly is Manual feeding, manual blanking.
When using existing glass-ceramic luminous tube cutting processing machine that the glass-ceramic luminous tube is carried out cutting processing, at first will pack in the lower tool of the localization tool product of processing to be cut of operative employee, then the loam cake of localization tool closes, utilize the locking screw of the manual screwed in place tool of instrument, loam cake and lower tool are pressed together, thereby product is positioned, compresses; Then mounted localization tool is contained on the feed system that is installed, enters glass-ceramic luminous tube cutting processing machine under the drive of the feed system that is installed, manipulation glass-ceramic luminous tube cutting processing machine cuts an end of product; After having cut, localization tool is unloaded, then reverse, manipulation glass-ceramic luminous tube cutting processing machine cuts the other end of product.Unload at last localization tool, the finished product that takes out after cutting is given another workman's manual grinding.
This shows that existing glass-ceramic luminous tube cutting processing machine operation is complicated, failure rate is high, inefficiency, level of automation is low, cost of labor is high.
The utility model content
The purpose of this utility model is, provides a kind of glass-ceramic luminous tube high-speed cutting processing units, to solve the problems of the technologies described above.
The technical problem that the utility model solves can realize by the following technical solutions:
Glass-ceramic luminous tube high-speed cutting processing units comprises a frame, also comprises a glass-ceramic luminous tube cutting processing system, the product feed system that is installed;
Described glass-ceramic luminous tube cutting processing system comprises a head, and described head is arranged on the described frame, and a cutting processing emery wheel is housed on the described head;
The described product feed system that is installed comprises that one is used for the fixing device of localization tool of stationary positioned tool, comprises that also one is used for driving the localization tool feeding device of described fixing device of localization tool motion, and described localization tool feeding device is positioned on the described frame;
It is characterized in that described head has two cutting heads, two cutting heads are arranged side by side;
Two cutting heads comprise a left cutting head that is positioned at the left side, a right cutting head that is positioned at the right, and towards the right side, the cutting processing of described right cutting head uses emery wheel towards a left side to the cutting processing of described left cutting head with emery wheel;
Described fixing device of localization tool comprises that one is used for holding the mould that is installed of localization tool, is provided with one in the described mould that is installed for the pressing plate that compresses localization tool, and the described mould that is installed is positioned on the described localization tool feeding device.
Two cutting heads of the present utility model can be respectively from the left side, the right side cuts the glass-ceramic luminous tube in the localization tool, solved the problem of existing glass-ceramic luminous tube cutting processing machine operation complexity, improved working efficiency, reduced the cost of labor height.
Described cutting head also is provided with an emery wheel drive-motor, and described emery wheel drive-motor connects a grinding wheel spindle by a transmission rig, and described cutting processing is fixed on the described grinding wheel spindle with emery wheel.By the rotation of emery wheel drive-motor control emery wheel, can improve the mechanization degree of equipment, reduce cost of labor.
Described transmission rig comprises gear teeth wheels.By the degree of turning of gear teeth wheels capable of regulating emery wheel, what make described emery wheel turns scooter 12000rpm.
Be provided with a slide plate between described cutting head and the described frame, described cutting head is connected with described slide plate slides, described cutting head can horizontally slip along described slide plate, is provided with one between described cutting head and the described slide plate and is used for driving the lateral driver device that described cutting head slides at described slide plate;
Described slide plate and described frame are slidingly connected, and described slide plate can slide before and after described frame, is provided with one between described slide plate and the described frame and is used for driving the radial drive that described slide plate slides in described frame.Can adjust the horizontal relative position of emery wheel by the horizontal relative position of adjusting cutting head by lateral driver device, i.e. spacing between two emery wheels, can adjust emery wheel relative position radially by the radially relative position of adjusting cutting head by radial drive, to adapt to different cutting polishing requirements.
Described lateral driver device is a screw-type drive unit, and the controlled end of described screw-type drive unit is provided with a horizontal spiral head, and described radial drive is a screw-type drive unit, and the controlled end of described screw-type drive unit is provided with a spiral head radially.By the mode of rotary index head, can drive the motion of screw-type drive unit, and then the position of manual regulation cutting head.
As a kind of preferred version, described slide plate below is provided with the slide plate chute, and described frame is provided with the frame slide rail supporting with described slide plate chute, the direction of described frame slide rail and described grinding wheel spindle perpendicular direction;
Described slide plate top is provided with the slide plate slide rail, and the direction of described slide plate slide rail is parallel with described grinding wheel spindle direction, and described cutting head below is provided with the cutting head chute supporting with described slide plate slide rail.
