CN206232059U - Cored steel cooling conveying system is used in a kind of drilling tool manufacture - Google Patents
Cored steel cooling conveying system is used in a kind of drilling tool manufacture Download PDFInfo
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- CN206232059U CN206232059U CN201621315471.2U CN201621315471U CN206232059U CN 206232059 U CN206232059 U CN 206232059U CN 201621315471 U CN201621315471 U CN 201621315471U CN 206232059 U CN206232059 U CN 206232059U
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- rotating shaft
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Abstract
The utility model belongs to cored steel conveying technology field,Cored steel cooling conveying system is used in specifically related to a kind of drilling tool manufacture,Including vertical transport mechanism,Switching mechanism and transverse conveying mechanism,Transverse conveying mechanism includes cooling bed,Lateral transfer plate,Cooling supporting plate and lateral transfer plate driver element,Cooling bed is multiple,Form a line structure side by side,It is adjacent it is cooling bed between leave gap,Lateral transfer plate be arranged on it is adjacent it is cooling bed between gap location,Switching mechanism includes rotating shaft,It is arranged on the plate in rotating shaft,Drive shaft is rotated and then drives the plate driver element of plate motion,Rotating shaft is arranged on cooling bed one end lower section,Plate one end is connected in the rotating shaft of adjacent cooling bed gap location,The other end is located at and stretches into vertical transport mechanism and positioned at vertical transport mechanism lower section,Plate driver element includes cylinder,The expansion link of cylinder connects tooth bar by connecting rod,Rotating shaft is provided with and is adapted to gear with tooth bar.The utility model simple structure, high working efficiency.
Description
Technical field
The utility model belongs to cored steel conveying processing technique field, and in particular to a kind of drilling tool manufacture is cooled down with cored steel
Induction system.
Background technology
Existing cored steel cooling conveying system includes vertical transport mechanism, intermediate conversion mechanism and transverse conveying mechanism,
Hollow steel tube after roll forming is generally used when transverse conveying mechanism lateral transfer is converted into by the conveying of vertical transport mechanism
Intermediate conversion mechanism changes transporting direction, and intermediate conversion mechanism jack-up hollow steel tube drives and rises first, disengage it from vertical
Conveying mechanism, then intermediate conversion mechanism drive hollow steel tube horizontal movement to above transverse conveying mechanism, then intermediate conversion
Mechanism declines, resets, and hollow steel tube falls on transverse conveying mechanism, drives hollow steel tube to move by transverse conveying mechanism, completes
Vertical transport is converted into lateral transfer, is tied by intermediate conversion mechanism and commutated, and complex structure, process are cumbersome, intermediate conversion mechanism
The big, financial cost that takes up room is high.
Utility model content
The purpose of this utility model is to provide a kind of simple structure, the drilling tool manufacture of high working efficiency to be cooled down with cored steel
Induction system.
To achieve the above object, the utility model uses following technical scheme：A kind of drilling tool manufacture cored steel cools down defeated
System, including vertical transport mechanism, switching mechanism and transverse conveying mechanism are sent, the vertical transport mechanism is roller conveyer；
The transverse conveying mechanism includes cooling bed, lateral transfer plate, cooling supporting plate and drives the transverse direction of lateral transfer plate motion defeated
Send plate driver element, cooling bed is multiple, and form a line structure side by side, it is adjacent it is cooling bed between leave gap, cooling bed one end
It is Chong Die with vertical transport mechanism section and positioned at vertical transport mechanism top, described lateral transfer plate one end is arranged on adjacent cooling
Gap location between bed, the cooling supporting plate is connected with cooling bed other end end；The switching mechanism includes rotating shaft, sets
Multiple plates, drive shaft in rotating shaft are rotated and then drive the plate driver element of plate motion, and the rotating shaft is arranged on
The lower section of one end of cooling bed close vertical transport mechanism, the multiple plate first end is connected to adjacent cooling bed gap location
In rotating shaft, the second end is located at the gap location of adjacent roller bearing in roller conveyer, and the plate driver element includes cylinder, the gas
The expansion link of cylinder connects tooth bar by first connecting rod, and the rotating shaft is provided with and gear is adapted to tooth bar, and cylinder passes through tooth with rotating shaft
Bar and gear engagement connection.
