CN206926147U - A kind of oil storage cotton core manufacturing equipment - Google Patents
A kind of oil storage cotton core manufacturing equipment Download PDFInfo
- Publication number
- CN206926147U CN206926147U CN201490001516.1U CN201490001516U CN206926147U CN 206926147 U CN206926147 U CN 206926147U CN 201490001516 U CN201490001516 U CN 201490001516U CN 206926147 U CN206926147 U CN 206926147U
- Authority
- CN
- China
- Prior art keywords
- fuse
- loop bar
- oil storage
- manufacturing equipment
- receives
- 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.)
- Expired - Fee Related
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C41/00—Shaping by coating a mould, core or other substrate, i.e. by depositing material and stripping-off the shaped article; Apparatus therefor
- B29C41/24—Shaping by coating a mould, core or other substrate, i.e. by depositing material and stripping-off the shaped article; Apparatus therefor for making articles of indefinite length
- B29C41/26—Shaping by coating a mould, core or other substrate, i.e. by depositing material and stripping-off the shaped article; Apparatus therefor for making articles of indefinite length by depositing flowable material on a rotating drum
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C41/00—Shaping by coating a mould, core or other substrate, i.e. by depositing material and stripping-off the shaped article; Apparatus therefor
- B29C41/34—Component parts, details or accessories; Auxiliary operations
- B29C41/42—Removing articles from moulds, cores or other substrates
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C41/00—Shaping by coating a mould, core or other substrate, i.e. by depositing material and stripping-off the shaped article; Apparatus therefor
- B29C41/34—Component parts, details or accessories; Auxiliary operations
- B29C41/46—Heating or cooling
Abstract
A kind of oil storage cotton core manufacturing equipment, for the making of electronic cigarette part, including：The melt-blown cotton reception device of device for melt blowing and the fuse for receiving device for melt blowing ejection, melt-blown cotton reception device is provided with fuse and receives loop bar, and first power set, melt-blown cotton reception device is additionally provided with externally threaded threaded rod and connecting rod, melt-blown cotton reception device is additionally provided with the second power set for driving connecting rod and threaded rod synchronous axial system, fuse receives loop bar and is set in connecting rod, when the rotating speed of connecting rod and threaded rod, which is more than the fuse, receives the rotating speed of loop bar, the column cotton that threaded rod receives fuse on loop bar departs from, oil storage cotton core manufacturing equipment also includes cooling device, cooling device is provided with the condensate that injection fuse receives loop bar, loop bar is received for cooling down fuse.Because cooling device receives condensate injection on loop bar in fuse, the temperature that fuse receives loop bar is reduced, is effectively cooled and shaped fuse.
Description
Technical field
The present invention relates to electronic cigarette parts production field, particularly a kind of oil storage cotton core manufacturing equipment.
Background technology
In electronic cigarette construction, electronic cigarette includes being used for the oil storage component for storing tobacco tar and the atomization group for atomization smoke oil
Part, wherein, atomizing component also includes the heating wire component for atomization smoke oil.When electronic cigarette operation, tobacco tar is from oil storage component
Flow into the atomization chamber of atomizing component, heating wire is generated heat by battery rod, and tobacco tar is atomized into smog, in order to improve electric heating
Tobacco tar, uniformly need to typically be stored in around heating wire by the efficiency of silk atomization, and in present electronic cigarette, tobacco tar is uniformly deposited
The part stored up around heating wire is a kind of column cotton.
In the prior art, the making of column cotton is that method is, device for melt blowing receives loop bar to fuse and constantly sprays fuse, electricity
Machine drives fuse reception loop bar not stop high-speed rotation so that is adhered to the fuse that fuse is received on loop bar and cools down, accumulates, gradual shape
Into column, the column cotton of shaping is then departed from into fuse and receives loop bar.
Because fuse reception loop bar is receiving the fuse of device for melt blowing ejection, the fuse and spray that device for melt blowing sprays always
The air-flow gone out all has certain temperature so that fuse receive temperature on loop bar also can more and more higher, and motor band always
Move fuse reception loop bar and do not stop high-speed rotation, also itself can produce very high temperature.And the column cotton that electronic cigarette generally requires
Diameter very little, then require that the diameter of fuse reception loop bar is smaller, so, the outer peripheral face area that fuse receives loop bar is very small, institute
With radiating effect extreme difference, it just necessarily result in the fuse that fuse is received on loop bar and be not easy to be cooled and shaped, it is also possible to cause column cotton
Internal lacerations, break, when column cotton is departed from into fuse reception loop bar, will also result in the situation of fuse adhesive retention.
The content of the invention
In view of this, the invention provides a kind of oil storage cotton core manufacturing equipment for manufacturing electronic cigarette part.
A kind of oil storage cotton core manufacturing equipment, wherein, including：
Device for melt blowing and for receiving fuse that the device for melt blowing sprays to make the melt-blown cotton of pillared oil storage cotton core
Reception device；
The melt-blown cotton reception device is provided with forms the fuse reception loop bar of column cotton for adhering to fuse, and drives
The fuse receives the first power set that loop bar rotates；
It is described melt-blown cotton reception device be additionally provided with outer peripheral face be provided with externally threaded threaded rod and with the threaded rod
Close-connected connecting rod；
The melt-blown reception device is additionally provided with second for driving the connecting rod and the threaded rod synchronous axial system
Power set；
The fuse receives loop bar and is set in the connecting rod；
The fuse receives loop bar and is provided with linkage section and receiver section, and the linkage section connects with first power set
Connect；The receiver section is used to receive fuse and be bonded with the threaded rod；
When the rotating speed of the connecting rod and the threaded rod, which is more than the fuse, receives the rotating speed of loop bar, the threaded rod
The column cotton fuse received on loop bar departs from；
The oil storage cotton core manufacturing equipment also includes cooling device；The cooling device is provided with condensate, for spraying
Received in the fuse on loop bar, cool down the fuse and receive loop bar.