The described mould that the is installed described localization tool feeding device that removably connects.The mould that is installed like this is interchangeable, can by the replacing mould that is installed, be fit to the product process requirements of different profiles.
Described localization tool feeding device below is provided with a retaining plate, described retaining plate below is provided with the retaining plate chute, described frame is provided with the retaining plate slide rail supporting with described retaining plate chute, described retaining plate slide rail is parallel with described frame slide rail, be provided with one between described retaining plate and the described frame and be used for driving the retaining plate drive unit that described retaining plate slides in described frame, described retaining plate drive unit connects a feeding device horizontal drive motor by a transmission rig.For the fixing device of localization tool of routine, the mode that can only feed by level realizes feeding.
As a kind of preferred version, the described product feed system that is installed can also comprise that one drives the feeding device space drive-motor that described localization tool feeding device rotates, described localization tool feeding device comprises a slip ring sleeve, described slip ring sleeve periphery is fixed with described fixing device of localization tool, described slip ring sleeve is provided with a central rotating shaft, and described central rotating shaft connects described feeding device space drive-motor by transmission rig.
Described localization tool feeding device also comprises a cam, and described cam is fixed, and described slip ring sleeve can rotate around described cam;
The crush of described pressing plate is relevant to the outer peripheral shortest distance values of described cam with described fixing device of localization tool.So just can adjust described fixing device of localization tool to the outer peripheral shortest distance values of described cam by setting the outer peripheral curve of cam, and then the crush of the pressing plate in the control rotation process.For automatic charging, automatic blanking provide technical foundation.
Described pressing plate connects the lever hold-down gear of an employing lever construction, and the resistance arm of described lever hold-down gear connects described pressing plate, and the power arm of described lever hold-down gear connects a spring reset connecting rod,
Described spring reset connecting rod comprises a movable rod, and described movable rod one end connects described power arm, and the other end connects a stationary links by a sliding sleeve;
Described stationary links one end stretches into described sliding sleeve, and the other end connects described slip ring sleeve;
Described sliding sleeve one end is fixedly connected with described movable rod, and the other end props up described cam;
Described spring reset connecting rod also comprises a return spring, and described return spring is enclosed within on the described movable rod, and an end props up described sliding sleeve, and an end props up a stationary installation, and described stationary installation is fixedly connected with described fixing device of localization tool.By above-mentioned design, the stroke of spring reset connecting rod is relevant to the shortest distance values of described fixing device of localization tool with described cam outer rim.Under the effect of lever hold-down gear, the stroke of spring reset connecting rod has determined the compression degree of pressing plate.The state of pressing plate is just related with the outer peripheral curve of cam like this gets up.
Described fixing device of localization tool has two at least.As a kind of preferred version, described fixing device of localization tool has 8,8 equally spaced being arranged on the described slip ring sleeve of fixing device of localization tool.
Described cam is divided into 4 districts, is followed successively by feeding area, cutting Sanding Area, discharge zone, rest area.
Described fixing device of localization tool is positioned at level attitude and the opening up zero degree that is defined as of the described mould that is installed, and described fixing device of localization tool is along with described slip ring sleeve rotates around cam.Forward 90 to when spending at 0 degree, pressing plate is in open mode, after described fixing device of localization tool forwards 45 degree to, localization tool will can landing from the described mould that is installed because of the reason of gravity, spend the described mould that is installed of later on localization tool being packed into so preferred described fixing device of localization tool forwards 45 to, finish material loading.
Forward 180 to when spending at 90 degree, pressing plate is in impaction state, and the described mould that is installed turns over this interval, and product two ends are cut polishing.For fear of suddenling change because of the cam radian, spring reset connecting rod instantaneous variation is large, the fireballing problem of described spring reset connecting rod machinery strain that causes, after described fixing device of localization tool turns over 90 degree, pressing plate slowly is converted to impaction state by open mode, turning over 135 is complete impaction state when spending, and after turning over 135 degree, begins to cut polishing.
Forward 270 to when spending at 180 degree, pressing plate slowly is converted to open mode by impaction state, the finished product luminous tube after the cutting polishing with localization tool by falling in the described mould that is installed.
Described frame below is provided with pan tank.Fall into described pan tank by the localization tool that falls in the described mould that is installed.