The end of the plate second is provided with arc groove.
The plate is detachably connected with rotating shaft.
The cooling bed upper surface is laciniation.
Connected by delivery board crossbeam between the lateral transfer plate, lateral transfer plate is connected with the delivery board crossbeam
Driver element, the lateral transfer plate driver element includes eccentric wheel, eccentric wheel motor, the eccentric wheel motor
Output shaft is connected with the rotating shaft of eccentric wheel, and eccentric wheel is connected by second connecting rod with delivery board crossbeam；The upper table of lateral transfer plate
Face is laciniation, and the lateral transfer bladed saw flank of tooth tooth peak be located at cooling bed serrated face the preceding flank of tooth middle part.
The cooling support plate upper surface structure laciniation consistent with cooling bed surface structure, cools down supporting plate
Width be less than cooling bed width；The tooth peak of the lateral transfer bladed saw flank of tooth is located in the preceding flank of tooth of cooling supporting plate serrated face
Portion.
The roller bearing of the roller conveyer is correspondingly arranged with cooling bed interval.
Compared with prior art, the beneficial effects of the utility model are：
1st, the switching mechanism in the utility model stretches out motion by cylinder, drives the tooth bar on its expansion link to move, tooth
Bar is engaged with the gear in rotating shaft, and pinion rotation drive shaft is rotated, and then plate in rotating shaft is rotated, by cored steel from vertical
Conveying mechanism is dialled in cooling bed, and then cored steel is transported to the cooling supporting plate of the cooling bed other end by transverse conveying mechanism
On, switching mechanism simple structure, cored steel commutation conveys convenient and swift, low cost, occupies little space；
2nd, the plate in the utility model stretches into one end of vertical transport mechanism and is provided with arc groove, when plate stirs hollow
During steel, cored steel arcuately groove slip, until being slipped on cooling bed, it is to avoid slip velocity is too fast, cored steel is rapid
Fall on cooling bed, damage cored steel type quality；Plate is detachably connected with rotating shaft, is conveniently replaceable maintenance；
3rd, upper surface cooling bed in the utility model is laciniation, and dentalation can prevent cored steel thereon
From line slip, it is to avoid the hollow just uncontrolled phenomenon generation for voluntarily sliding, causing cored steel damage；
4th, delivery board crossbeam pumps under the drive of eccentric wheel motor in the utility model, while band
Many on dynamic delivery board crossbeam pump simultaneously with lateral transfer plate, due to the tooth peak position of the lateral transfer bladed saw flank of tooth
In the middle part of cooling bed serrated face, when lateral transfer plate is moved upwards, jack-up cored steel drives cored steel to move upwards, laterally
In delivery board dropping process, cored steel fall the serrated face for touching cooling bed tooth peak after, no longer with lateral transfer plate downwards, and
It is under self gravitation effect, to be slid downwards along the slope on cooling bed serrated face（I.e.：Move forward once）, due to transverse direction
Delivery board is to pump, and when lateral transfer plate is moved again up, cored steel is driven again upwards, lateral transfer
Again in dropping process, cored steel touches the tooth peak of cooling bed serrated face to plate again, and under self gravitation effect, along cold
But the slope on the serrated face of bed slides downwards（I.e.：Move forward once again）；In moving that lateral transfer plate back and forth moves up and down
While work, cored steel is progressively moved forward, and realizes cooling down in progressively motion process；
5th, the cooling support plate upper surface in the utility model and cooling bed upper surface identical laciniation, it is laterally defeated
Send the bladed saw flank of tooth tooth peak be located at cooling supporting plate serrated face middle part, cored steel cooling supporting plate on motion principle with
Shifting principle on cooling bed is identical, this kind of transmission means, and simple structure, cored steel is realized cold during progressively moving forward
But.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the structural representation of switching mechanism in the utility model；
Fig. 3 is the structural scheme of mechanism of the plate in the utility model；
In figure：Vertical transport mechanism 1, roller bearing 101, switching mechanism 2, rotating shaft 201, plate 202, arc groove 203, cylinder
204, expansion link 205, first connecting rod 206, tooth bar 207, gear 208, cooling bed 3, the preceding flank of tooth 31 of serrated face, lateral transfer plate
4, delivery board crossbeam 41 cools down supporting plate 5, cools down the preceding flank of tooth 51 of supporting plate serrated face.