The oil storage cotton core manufacturing equipment, wherein, the condensate is condensate liquid；
The cooling device includes：Freezing machine, the first conduit, the second conduit and condensation seal box；
The condensation seal box is set in the fuse and received on loop bar；
The freezing machine is used to generate the condensate liquid；
First conduit is used to the condensate liquid being sent to the condensation seal box；
The condensation seal box is used to stop that the condensate liquid flows into the receiver section；
Second conduit is used to discharge condensate liquid.
The oil storage cotton core manufacturing equipment, wherein, it is characterised in that
Nozzle is additionally provided with the condensation seal box, loop bar is received for the condensate liquid to be sprayed to the fuse
On.
The oil storage cotton core manufacturing equipment, wherein, it is characterised in that the cooling device also includes temperature inductor；
The temperature inductor is located at the side that the fuse receives loop bar, and receives loop bar close to the fuse so that
The temperature inductor can sense that the fuse receives the temperature of loop bar.
When the temperature inductor senses that the temperature of the fuse reception loop bar reaches preset temperature value, the temperature
Inductor controls freezing machine generation condensate liquid, and it is close that by first conduit condensate liquid is sent into the condensation
In joint sealing, spray the condensate liquid to the fuse and receive on loop bar；
When the temperature inductor senses that the temperature of the fuse reception loop bar is less than preset temperature value, the temperature
Inductor controls the freezing machine pause generation condensate liquid.
The oil storage cotton core manufacturing equipment, wherein, the cooling device also includes condensate liquid receiving slit and condensate liquid is inhaled
Take device；
The condensate liquid receiving slit is connected with second conduit, for receiving what is discharged out of described condensate liquid seal box
Condensate liquid；
The condensate liquid suction means is located in the condensate liquid receiving slit and is provided with suction pipe；
The condensate liquid suction means is used to transmit the condensate liquid in the condensate liquid receiving slit by the suction pipe
In to the freezing machine.
The oil storage cotton core manufacturing equipment, wherein, the condensate is cold air；
With being disposed as hollow inside the connecting rod, the threaded rod is connected to be formed the threaded rod with the connecting rod
Cooling duct；
The cooling device includes cold air injection delivery machine and cold air spray feed pipe；
The cold air spray feed pipe connects with the connecting rod；
The cold air injection delivery machine is used for, and generates the cold air and by the cold air spray feed pipe spray feed to the cooling duct
It is interior.
The oil storage cotton core manufacturing equipment, wherein, the oil storage cotton core manufacturing equipment also includes rolling element；
The rolling element is used to roll the column cotton for receiving loop bar from the fuse and departing from.
The oil storage cotton core manufacturing equipment, wherein,
The rolling element includes：Several rollers and the roller cage for supporting the roller；
When the column cotton-wadded quilt is moved in the rolling element, the roller is brought into close contact synchronous with the column cotton
Motion.
The oil storage cotton core manufacturing equipment, wherein,
The oil storage cotton core manufacturing equipment also includes cotton core receiving slit and the fixed block for fixing the receiving slit；
The cotton core receiving slit is used to receive the column cotton rolled by the rolling element.
The oil storage cotton core manufacturing equipment, wherein,
The melt-blown cotton reception device is additionally provided with receives loop bar and first power set for connecting the fuse
The first connecting portion part；
The first connecting portion part is provided with first gear, the first hollow shaft, and fixes the first axle of the first hollow shaft
Hold, and for housing the first bearing seat of the clutch shaft bearing, the first gear is set in first hollow shaft, institute
State the first hollow shaft sleeve to be located on the clutch shaft bearing, the clutch shaft bearing is set in the first bearing seat, the fuse
Receive the linkage section and the described first hollow axis connection of loop bar；
The connection member is additionally provided with second gear, and first power set are connected with the second gear；
The connection member is additionally provided with the first conveyer belt, and the conveyer belt is set in the first gear and described second
On gear, for driving the first gear to rotate when the second gear rotates.
The oil storage cotton core manufacturing equipment, wherein,
It is described melt-blown cotton reception device be additionally provided with for connect the connecting rod and second power set second
Connection member；
The second connecting portion part is provided with the 3rd gear, the second hollow shaft, and fixes the second axle of the second hollow shaft
Hold, and for housing the second bearing seat of the second bearing, the 3rd gear is set in second hollow shaft, institute
State the second hollow shaft sleeve to be located in the second bearing, the second bearing is set in the second bearing seat, the connection
Bar and the described second hollow axis connection；
The second connecting portion part is additionally provided with the 4th gear, and second power set are connected with the 4th gear；
The second connecting portion part is additionally provided with the second conveyer belt, second conveyer belt be set in the 3rd gear with
On 4th gear, for driving the 3rd pinion rotation when four pinion rotation.
The oil storage cotton core manufacturing equipment, wherein, cross section of the receiver section along its axially distinct opening position is in convex more
Side shape.
The oil storage cotton core manufacturing equipment, wherein,
The oil storage cotton core manufacturing equipment is additionally provided with receives dress for fixing the device for melt blowing and the melt-blown cotton
The bottom plate put.