Described glass-ceramic luminous tube high-speed cutting processing units, also comprise a master control system, master control system comprises a central processing unit, and described central processing unit connects emery wheel drive-motor, feeding device horizontal drive motor, feeding device space drive-motor;
Master control system also comprises a control panel, and described control panel connects described central processing unit.The preferred touch panel of control panel.
Described emery wheel drive-motor, described feeding device horizontal drive motor, the preferred servomotor of described feeding device space drive-motor.
The speed of the material loading feeding in the processing, cutting feeding, polishing feeding, it is adjustable to set difference by touch panel, to adapt to the performance of variant production material, guarantees high rate of finished products.
Described glass-ceramic luminous tube high-speed cutting processing units also comprises a cooling water recirculation system, and described cooling water recirculation system comprises water pump, and described water pump is provided with rising pipe, and described rising pipe connects Water outlet spray head, and described Water outlet spray head is towards the described mould that is installed.Described Water outlet spray head can also be located immediately in the described mould that is installed.Cooling water recirculation system not only provides cooling for the cutting technique for grinding, and provides buffer protection in the finished product self-emptying drops into process in the pan tank.
Described frame adopts the frame of aluminium alloy or stainless steel, enters product luminous tube inside with metal particle after preventing the parts corrosion.
Described emery wheel place, each transmission rig place are equipped with protective guard, with prevent the operation in hurt sb.'s feelings.
Description of drawings
Fig. 1 is the part synoptic diagram of the utility model glass-ceramic luminous tube cutting processing system.
Fig. 2 is the be installed part synoptic diagram of feed system of the utility model product.
Embodiment
For technique means, creation characteristic that the utility model is realized, reach purpose with effect is easy to understand, below in conjunction with the further elaboration the utility model of concrete diagram.
Glass-ceramic luminous tube high-speed cutting processing units mainly comprises frame, glass-ceramic luminous tube cutting processing system, product be installed feed system, master control system.
Glass-ceramic luminous tube cutting processing system
With reference to Fig. 1, glass-ceramic luminous tube cutting processing system comprises a head, and head is arranged on the frame, and a cutting processing emery wheel 1 is housed on the head, and head has two cutting heads, and two cutting heads are arranged side by side; Two cutting heads comprise a left cutting head that is positioned at the left side, a right cutting head that is positioned at the right, and towards the right side, the cutting processing of right cutting head uses emery wheel 1 towards a left side to the cutting processing of left cutting head with emery wheel 1.Two cutting heads of the present utility model can be respectively from the left side, the right side cuts the glass-ceramic luminous tube in the localization tool, solved the problem of existing glass-ceramic luminous tube cutting processing machine operation complexity, improved working efficiency, reduced the cost of labor height.
Cutting head also is provided with an emery wheel drive-motor 2, and emery wheel drive-motor 2 connects a grinding wheel spindle by a transmission rig, and cutting processing is fixed on the grinding wheel spindle with emery wheel 1.By the rotation of emery wheel drive-motor 2 control emery wheels, can improve the mechanization degree of equipment, reduce cost of labor.Transmission rig comprises gear teeth wheels.By the degree of turning of gear teeth wheels capable of regulating emery wheel, what make emery wheel turns scooter 12000rpm.
Be provided with a slide plate between cutting head and the frame, cutting head is connected with slide plate slides, and cutting head can horizontally slip along slide plate, is provided with one between cutting head and the slide plate and is used for driving the lateral driver device that cutting head slides at slide plate; Slide plate and frame are slidingly connected, and slide plate can slide before and after frame, are provided with one between slide plate and the frame and are used for driving the radial drive that slide plate slides in frame.Can adjust the horizontal relative position of emery wheel by the horizontal relative position of adjusting cutting head by lateral driver device, i.e. spacing between two emery wheels, can adjust emery wheel relative position radially by the radially relative position of adjusting cutting head by radial drive, to adapt to different cutting polishing requirements.
Lateral driver device is a screw-type drive unit, and the controlled end of screw-type drive unit is provided with a horizontal spiral head 3, and radial drive is a screw-type drive unit, and the controlled end of screw-type drive unit is provided with a spiral head radially.By the mode of rotary index head, can drive the motion of screw-type drive unit, and then the position of manual regulation cutting head.