Specific embodiment
The utility model is described further below in conjunction with Figure of description and preferred embodiment, but not therefore and
Limit protection domain of the present utility model.
As Figure 1-3, cored steel cooling conveying system is used in a kind of drilling tool manufacture, including for transporting firm roll forming
The vertical transport mechanism 1 of cored steel, switching mechanism 2 and transverse conveying mechanism, vertical transport mechanism 1 are roller conveyer, are used for
Transport the cored steel of firm roll forming to specified location；Transverse conveying mechanism includes cooling bed 3, lateral transfer plate 4, cooling branch
Fagging 5 and the lateral transfer plate driver element of driving lateral transfer plate motion.Cooling bed 3 is multiple, and multiple cooling bed 3 arrange side by side
Into an array structure, during concrete application, according to the length of cored steel, to cooling bed 3 settings for carrying out Rational number, cooling bed 3
Upper surface is laciniation, and dentalation can prevent cored steel thereon from line slip, it is to avoid it is hollow just it is uncontrolled from
Row slides, and the phenomenon for causing cored steel to damage occurs.Gap, cooling bed 3 one end and vertical transport are left between adjacent cooling bed 3
Mechanism 1 partly overlaps and positioned at the top of the roller bearing 101 of vertical transport mechanism 1, the roller bearing 101 of roller conveyer and cooling bed 3
Interval is correspondingly arranged, and one end end of roller bearing 101 is located at cooling bed 3 one end lower section, cooling bed 3 other end end connection cooling support
Plate 5.Switching mechanism 2 includes that rotating shaft 201, the multiple plates 202, drive shaft being arranged in rotating shaft are rotated and then drive plate fortune
Dynamic plate driver element, rotating shaft 201 is arranged on cooling bed 3 near the lower section of one end of vertical transport mechanisms 1, plate 202 the
One end is connected in the rotating shaft 201 of adjacent cooling bed 3 gap location, and plate 202 is provided with the first fixing hole, and rotating shaft 201 is provided with
The second fixing hole being adapted to the first fixing hole, plate 202 is detachably connected by screw bolt and nut with rotating shaft 201, is easy to more
Change maintenance, the end of plate 202 second be located at stretch into vertical transport mechanism 1 and in roller conveyer adjacent roller bearing 101 gap
The lower section at place, the end of plate 202 second is provided with arc groove 203, and plate driver element includes cylinder 204, the expansion link of cylinder 204
205 connect tooth bar 207 by first connecting rod 206, and rotating shaft 201 is provided with and gear 208, cylinder 204 and rotating shaft are adapted to tooth bar 207
201 engage connection by tooth bar 207 and gear 208.Cylinder 204 stretches out motion, drives the tooth bar 207 on first connecting rod 206 to transport
Dynamic, tooth bar 207 is engaged with the gear 208 in rotating shaft 201, and gear 208 drives rotating shaft 201 to rotate, and then drives in rotating shaft 201
Plate 202 is rotated, and cored steel is dialled in cooling bed 3 by plate 202 from vertical transport mechanism 1, when plate 202 stirs cored steel,
The cored steel arcuately slip of groove 203, until being slipped on cooling bed 3, it is to avoid slip velocity is too fast, and cored steel falls rapidly
To on cooling bed 3, cored steel is caused to damage.The simple structure of switching mechanism 2 in the utility model, low cost takes up room
Small, the process that cored steel vertical transport changes into lateral transfer is simple.