A kind of oil storage cotton core manufacturing equipment is provided in the embodiment of the present invention, for the making of electronic cigarette part, including：Melt-blown
Device and the fuse for receiving the device for melt blowing ejection are meltblown with making the melt-blown cotton reception device of pillared oil storage cotton core
Cotton reception device is provided with forms the fuse reception loop bar of column cotton for adhering to fuse, and drives fuse to receive loop bar and rotate
The first power set, melt-blown cotton reception device is additionally provided with outer peripheral face and is provided with externally threaded threaded rod and tight with threaded rod
The connecting rod of close connection, melt-blown reception device are additionally provided with for driving connecting rod and the second power of threaded rod synchronous axial system to fill
Put, fuse receives loop bar and is set in connecting rod, and fuse receives loop bar and is provided with linkage section and receiver section, linkage section and described the
One power set connect, and receiver section is used to receive fuse and be bonded with threaded rod, when the rotating speed of connecting rod and threaded rod is more than institute
When stating the rotating speed of fuse reception loop bar, the column cotton that threaded rod receives fuse on loop bar departs from, and oil storage cotton core manufacturing equipment is also
Including cooling device, cooling device is provided with the condensate that injection fuse receives loop bar, and loop bar is received for cooling down fuse.This
Sample, because cooling device receives condensate injection on loop bar in fuse, the temperature that fuse receives loop bar is reduced, is effectively made
Fuse is cooled and shaped, and avoids fuse accumulation, the situation of column cotton internal lacerations.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the required accompanying drawing used in technology description to be briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, on the premise of not paying creative work, can be with
Other accompanying drawings are obtained according to these accompanying drawings.
Fig. 1 is a kind of structural representation of oil storage cotton core manufacturing equipment provided by the present invention；
Fig. 2 is the structural representation for the oil storage cotton core manufacturing equipment that a kind of condensate provided by the present invention is condensate liquid；
Fig. 3 is the structural representation for the oil storage cotton core manufacturing equipment that another condensate provided by the present invention is condensate liquid
Figure；
Fig. 4 is the structural representation for the oil storage cotton core manufacturing equipment that a kind of condensate provided by the present invention is cold air；
Fig. 5 is a kind of structural representation including rolling the oil storage cotton core manufacturing equipment of component provided by the present invention；
Fig. 6 is that a kind of part section of oil storage cotton core manufacturing equipment including connection member provided by the present invention is illustrated
Figure.
Embodiment
The invention discloses an oil storage cotton core manufacturing equipment, below in conjunction with shown in Fig. 1 to oil storage cotton provided by the present invention
The concrete structure of core manufacturing equipment is described in detail.
In the present embodiment, the oil storage cotton core manufacturing equipment includes：
Device for melt blowing 101 and for receiving fuse that the device for melt blowing 101 sprays to make pillared oil storage cotton core
It is meltblown cotton reception device；
The melt-blown cotton reception device is provided with the fuse reception loop bar 102 that column cotton is formed for adhering to fuse, and
The fuse is driven to receive the first power set 103 that loop bar 102 rotates；
Device for melt blowing is located at the side that fuse receives loop bar, and constantly receives loop bar spray feed fuse, the first power to fuse
It is dynamic that device drives fuse reception loop bar not stall, then causes fuse to receive loop bar and uniformly receive fuse, form column cotton.
It is described melt-blown cotton reception device be additionally provided with outer peripheral face be provided with externally threaded threaded rod 104 and with the screw thread
The close-connected connecting rod 105 of bar 104；
The melt-blown reception device is additionally provided with for driving the connecting rod 105 and the synchronous axial system of threaded rod 104
The second power set 106；
The fuse receives loop bar 102 and is set in the connecting rod 105；
Because threaded rod is closely connected with connecting rod, when the second power set drive connecting rod to rotate, threaded rod also can
Synchronous axial system together, and fuse receives loop bar and is set in connecting rod, fuse receives loop bar and is connected with the first power set,
So the rotation of connecting rod and threaded rod does not interfere with fuse and receives loop bar, it is set to rotate together.
The fuse receives loop bar 102 and is provided with linkage section and receiver section, the linkage section and first power set
103 connections；The receiver section is used to receive fuse and be bonded with the threaded rod 104；
When the rotating speed of the connecting rod 105 and the threaded rod 104, which is more than the fuse, receives the rotating speed of loop bar 102,
The column cotton that the threaded rod 104 receives the fuse on loop bar 102 departs from；
Because fuse receives loop bar and threaded rod and all receiving fuse, and both are fittings, when fuse is adhered to screw thread
When bar receives formation column cotton on loop bar with fuse, then threaded rod can be received loop bar with fuse and be connected, when the rotating speed of threaded rod
When receiving the rotating speed of loop bar more than fuse, loop bar is received with fuse because the frictional force of column cotton and threaded rod is more than column cotton
Frictional force, just cause column cotton receives from fuse to depart from loop bar.
The oil storage cotton core manufacturing equipment also includes cooling device 107；The cooling device 107 is provided with condensate, uses
Received in being injected in the fuse on loop bar 102, cool down the fuse and receive loop bar 102.
In the present embodiment, received by cooling device injection condensing thing to fuse on loop bar, receiving loop bar to fuse is carried out
Cooling, the temperature that fuse receives loop bar is reduced, is effectively cooled and shaped fuse, avoided fuse and accumulate, inside column cotton
The situation of tear.
In above-described embodiment, describe cooling device and fuse reception loop bar is cooled down by condensate, actually should
In, condensate includes condensate liquid, with reference to shown in Fig. 2, below to condensate be condensate liquid with entering to each part of cooling device
Row specifically describes, and in the embodiment of the present invention, another embodiment of oil storage cotton core manufacturing equipment includes：
Device for melt blowing 101 and for receiving fuse that the device for melt blowing 101 sprays to make pillared oil storage cotton core
It is meltblown cotton reception device；
The melt-blown cotton reception device is provided with the fuse reception loop bar 102 that column cotton is formed for adhering to fuse, and
The fuse is driven to receive the first power set 103 that loop bar 102 rotates；
Device for melt blowing is located at the side that fuse receives loop bar, and constantly receives loop bar spray feed fuse, the first power to fuse
It is dynamic that device drives fuse reception loop bar not stall, then causes fuse to receive loop bar and uniformly receive fuse, form column cotton.