As a kind of preferred version, the slide plate below is provided with the slide plate chute, and frame is provided with the frame slide rail supporting with the slide plate chute, the direction of frame slide rail and grinding wheel spindle perpendicular direction; The slide plate top is provided with the slide plate slide rail, and the direction of slide plate slide rail is parallel with the grinding wheel spindle direction, and the cutting head below is provided with the cutting head chute supporting with the slide plate slide rail.
The product feed system that is installed
With reference to Fig. 2, the product feed system that is installed comprises that one is used for the fixing device of localization tool of stationary positioned tool, and fixing device of localization tool comprises that one is used for holding the mould 7 that is installed of localization tool, is provided with a pressing plate that is used for compressing localization tool in the mould 7 that is installed; Comprise that also one is used for driving the localization tool feeding device of fixing device of localization tool motion, the mould 7 that is installed is positioned on the localization tool feeding device.The mould 7 that the is installed localization tool feeding device that removably connects.The mould 7 that is installed like this is interchangeable, can by the replacing mould 7 that is installed, be fit to the product process requirements of different profiles.
Localization tool feeding device below is provided with a retaining plate, the retaining plate below is provided with the retaining plate chute, frame is provided with the retaining plate slide rail supporting with the retaining plate chute, the retaining plate slide rail is parallel with the frame slide rail, be provided with one between retaining plate and the frame and be used for driving the retaining plate drive unit that retaining plate slides in frame, the retaining plate drive unit connects a feeding device horizontal drive motor by a transmission rig.For the fixing device of localization tool of routine, the mode that can only feed by level realizes feeding.
As a kind of preferred version, the product feed system that is installed can also comprise that one drives the feeding device space drive-motor that the localization tool feeding device rotates, the localization tool feeding device comprises a slip ring sleeve 5, slip ring sleeve 5 peripheries are fixed with fixing device of localization tool, slip ring sleeve 5 is provided with a central rotating shaft, and central rotating shaft connects feeding device space drive-motor by transmission rig.
The localization tool feeding device also comprises a cam 8, and cam 8 is fixing, and slip ring sleeve 5 can rotate around cam 8; The crush of pressing plate is relevant to cam 8 outer peripheral shortest distance values with fixing device of localization tool.So just can adjust fixing device of localization tool to cam 8 outer peripheral shortest distance values by setting cam 8 outer peripheral curves, and then the crush of the pressing plate in the control rotation process.For automatic charging, automatic blanking provide technical foundation.
Pressing plate connects the lever hold-down gear 6 of an employing lever construction, the resistance arm of lever hold-down gear 6 connects pressing plate, the power arm of lever hold-down gear 6 connects a spring reset connecting rod, the spring reset connecting rod comprises a movable rod, movable rod one end connects power arm, and the other end connects a stationary links by a sliding sleeve; Stationary links one end stretches into sliding sleeve, the other end connection slip ring cover 5; Sliding sleeve one end is fixedly connected with movable rod, and the other end props up cam 8; The spring reset connecting rod also comprises a return spring, and return spring is enclosed within on the movable rod, and an end props up sliding sleeve, and an end props up a stationary installation, and stationary installation is fixedly connected with fixing device of localization tool.By above-mentioned design, the stroke of spring reset connecting rod is relevant to the shortest distance values of fixing device of localization tool with cam 8 outer rims.Under the effect of lever hold-down gear 6, the stroke of spring reset connecting rod has determined the compression degree of pressing plate.The state of pressing plate is just related with cam 8 outer peripheral curves like this gets up.
Fixing device of localization tool has two at least.As a kind of preferred version, fixing device of localization tool has 8,8 equally spaced being arranged on the slip ring sleeve 5 of fixing device of localization tool.
Cam 8 is divided into 4 districts, is followed successively by feeding area, cutting Sanding Area, discharge zone, rest area.
Fixing device of localization tool is positioned at level attitude and the mould 7 opening up zero degrees that are defined as that are installed, and fixing device of localization tool is along with slip ring sleeve 5 rotates around cam 8.Forward 90 to when spending at 0 degree, pressing plate is in open mode, and after fixing device of localization tool forwarded 45 degree to, localization tool will can landing from the mould 7 that is installed because of the reason of gravity, spend the mould 7 that is installed of later on localization tool being packed into so preferred orientation tool stationary installation forwards 45 to, finish material loading.