Lateral transfer plate 4 is arranged on the gap location between adjacent cooling bed 3, is pushed by plate 202 for laterally transport cold
But the cored steel on bed 3, is connected between lateral transfer plate 4 by delivery board crossbeam 41, and transverse direction is connected with delivery board crossbeam 41
Delivery board driver element, lateral transfer plate driver element include eccentric wheel, eccentric wheel motor, eccentric wheel motor it is defeated
Shaft is connected with the rotating shaft of eccentric wheel, and eccentric wheel is connected by second connecting rod with delivery board crossbeam 41.Wherein, lateral transfer plate 4
Upper surface be laciniation, and the tooth peak of the serrated face of lateral transfer plate 4 is located at the middle part of the preceding flank of tooth 31 of cooling bed serrated face.
Delivery board crossbeam 41 pumps under the drive of eccentric wheel motor, while driving the horizontal stroke on delivery board crossbeam 41
Pumped to delivery board 4, because the tooth peak of the serrated face of lateral transfer plate 4 is located at the preceding flank of tooth 31 of cooling bed serrated face
Middle part, when lateral transfer plate 4 upwards move when, jack-up cored steel drive cored steel move upwards, lateral transfer plate 4 fell
Cheng Zhong, cored steel fall the serrated face for touching cooling bed 3 tooth peak after, no longer with lateral transfer plate 4 downwards, but itself weight
Under power effect, slid downwards along the slope of the preceding flank of tooth 31 of cooling bed serrated face（I.e.：To a position for sawtooth in front of it
It is mobile）, because lateral transfer plate 4 is to pump, when lateral transfer plate 4 is moved again up, in driving again
Upwards, lateral transfer plate 4 is again in dropping process for empty steel, and cored steel touches the tooth peak of cooling bed 3 serrated face again, and
Under self gravitation effect, slid downwards along the slope of the preceding flank of tooth 31 on cooling bed serrated face（I.e.：Move forward once again,
Moved to the position of a sawtooth in front of it）；While the action that lateral transfer plate back and forth moves up and down, cored steel is progressively
Move forward, until moving to cooling bed 3 other end end, realize cooling down in progressively motion process.
Cooling bed 3 other end end connection cooling supporting plate 5, cools down the surface structure of supporting plate 5 and cooling bed 3 upper surface
The consistent laciniation of structure, the width for cooling down supporting plate 5 is less than cooling bed width；And the tooth of the serrated face of lateral transfer plate 4
Peak is located at the middle part of the preceding flank of tooth 51 of cooling supporting plate serrated face.After cored steel moves to cooling bed 3 other end end, laterally defeated
Send in the presence of plate 4, move forward, then move to cooling supporting plate 5 on, then cool down again continue in supporting plate 5 to
Preceding progressively to move, motion principle of the cored steel in cooling supporting plate 5 is identical with the shifting principle on cooling bed 3, and this kind is passed
Defeated mode, simple structure, cored steel realizes cooling during progressively moving forward.
Operation principle：First, the cored steel that vertical transport mechanism 1 will roll is transported to specified location stop motion, connects
Startup switching mechanism 2, the plate 202 in switching mechanism 2 pushes on cooling bed 3 the cored steel in vertical transport mechanism 1, so
Lateral transfer plate 4 drives cored steel transverse movement afterwards.