It is described melt-blown cotton reception device be additionally provided with outer peripheral face be provided with externally threaded threaded rod 104 and with the screw thread
The close-connected connecting rod 105 of bar 104；
The melt-blown reception device is additionally provided with for driving the connecting rod 105 and the synchronous axial system of threaded rod 104
The second power set 106；
The fuse receives loop bar 102 and is set in the connecting rod 105；
Because threaded rod is closely connected with connecting rod, when the second power set drive connecting rod to rotate, threaded rod also can
Synchronous axial system together, and fuse receives loop bar and is set in connecting rod, fuse receives loop bar and is connected with the first power set,
So the rotation of connecting rod and threaded rod does not interfere with fuse and receives loop bar, it is set to rotate together.
The fuse receives loop bar 102 and is provided with linkage section and receiver section, the linkage section and first power set
103 connections；The receiver section is used to receive fuse and be bonded with the threaded rod 104；
When the rotating speed of the connecting rod 105 and the threaded rod 104, which is more than the fuse, receives the rotating speed of loop bar 102,
The column cotton that the threaded rod 104 receives the fuse on loop bar 102 departs from；
Because fuse receives loop bar and threaded rod and all receiving fuse, and both are fittings, when fuse is adhered to screw thread
When bar receives formation column cotton on loop bar with fuse, then threaded rod can be received loop bar with fuse and be connected, when the rotating speed of threaded rod
When receiving the rotating speed of loop bar more than fuse, loop bar is received with fuse because the frictional force of column cotton and threaded rod is more than column cotton
Frictional force, just cause column cotton receives from fuse to depart from loop bar.
The oil storage cotton core manufacturing equipment also includes cooling device；The cooling device is provided with condensate, for spraying
Received in the fuse on loop bar 102, cool down the fuse and receive loop bar 102.
The condensate is condensate liquid；
The cooling device includes：Freezing machine 201, the first conduit 202, the second conduit 203 and condensation seal box 204；
The condensation seal box 204 is set in the fuse and received on loop bar 102；
The freezing machine 201 is used to generate the condensate liquid；
First conduit 202 is used to the condensate liquid being sent to the condensation seal box 204；
The condensation seal box 204 is used to stop that the condensate liquid flows into the receiver section；
Second conduit 203 is used to discharge condensate liquid.
Preferably, nozzle is additionally provided with the condensation seal box 204, for the condensate liquid to be sprayed to the fuse
Receive on loop bar 102.
In the present embodiment, freezing machine receives loop bar by the first conduit injection condensing liquid to the fuse condensed in seal box
On, due to temperature law of conservation, after fuse is received the portion cooling of loop bar by condensate liquid, fuse can be caused to receive loop bar
On the temperature of other positions can all decline so that can effectively cool down fuse and receive loop bar, be more easy to be cooled to column cotton
Type.
In above-described embodiment, describing cooling device includes freezing machine, the first conduit, the second conduit, condensate liquid, Yi Jileng
Solidifying seal box, in actual applications, cooling device can also include temperature inductor and condensate liquid receiving slit, with reference to Fig. 3 institutes
Show, temperature inductor and condensate liquid receiving slit are specifically described below, in the embodiment of the present invention, the manufacture of oil storage cotton core is set
Standby another embodiment includes：
Device for melt blowing 101 and for receiving fuse that the device for melt blowing 101 sprays to make pillared oil storage cotton core
It is meltblown cotton reception device；
The melt-blown cotton reception device is provided with forms the fuse reception loop bar of column cotton for adhering to fuse, and drives
The fuse receives the first power set 103 that loop bar rotates；
Device for melt blowing is located at the side that fuse receives loop bar, and constantly receives loop bar spray feed fuse, the first power to fuse
It is dynamic that device drives fuse reception loop bar not stall, then causes fuse to receive loop bar and uniformly receive fuse, form column cotton.
It is described melt-blown cotton reception device be additionally provided with outer peripheral face be provided with externally threaded threaded rod and with the threaded rod
Close-connected connecting rod；
The melt-blown reception device is additionally provided with second for driving the connecting rod and the threaded rod synchronous axial system
Power set 106；
The fuse receives loop bar and is set in the connecting rod；
Because threaded rod is closely connected with connecting rod, when the second power set drive connecting rod to rotate, threaded rod also can
Synchronous axial system together, and fuse receives loop bar and is set in connecting rod, fuse receives loop bar and is connected with the first power set,
So the rotation of connecting rod and threaded rod does not interfere with fuse and receives loop bar, it is set to rotate together.
The fuse receives loop bar and is provided with linkage section and receiver section, the linkage section and first power set 103
Connection；The receiver section is used to receive fuse and be bonded with the threaded rod；
When the rotating speed of the connecting rod and the threaded rod, which is more than the fuse, receives the rotating speed of loop bar, the threaded rod
The column cotton fuse received on loop bar departs from；
Because fuse receives loop bar and threaded rod and all receiving fuse, and both are fittings, when fuse is adhered to screw thread
When bar receives formation column cotton on loop bar with fuse, then threaded rod can be received loop bar with fuse and be connected, when the rotating speed of threaded rod
When receiving the rotating speed of loop bar more than fuse, loop bar is received with fuse because the frictional force of column cotton and threaded rod is more than column cotton
Frictional force, just cause column cotton receives from fuse to depart from loop bar.
The oil storage cotton core manufacturing equipment also includes cooling device；The cooling device is provided with condensate, for spraying
Received in the fuse on loop bar, cool down the fuse and receive loop bar.
The condensate is condensate liquid；
The cooling device includes：Freezing machine 201, the first conduit 202, the second conduit 203 and condensation seal box 204；
The condensation seal box 204 is set in the fuse and received on loop bar；
The freezing machine 201 is used to generate the condensate liquid；
First conduit 202 is used to the condensate liquid being sent to the condensation seal box 204；
The condensation seal box 204 is used to stop that the condensate liquid flows into the receiver section；
Second conduit 203 is used to discharge condensate liquid.