Forward 180 to when spending at 90 degree, pressing plate is in impaction state, and the mould 7 that is installed turns over this interval, and product two ends are cut polishing.For fear of suddenling change because of cam 8 radians, spring reset connecting rod instantaneous variation is large, the fireballing problem of spring reset connecting rod machinery strain that causes, after fixing device of localization tool turns over 90 degree, pressing plate slowly is converted to impaction state by open mode, turning over 135 is complete impaction state when spending, and after turning over 135 degree, begins to cut polishing.
Forward 270 to when spending at 180 degree, pressing plate slowly is converted to open mode by impaction state, the finished product luminous tube after the cutting polishing with localization tool by falling in the mould 7 that is installed.
Master control system
Master control system comprises a central processing unit, and described central processing unit connects emery wheel drive-motor 2, feeding device horizontal drive motor, feeding device space drive-motor; Master control system also comprises a control panel, and described control panel connects described central processing unit.The preferred touch panel of control panel.
Emery wheel drive-motor 2, feeding device horizontal drive motor, the preferred servomotor of feeding device space drive-motor.The speed of the material loading feeding in the processing, cutting feeding, polishing feeding, it is adjustable to set difference by touch panel, to adapt to the performance of variant production material, guarantees high rate of finished products.
Each motor can certainly be connected separately a treater, then each treater is connected into central processing unit.
In addition, emery wheel place, each transmission rig place are equipped with protective guard 4, with prevent the operation in hurt sb.'s feelings.Frame adopts the frame of aluminium alloy or stainless steel, enters product luminous tube inside with metal particle after preventing the parts corrosion.The frame below is provided with pan tank.Fall into pan tank by the localization tool that falls in the mould 7 that is installed.
More than show and described ultimate principle of the present utility model and principal character and advantage of the present utility model.The technician of the industry should understand; the utility model is not restricted to the described embodiments; that describes in above-described embodiment and the specification sheets just illustrates principle of the present utility model; under the prerequisite that does not break away from the utility model spirit and scope; the utility model also has various changes and modifications, and these changes and improvements all fall in claimed the utility model scope.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (10)
1. glass-ceramic luminous tube high-speed cutting processing units comprises a frame, also comprises a glass-ceramic luminous tube cutting processing system, the product feed system that is installed;
Described glass-ceramic luminous tube cutting processing system comprises a head, and described head is arranged on the described frame, and a cutting processing emery wheel is housed on the described head;
The described product feed system that is installed comprises that one is used for the fixing device of localization tool of stationary positioned tool, comprises that also one is used for driving the localization tool feeding device of described fixing device of localization tool motion, and described localization tool feeding device is positioned on the described frame;
It is characterized in that described head has two cutting heads, two cutting heads are arranged side by side;
Two cutting heads comprise a left cutting head that is positioned at the left side, a right cutting head that is positioned at the right, and towards the right side, the cutting processing of described right cutting head uses emery wheel towards a left side to the cutting processing of described left cutting head with emery wheel;
Described fixing device of localization tool comprises that one is used for holding the mould that is installed of localization tool, is provided with one in the described mould that is installed for the pressing plate that compresses localization tool, and the described mould that is installed is positioned on the described localization tool feeding device.
2. glass-ceramic luminous tube high-speed cutting processing units according to claim 1, it is characterized in that: described cutting head also is provided with an emery wheel drive-motor, described emery wheel drive-motor connects a grinding wheel spindle by a transmission rig, and described cutting processing is fixed on the described grinding wheel spindle with emery wheel.
3. glass-ceramic luminous tube high-speed cutting processing units according to claim 1 and 2, it is characterized in that: be provided with a slide plate between described cutting head and the described frame, described cutting head is connected with described slide plate slides, described cutting head can horizontally slip along described slide plate, is provided with one between described cutting head and the described slide plate and is used for driving the lateral driver device that described cutting head slides at described slide plate;
Described slide plate and described frame are slidingly connected, and described slide plate can slide before and after described frame, is provided with one between described slide plate and the described frame and is used for driving the radial drive that described slide plate slides in described frame.
4. the glass-ceramic luminous tube high-speed cutting processing machine with water circulation system according to claim 3, it is characterized in that: described lateral driver device is a screw-type drive unit, the controlled end of described screw-type drive unit is provided with a horizontal spiral head, described radial drive is a screw-type drive unit, and the controlled end of described screw-type drive unit is provided with a spiral head radially.
5. glass-ceramic luminous tube high-speed cutting processing units according to claim 4 is characterized in that: the described mould that the is installed described localization tool feeding device that removably connects.