Claims (7)
1. cored steel cooling conveying system, including vertical transport mechanism, switching mechanism and cross conveyor are used in a kind of drilling tool manufacture
Structure, the vertical transport mechanism is roller conveyer；The transverse conveying mechanism includes cooling bed, lateral transfer plate, cooling branch
Fagging and the lateral transfer plate driver element of driving lateral transfer plate motion, cooling bed is multiple, and form a line structure side by side, phase
Gap is left between neighbour is cooling bed, cooling bed one end is Chong Die with vertical transport mechanism section and positioned at vertical transport mechanism top,
Described lateral transfer plate one end be arranged on it is adjacent it is cooling bed between gap location, the cooling supporting plate and cooling bed other end end
Portion connects；It is characterized in that：The switching mechanism include rotating shaft, the multiple plates being arranged in rotating shaft, drive shaft rotate into
And the plate driver element that plate moves is driven, the rotating shaft is arranged under one end of cooling bed close vertical transport mechanism
Side, the multiple plate first end is connected in the rotating shaft of adjacent cooling bed gap location, and the second end is located at phase in roller conveyer
The gap location of adjacent roller bearing, the plate driver element includes cylinder, and the expansion link of the cylinder connects tooth bar by first connecting rod,
The rotating shaft is provided with and gear is adapted to tooth bar, and cylinder is engaged by rack and pinion with rotating shaft and is connected.
2. cored steel cooling conveying system is used in drilling tool manufacture as claimed in claim 1, it is characterised in that：The end of the plate second
It is provided with arc groove.
3. cored steel cooling conveying system is used in drilling tool manufacture as claimed in claim 2, it is characterised in that：The plate and rotating shaft
It is detachably connected.
4. cored steel cooling conveying system is used in drilling tool manufacture as claimed in claim 3, it is characterised in that：It is described cooling bed upper
Surface is laciniation.
5. cored steel cooling conveying system is used in drilling tool manufacture as claimed in claim 4, it is characterised in that：The lateral transfer plate
Between connected by delivery board crossbeam, lateral transfer plate driver element, the lateral transfer are connected with the delivery board crossbeam
Plate driver element includes eccentric wheel, eccentric wheel motor, the output shaft of the eccentric wheel motor and the rotating shaft of eccentric wheel
Connection, eccentric wheel is connected by second connecting rod with delivery board crossbeam；The upper surface of lateral transfer plate is laciniation, and laterally
The tooth peak of delivery board serrated face is located at the middle part of the preceding flank of tooth of cooling bed serrated face.
6. cored steel cooling conveying system is used in drilling tool manufacture as claimed in claim 5, it is characterised in that：The cooling supporting plate
The surface structure laciniation consistent with cooling bed surface structure, the width for cooling down supporting plate is less than cooling bed width
Degree；The tooth peak of the lateral transfer bladed saw flank of tooth is located at the middle part of the preceding flank of tooth of cooling supporting plate serrated face.
7. cored steel cooling conveying system is used in drilling tool manufacture as claimed in claim 6, it is characterised in that：The roller conveyer
Roller bearing with it is cooling bed interval be correspondingly arranged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621315471.2U CN206232059U (en) | 2016-12-02 | 2016-12-02 | Cored steel cooling conveying system is used in a kind of drilling tool manufacture |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621315471.2U CN206232059U (en) | 2016-12-02 | 2016-12-02 | Cored steel cooling conveying system is used in a kind of drilling tool manufacture |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206232059U true CN206232059U (en) | 2017-06-09 |
Family
ID=58977663
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621315471.2U Active CN206232059U (en) | 2016-12-02 | 2016-12-02 | Cored steel cooling conveying system is used in a kind of drilling tool manufacture |
Country Status (1)
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|---|---|
| CN (1) | CN206232059U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110142183A (en) * | 2019-06-19 | 2019-08-20 | 佛山市卡勒美涂装科技有限公司 | A kind of painting wood door special mobile carrier |
-
2016
- 2016-12-02 CN CN201621315471.2U patent/CN206232059U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110142183A (en) * | 2019-06-19 | 2019-08-20 | 佛山市卡勒美涂装科技有限公司 | A kind of painting wood door special mobile carrier |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right |
Denomination of utility model: Drilling tool makes and cools off conveying system with hollow steel Effective date of registration: 20190111 Granted publication date: 20170609 Pledgee: Shangshui Henan rural commercial bank Limited by Share Ltd Pledgor: HENAN QIANWANG DRILL TOOL CO., LTD. Registration number: 2019990000031 |
|
| PE01 | Entry into force of the registration of the contract for pledge of patent right |