Preferably, nozzle is additionally provided with the condensation seal box 204, for the condensate liquid to be sprayed to the fuse
Receive on loop bar.
The cooling device also includes temperature inductor 301；
The temperature inductor 301 is located at the side that the fuse receives loop bar, and receives loop bar close to the fuse, makes
Obtaining the temperature inductor 301 can sense that the fuse receives the temperature of loop bar.
It is described when the temperature that the temperature inductor sense 301 should arrive the fuse reception loop bar reaches preset temperature value
Temperature inductor 301 controls the freezing machine 201 to generate condensate liquid, and the condensate liquid is passed by first conduit 202
Deliver in the condensation seal box 204, spray the condensate liquid to the fuse and receive on loop bar；
It is described when the temperature inductor 301 senses that the temperature of the fuse reception loop bar is less than preset temperature value
Temperature inductor 301 controls the pause of the freezing machine 201 generation condensate liquid.
Preferably, the cooling device also includes condensate liquid receiving slit 302 and condensate liquid suction means 303；
The condensate liquid receiving slit 302 is connected with second conduit 203, for receiving from the condensate liquid seal box
The condensate liquid of discharge in 204；
The condensate liquid suction means 303 is located in the condensate liquid receiving slit 302 and is provided with suction pipe 304；
The condensate liquid suction means 303 is used to the condensate liquid in the condensate liquid receiving slit 302 passing through the absorption
Pipe 304 is sent in the freezing machine 201；
Condensate liquid suction means can include water pump.
In the present embodiment, a preset temperature value is set by temperature inductor, fuse is first sensed and receives on loop bar
Whether temperature reaches preset temperature value, then controls freezing machine to start and be stopped, and preset temperature value can be according to actual feelings
Condition is adjusted.So, freezing machine does not have to work always, reduces production power consumption.Condensation seal box is used to stop that condensate liquid sprays
Spill to receiver section, then placed condensate liquid and flow on column cotton, pollute column cotton.Condensate liquid receiving slit receives the condensation being discharged
Liquid, then the condensate liquid in condensate liquid receiving slit is sent in freezing machine by condensate liquid suction means, so, realizes and follows
Ring utilizes, and reduces production cost, reduces environmental pollution.
In above-described embodiment, it is each part that condensate liquid and cooling device include to describe condensate, in practical application
In, condensate can be cold air, be cold air to condensate below with reference to shown in Fig. 4, and each part of cooling device is had
Body describes, and in the embodiment of the present invention, another embodiment of oil storage cotton core manufacturing equipment includes：
Device for melt blowing 101 and for receiving fuse that the device for melt blowing 101 sprays to make pillared oil storage cotton core
It is meltblown cotton reception device；
The melt-blown cotton reception device is provided with forms the fuse reception loop bar of column cotton for adhering to fuse, and drives
The fuse receives the first power set 103 that loop bar rotates；
Device for melt blowing is located at the side that fuse receives loop bar, and constantly receives loop bar spray feed fuse, the first power to fuse
It is dynamic that device drives fuse reception loop bar not stall, then causes fuse to receive loop bar and uniformly receive fuse, form column cotton.
It is described melt-blown cotton reception device be additionally provided with outer peripheral face be provided with externally threaded threaded rod and with the threaded rod
Close-connected connecting rod；
The melt-blown reception device is additionally provided with second for driving the connecting rod and the threaded rod synchronous axial system
Power set 106；
The fuse receives loop bar and is set in the connecting rod；
Because threaded rod is closely connected with connecting rod, when the second power set drive connecting rod to rotate, threaded rod also can
Synchronous axial system together, and fuse receives loop bar and is set in connecting rod, fuse receives loop bar and is connected with the first power set,
So the rotation of connecting rod and threaded rod does not interfere with fuse and receives loop bar, it is set to rotate together.
The fuse receives loop bar and is provided with linkage section and receiver section, the linkage section and first power set 103
Connection；The receiver section is used to receive fuse and be bonded with the threaded rod；
When the rotating speed of the connecting rod and the threaded rod, which is more than the fuse, receives the rotating speed of loop bar, the threaded rod
The column cotton fuse received on loop bar departs from；
Because fuse receives loop bar and threaded rod and all receiving fuse, and both are fittings, when fuse is adhered to screw thread
When bar receives formation column cotton on loop bar with fuse, then threaded rod can be received loop bar with fuse and be connected, when the rotating speed of threaded rod
When receiving the rotating speed of loop bar more than fuse, loop bar is received with fuse because the frictional force of column cotton and threaded rod is more than column cotton
Frictional force, just cause column cotton receives from fuse to depart from loop bar.
The oil storage cotton core manufacturing equipment also includes cooling device；The cooling device is provided with condensate, for spraying
Received in the fuse on loop bar, cool down the fuse and receive loop bar.
The condensate is cold air；
With being disposed as hollow inside the connecting rod, the threaded rod is connected to be formed the threaded rod with the connecting rod
Cooling duct；
The cooling device includes cold air injection delivery machine 401 and cold air spray feed pipe 402；
The cold air spray feed pipe 402 connects with the connecting rod；
The machine of cold air spray feed 401 is used to generate the cold air and by the spray feed of cold air spray feed pipe 402 to described cold
But in passage.
In the present embodiment, by being that threaded rod is arranged to hollow by connecting rod, cooling duct is formed, cold air injection delivery machine sprays to
Cooling duct spray feed cold air, because fuse receives loop bar and is set in connecting rod, by temperature transmission, fuse can make it that
The Wen Duxiajiang of loop bar is received, so, fuse both can effectively be received to the Wen Duxiajiang of loop bar, moreover it is possible to ensure that fuse receives
Column cotton on loop bar is not contaminated.