6. glass-ceramic luminous tube high-speed cutting processing units according to claim 4, it is characterized in that: described localization tool feeding device below is provided with a retaining plate, described retaining plate below is provided with the retaining plate chute, described frame is provided with the retaining plate slide rail supporting with described retaining plate chute, described retaining plate slide rail is parallel with described frame slide rail, be provided with one between described retaining plate and the described frame and be used for driving the retaining plate drive unit that described retaining plate slides in described frame, described retaining plate drive unit connects a feeding device horizontal drive motor by a transmission rig.
7. glass-ceramic luminous tube high-speed cutting processing units according to claim 6, it is characterized in that: the described product feed system that is installed comprises that also one drives the feeding device space drive-motor that described localization tool feeding device rotates, described localization tool feeding device comprises a slip ring sleeve, described slip ring sleeve periphery is fixed with described fixing device of localization tool, described slip ring sleeve is provided with a central rotating shaft, and described central rotating shaft connects described feeding device space drive-motor by transmission rig.
8. according to claim 4,5,6 or 7 described glass-ceramic luminous tube high-speed cutting processing unitss, it is characterized in that: described localization tool feeding device also comprises a cam, and described cam is fixed, described slip ring sleeve can rotate around described cam;
Described pressing plate connects the lever hold-down gear of an employing lever construction, and the resistance arm of described lever hold-down gear connects described pressing plate, and the power arm of described lever hold-down gear connects a spring reset connecting rod,
Described spring reset connecting rod comprises a movable rod, and described movable rod one end connects described power arm, and the other end connects a stationary links by a sliding sleeve;
Described stationary links one end stretches into described sliding sleeve, and the other end connects described slip ring sleeve;
Described sliding sleeve one end is fixedly connected with described movable rod, and the other end props up described cam;
Described spring reset connecting rod also comprises a return spring, and described return spring is enclosed within on the described movable rod, and an end props up described sliding sleeve, and an end props up a stationary installation, and described stationary installation is fixedly connected with described fixing device of localization tool.
9. according to claim 4,5,6 or 7 described glass-ceramic luminous tube high-speed cutting processing unitss, it is characterized in that: described fixing device of localization tool has 8,8 equally spaced being arranged on the described slip ring sleeve of fixing device of localization tool.
10. according to claim 4,5,6 or 7 described glass-ceramic luminous tube high-speed cutting processing unitss, it is characterized in that: described glass-ceramic luminous tube high-speed cutting processing units, also comprise a cooling water recirculation system, described cooling water recirculation system comprises water pump, described water pump is provided with rising pipe, described rising pipe connects Water outlet spray head, and described Water outlet spray head also is positioned at the described mould that is installed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220552773 CN202865110U (en) | 2012-10-25 | 2012-10-25 | High-speed cutting processing equipment for glass ceramic bulb tube |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220552773 CN202865110U (en) | 2012-10-25 | 2012-10-25 | High-speed cutting processing equipment for glass ceramic bulb tube |
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| Publication Number | Publication Date |
|---|---|
| CN202865110U true CN202865110U (en) | 2013-04-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220552773 Expired - Fee Related CN202865110U (en) | 2012-10-25 | 2012-10-25 | High-speed cutting processing equipment for glass ceramic bulb tube |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103408222A (en) * | 2013-05-27 | 2013-11-27 | 上海松韬金属制品有限公司 | Intelligent cutting machining device for hard brittle bulb tubes |
-
2012
- 2012-10-25 CN CN 201220552773 patent/CN202865110U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103408222A (en) * | 2013-05-27 | 2013-11-27 | 上海松韬金属制品有限公司 | Intelligent cutting machining device for hard brittle bulb tubes |
| CN103408222B (en) * | 2013-05-27 | 2016-04-06 | 上海松韬金属制品有限公司 | The intelligent cutting processing equipment of hard fragility luminous tube |
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| GR01 | Patent grant | ||
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| CP01 | Change in the name or title of a patent holder |
Address after: 201609 Shanghai Songjiang District Yexie town Furong Economic Zone Fuhui Road No. 18 Patentee after: Shanghai Song Tao Automation Equipment Co Ltd Address before: 201609 Shanghai Songjiang District Yexie town Furong Economic Zone Fuhui Road No. 18 Patentee before: Shanghai Songtao Metal Products Co., Ltd. |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130410 Termination date: 20181025 |