In above-described embodiment, describe threaded rod and the column cotton on fuse reception loop bar is departed from, in practical application
In, rolling element, for receiving the column cotton departed from loop bar from fuse, with reference to shown in Fig. 5, entering below to rolling element
Row specifically describes, and in the embodiment of the present invention, another embodiment of oil storage cotton core manufacturing equipment includes：
Device for melt blowing 101 and for receiving fuse that the device for melt blowing 101 sprays to make pillared oil storage cotton core
It is meltblown cotton reception device；
The melt-blown cotton reception device is provided with the fuse reception loop bar 102 that column cotton is formed for adhering to fuse, and
The fuse is driven to receive the first power set 103 that loop bar 102 rotates；
Device for melt blowing is located at the side that fuse receives loop bar, and constantly receives loop bar spray feed fuse, the first power to fuse
It is dynamic that device drives fuse reception loop bar not stall, then causes fuse to receive loop bar and uniformly receive fuse, form column cotton.
It is described melt-blown cotton reception device be additionally provided with outer peripheral face be provided with externally threaded threaded rod 104 and with the screw thread
The close-connected connecting rod 105 of bar 104；
The melt-blown reception device is additionally provided with for driving the connecting rod 105 and the synchronous axial system of threaded rod 104
The second power set 106；
The fuse receives loop bar 102 and is set in the connecting rod 105；
Because threaded rod is closely connected with connecting rod, when the second power set drive connecting rod to rotate, threaded rod also can
Synchronous axial system together, and fuse receives loop bar and is set in connecting rod, fuse receives loop bar and is connected with the first power set,
So the rotation of connecting rod and threaded rod does not interfere with fuse and receives loop bar, it is set to rotate together.
The fuse receives loop bar 102 and is provided with linkage section and receiver section, the linkage section and first power set
103 connections；The receiver section is used to receive fuse and be bonded with the threaded rod 104；
When the rotating speed of the connecting rod 105 and the threaded rod 104, which is more than the fuse, receives the rotating speed of loop bar 102,
The column cotton that the threaded rod 104 receives the fuse on loop bar 102 departs from；
Because fuse receives loop bar and threaded rod and all receiving fuse, and both are fittings, when fuse is adhered to screw thread
When bar receives formation column cotton on loop bar with fuse, then threaded rod can be received loop bar with fuse and be connected, when the rotating speed of threaded rod
When receiving the rotating speed of loop bar more than fuse, loop bar is received with fuse because the frictional force of column cotton and threaded rod is more than column cotton
Frictional force, just cause column cotton receives from fuse to depart from loop bar.
The oil storage cotton core manufacturing equipment also includes cooling device 107；The cooling device 107 is provided with condensate, uses
Received in being injected in the fuse on loop bar 102, cool down the fuse and receive loop bar 102.
The oil storage cotton core manufacturing equipment also includes rolling element；
The rolling element is used to roll the column cotton for receiving loop bar 102 from the fuse and departing from.
Preferably, the rolling element includes：Several rollers 501 and the roller for supporting the roller 501
Support frame 502；
When the column cotton-wadded quilt is moved in the rolling element, the roller 501 is brought into close contact with the column cotton
It is synchronized with the movement.
Preferably, the oil storage cotton core manufacturing equipment also includes cotton core receiving slit 503 and for fixing the receiving slit
503 fixed block 504；
The cotton core receiving slit 503 is used to receive the column cotton rolled by the rolling element.
In the present embodiment, by several rollers and column cotton synchronous axial system, roller carries out uniform to column cotton outer peripheral face
Roll so that the column cotton outer peripheral face after rolling is smooth.
In above-described embodiment, describe the first power set and drive fuse to receive loop bar rotation, the second power set drive
Connecting rod rotates with threaded rod, in actual applications, in addition to the first connecting portion part, for connecting the first power set and fuse
Loop bar, in addition to second connecting portion part are received, for connecting the second power set and connecting rod, with reference to shown in Fig. 6, below to two
Individual connection member is specifically described, and in the embodiment of the present invention, another embodiment of oil storage cotton core manufacturing equipment includes：
Device for melt blowing and for receiving fuse that the device for melt blowing sprays to make the melt-blown cotton of pillared oil storage cotton core
Reception device；
The melt-blown cotton reception device is provided with the fuse reception loop bar 102 that column cotton is formed for adhering to fuse, and
The fuse is driven to receive the first power set 103 that loop bar 102 rotates；
Device for melt blowing is located at the side that fuse receives loop bar, and constantly receives loop bar spray feed fuse, the first power to fuse
It is dynamic that device drives fuse reception loop bar not stall, then causes fuse to receive loop bar and uniformly receive fuse, form column cotton.
It is described melt-blown cotton reception device be additionally provided with outer peripheral face be provided with externally threaded threaded rod and with the threaded rod
Close-connected connecting rod 105；
The melt-blown reception device is additionally provided with for driving the connecting rod 105 and the threaded rod synchronous axial system
Two power set 106；
The fuse receives loop bar 102 and is set in the connecting rod 105；
Because threaded rod is closely connected with connecting rod, when the second power set drive connecting rod to rotate, threaded rod also can
Synchronous axial system together, and fuse receives loop bar and is set in connecting rod, fuse receives loop bar and is connected with the first power set,
So the rotation of connecting rod and threaded rod does not interfere with fuse and receives loop bar, it is set to rotate together.
The fuse receives loop bar 102 and is provided with linkage section and receiver section, the linkage section and first power set
103 connections；The receiver section is used to receive fuse and be bonded with the threaded rod 104；
It is described when the rotating speed of the connecting rod 105 and the threaded rod, which is more than the fuse, receives the rotating speed of loop bar 102
The column cotton that threaded rod receives the fuse on loop bar 102 departs from；
Because fuse receives loop bar and threaded rod and all receiving fuse, and both are fittings, when fuse is adhered to screw thread
When bar receives formation column cotton on loop bar with fuse, then threaded rod can be received loop bar with fuse and be connected, when the rotating speed of threaded rod
When receiving the rotating speed of loop bar more than fuse, loop bar is received with fuse because the frictional force of column cotton and threaded rod is more than column cotton
Frictional force, just cause column cotton receives from fuse to depart from loop bar.
The oil storage cotton core manufacturing equipment also includes cooling device；The cooling device is provided with condensate, for spraying
Received in the fuse on loop bar 102, cool down the fuse and receive loop bar 102.
The melt-blown cotton reception device is additionally provided with receives loop bar 102 and first power dress for connecting the fuse
Put 103 the first connecting portion part；
The first connecting portion part is provided with first gear 601, the first hollow shaft 602, and fixes the first hollow shaft
Clutch shaft bearing 603, and for housing the first bearing seat (not shown) of the clutch shaft bearing, 601 sets of the first gear
It is located in first hollow shaft 602, first hollow shaft 602 is set on the clutch shaft bearing 603, the first axle
Hold 603 to be set in the first bearing seat, the linkage section that the fuse receives loop bar 102 connects with first hollow shaft 602
Connect；
The connection member is additionally provided with second gear 604, and first power set 103 connect with the second gear
Connect；
The connection member is additionally provided with the first conveyer belt 605, and the conveyer belt set 605 is located at the first gear 601
With in the second gear 604, for driving the first gear 601 to rotate when the second gear 604 rotates.
Preferably, the melt-blown cotton reception device is additionally provided with for connecting the connecting rod 105 and second power
The second connecting portion part of device 106；
The second connecting portion part is provided with the 3rd gear 606, the second hollow shaft 607, and fixes the second hollow shaft 607
Second bearing 608, and for housing the second bearing seat (not shown) of the second bearing 608, the 3rd gear
606 are set in second hollow shaft 607, and second hollow shaft 607 is set in the second bearing 608, and described
Two bearings 608 are set in the second bearing seat, and the connecting rod 105 is connected with second hollow shaft 607；
The second connecting portion part is additionally provided with the 4th gear (not shown), second power set 106 with it is described
4th gear connects；
The second connecting portion part is additionally provided with the second conveyer belt (not shown), and second conveyer belt is set in described
3rd gear 606 with the 4th gear, for driving the 3rd pinion rotation when four pinion rotation.
Preferably, cross section of the receiver section along its axially distinct opening position is in convex polygon；
The fuse for receiving fragment position is received into loop bar and is provided with projection, can be in order to the adhesion of fuse.
With reference to shown in Fig. 5, it is preferred that the oil storage cotton core manufacturing equipment be additionally provided with for fix the device for melt blowing with
And the bottom plate 611 of the melt-blown cotton reception device.
In the present embodiment, it is connected by setting bearing that the first power set are received into loop bar with fuse with conveyer belt, and will
Second power set are connected with connecting rod, so, easy to disassemble with installing, and improve the efficiency of maintenance.Fuse receives loop bar
Receiver section outer peripheral face is provided with projection, can be in order to the adhesion of fuse.
The above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations；Although with reference to the foregoing embodiments
The present invention is described in detail, it will be understood by those within the art that：It still can be to foregoing each implementation
Technical scheme described in example is modified, or carries out equivalent substitution to which part technical characteristic；And these modification or
Replace, the essence of appropriate technical solution is departed from the spirit and scope of various embodiments of the present invention technical scheme.
Claims (13)
- A kind of 1. oil storage cotton core manufacturing equipment, it is characterised in that including：Device for melt blowing and sprayed for receiving the device for melt blowing Fuse to make the melt-blown cotton reception device of pillared oil storage cotton core；The melt-blown cotton reception device is provided with the fuse reception loop bar that column cotton is formed for adhering to fuse, and described in drive Fuse receives the first power set that loop bar rotates；The melt-blown cotton reception device is additionally provided with outer peripheral face and is provided with externally threaded threaded rod and close with the threaded rod The connecting rod of connection；The melt-blown reception device is additionally provided with the second power for driving the connecting rod and the threaded rod synchronous axial system Device；The fuse receives loop bar and is set in the connecting rod；The fuse receives loop bar and is provided with linkage section and receiver section, and the linkage section is connected with first power set；Institute Receiver section is stated to be used to receive fuse and be bonded with the threaded rod；When the rotating speed of the connecting rod and the threaded rod, which is more than the fuse, receives the rotating speed of loop bar, the threaded rod is by institute The column cotton that fuse is received on loop bar is stated to depart from；The oil storage cotton core manufacturing equipment also includes cooling device；The cooling device is provided with condensate, for being injected in State fuse to receive on loop bar, cool down the fuse and receive loop bar.
- 2. oil storage cotton core manufacturing equipment according to claim 1, it is characterised in that the condensate is condensate liquid；The cooling device includes：Freezing machine, the first conduit, the second conduit and condensation seal box；The condensation seal box is set in the fuse and received on loop bar；The freezing machine is used to generate the condensate liquid；First conduit is used to the condensate liquid being sent to the condensation seal box；The condensation seal box is used to stop that the condensate liquid flows into the receiver section；Second conduit is used to discharge condensate liquid.
- 3. oil storage cotton core manufacturing equipment according to claim 2, it is characterised in thatNozzle is additionally provided with the condensation seal box, loop bar is received for the condensate liquid to be sprayed to the fuse.
- 4. oil storage cotton core manufacturing equipment according to claim 3, it is characterised in that the cooling device also includes temperature sense Device；The temperature inductor is located at the side that the fuse receives loop bar, and receives loop bar close to the fuse so that described Temperature inductor can sense that the fuse receives the temperature of loop bar；When the temperature inductor senses that the temperature of the fuse reception loop bar reaches preset temperature value, the temperature sense Device controls the freezing machine generation condensate liquid, and the condensate liquid is sent into the condensation seal box by first conduit It is interior, spray the condensate liquid to the fuse and receive on loop bar；When the temperature inductor senses that the temperature of the fuse reception loop bar is less than preset temperature value, the temperature sense Device controls the freezing machine pause generation condensate liquid.
- 5. oil storage cotton core manufacturing equipment according to claim 4, it is characterised in that the cooling device also connects including condensate liquid Receive groove and condensate liquid suction means；The condensate liquid receiving slit is connected with second conduit, for receiving the condensation discharged out of described condensate liquid seal box Liquid；The condensate liquid suction means is located in the condensate liquid receiving slit and is provided with suction pipe；The condensate liquid suction means is used to the condensate liquid in the condensate liquid receiving slit being sent to institute by the suction pipe State in freezing machine.
- 6. oil storage cotton core manufacturing equipment according to claim 1, it is characterised in that the condensate is cold air；With being disposed as hollow inside the connecting rod, the threaded rod is connected to form cooling the threaded rod with the connecting rod Passage；The cooling device includes cold air injection delivery machine and cold air spray feed pipe；The cold air spray feed pipe connects with the connecting rod；The cold air injection delivery machine is used to generate the cold air and by the cold air spray feed pipe spray feed to the cooling duct.
- 7. according to oil storage cotton core manufacturing equipment described in claim 1 to 6 wherein any one, it is characterised in that the oil storage cotton Core manufacturing equipment also includes rolling element；The rolling element is used to roll the column cotton for receiving loop bar from the fuse and departing from.
- 8. oil storage cotton core manufacturing equipment according to claim 7, it is characterised in thatThe rolling element includes：Several rollers and the roller cage for supporting the roller；When the column cotton-wadded quilt is moved in the rolling element, the roller is brought into close contact synchronous fortune with the column cotton It is dynamic.
- 9. oil storage cotton core manufacturing equipment according to claim 8, it is characterised in thatThe oil storage cotton core manufacturing equipment also includes cotton core receiving slit and the fixed block for fixing the receiving slit；The cotton core receiving slit is used to receive the column cotton rolled by the rolling element.
- 10. according to oil storage cotton core manufacturing equipment described in claim 1 to 6 wherein any one, it is characterised in thatThe melt-blown cotton reception device is additionally provided with receive loop bar and first power set for connecting the fuse the One connection member；The first connecting portion part is provided with first gear, the first hollow shaft, and fixes the clutch shaft bearing of the first hollow shaft, with And for housing the first bearing seat of the clutch shaft bearing, the first gear is set in first hollow shaft, described One hollow shaft sleeve is located on the clutch shaft bearing, and the clutch shaft bearing is set in the first bearing seat, and the fuse receives The linkage section of loop bar and the described first hollow axis connection；The connection member is additionally provided with second gear, and first power set are connected with the second gear；The connection member is additionally provided with the first conveyer belt, and the conveyer belt is set in the first gear and the second gear On, for driving the first gear to rotate when the second gear rotates.
- 11. according to oil storage cotton core manufacturing equipment described in claim 1 to 6 wherein any one, it is characterised in thatThe melt-blown cotton reception device is additionally provided with to be connected for connecting the connecting rod with the second of second power set Part；The second connecting portion part is provided with the 3rd gear, the second hollow shaft, and fixes the second bearing of the second hollow shaft, with And for housing the second bearing seat of the second bearing, the 3rd gear is set in second hollow shaft, described Two hollow shaft sleeves are located in the second bearing, and the second bearing is set in the second bearing seat, the connecting rod with The second hollow axis connection；The second connecting portion part is additionally provided with the 4th gear, and second power set are connected with the 4th gear；The second connecting portion part is additionally provided with the second conveyer belt, second conveyer belt be set in the 3rd gear with it is described On 4th gear, for driving the 3rd pinion rotation when four pinion rotation.
- 12. according to oil storage cotton core manufacturing equipment described in claim 1 to 6 wherein any one, it is characterised in that the receiver section It is in convex polygon along the cross section of its axially distinct opening position.
- 13. according to oil storage cotton core manufacturing equipment described in claim 1 to 6 wherein any one, it is characterised in thatThe oil storage cotton core manufacturing equipment is additionally provided with for fixing the device for melt blowing and the melt-blown cotton reception device Bottom plate.
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/CN2014/088024 WO2016049901A1 (en) | 2014-09-30 | 2014-09-30 | Device for manufacturing oil-storing cotton cores |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206926147U true CN206926147U (en) | 2018-01-26 |
Family
ID=55629328
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201490001516.1U Expired - Fee Related CN206926147U (en) | 2014-09-30 | 2014-09-30 | A kind of oil storage cotton core manufacturing equipment |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN206926147U (en) |
| WO (1) | WO2016049901A1 (en) |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3801400A (en) * | 1972-03-24 | 1974-04-02 | Celanese Corp | Varying density cartridge filters |
| JPS52142762A (en) * | 1976-05-24 | 1977-11-28 | Daiafoil | Method of producing thermoplastic resin film |
| US5366576A (en) * | 1993-04-14 | 1994-11-22 | Clack Corporation | Method for producing tubular products from nonwoven fibers |
| US5409642A (en) * | 1993-10-06 | 1995-04-25 | Exxon Chemical Patents Inc. | Melt blowing of tubular filters |
| CN1255557A (en) * | 1998-11-30 | 2000-06-07 | 北京华纶非织造布有限公司 | Continuoufly gradient integral filter core for fusing-spraying ultrafine fibres and its productive method and equipment |
| CN103088556A (en) * | 2013-02-22 | 2013-05-08 | 昆山鸿福泰环保科技有限公司 | Drawing mechanism used for propene polymer (PP) filter element machining |
-
2014
- 2014-09-30 WO PCT/CN2014/088024 patent/WO2016049901A1/en active Application Filing
- 2014-09-30 CN CN201490001516.1U patent/CN206926147U/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| WO2016049901A1 (en) | 2016-04-07 |
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Granted publication date: 20180126 Termination date: 20190930 |