CN208978204U - A kind of moulding cooler bin of good cooling results - Google Patents
A kind of moulding cooler bin of good cooling results Download PDFInfo
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- CN208978204U CN208978204U CN201821696202.4U CN201821696202U CN208978204U CN 208978204 U CN208978204 U CN 208978204U CN 201821696202 U CN201821696202 U CN 201821696202U CN 208978204 U CN208978204 U CN 208978204U
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- Prior art keywords
- liner
- refrigeration
- cooler bin
- moulding
- heat extraction
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Abstract
The utility model provides a kind of moulding cooler bin of good cooling results, including support base, supporting leg, refrigeration machine, delivery pipe of freezing, liner, shell slides collecting board structure, heat extraction Moisture-absorption sheet structure, cold air conveys door, sliding rail, hot air pipe, serum cap, the lower end corner location of support base is respectively welded in connecting rope, refrigeration switch and heat extraction switch, the supporting leg；The refrigeration machine is bolted to the inside left of support base.The setting of the utility model chamber door, refrigerator pipe, condenser pipe, liquid delivery tube and seal cap advantageously reduces the temperature inside liner, facilitates increase refrigeration effect；The setting of hollowed-out board, moisture absorption pad, support rod and heat extraction machine is conducive to absorb liner internal steam, prevents from forming water droplet influence refrigeration work；The setting of placement plate, shutter, pulley and handle, is conducive to moulding of taking, and prevents the too low frostbite hand of temperature and improves working efficiency.
Description
Technical field
The utility model belongs to moulding technical field of processing equipment more particularly to a kind of moulding of good cooling results is used
Cooler bin.
Background technique
Moulding can all have certain temperature after injection molding, all be to allow it voluntarily to dry, but be somebody's turn to do under normal conditions
The time that kind mode is spent is too long, will devote a tremendous amount of time if processing subsequent packages fastly, it is therefore desirable to Yi Zhongleng
But device cools down moulding, and such as application No. is CN201620751379.4 to disclose a kind of moulding cooler, including
Body, quadrangle is fixedly installed guide post respectively on body, and guide post top is fixedly installed top board, pushing is serially connected on guide post
Plate, lower platen can be moved up and down along guide post, and cylinder is provided in body, and the cylinder axis of cylinder is fixedly connected with lower platen bottom,
It is fixedly installed cope plate under top board, lower template, cope plate upper surface and lower template lower surface are fixedly installed on lower platen
It is fixedly installed condenser pipe respectively.The moulding cooler is driven by control cylinder and is pressed on lower platen, drives cope plate under
Template presses moulding, while constantly passing into cold water by the circulating water flow in condenser pipe and taking away heat, accelerates moulding
Cooling, and the heat that circulating water flow is taken away can recycle, and production cost is greatly saved, condensed while pressing,
Process time is substantially reduced, but this kind of cooler can only cool down a moulding every time, and can not learn cooling in time
Whether complete, low efficiency is cumbersome.
China Patent Publication No. is CN108000827A, and invention and created name is a kind of moulding cooler bin, including cooling
Case ontology, case lid, supporting leg and cooler, the case lid are hingedly set to the top of cooler bin ontology, the center of the case lid
Equipped with the gas vent with port lid, the top of the case lid is equipped with control box, is equipped with infrared temperature inside the control box and detects
Instrument and microprocessor, the cooler bin body interior are equipped with cooling liner, and the cooling liner is equipped with aperture, the cooler
Set on the lower section of cooler bin ontology, the supporting leg is set to the bottom of cooler bin ontology, connects between the supporting leg and cooler
It is connected to appendix, the appendix is connected to by the inside of supporting leg with cooling liner, the microprocessor and infrared temperature
Detector connection.But there is also not can increase refrigeration effect, water droplet easy to form and not side for existing moulding cooler bin
Just take moulding the problem of.
Therefore, the moulding for inventing a kind of good cooling results is very necessary with cooler bin.
Utility model content
In order to solve the above-mentioned technical problem, the utility model provides a kind of moulding cooler bin of good cooling results, with
Existing moulding cooler bin is solved there is not can increase refrigeration effect, water droplet easy to form and is inconvenient to moulding of taking
Problem.A kind of moulding cooler bin of good cooling results, including support base, supporting leg, refrigeration machine, delivery pipe of freezing, liner,
Shell, sliding collecting board structure, heat extraction Moisture-absorption sheet structure, cold air conveying door, sliding rail, hot air pipe, serum cap, connecting rope,
The lower end corner location of support base is respectively welded in refrigeration switch and heat extraction switch, the supporting leg；The refrigeration machine bolt
It is connected to the inside left of support base；The threaded one end of the refrigeration delivery pipe is connected to the left upper portion of refrigeration machine；It is described
Liner be bolted to the bosom position of shell；The housing bolts are connected to the upper end middle position of support base；
The sliding collecting board structure is mounted on inside sliding rail upper end；The heat extraction Moisture-absorption sheet structure is mounted on the inner wall of liner
Portion position；The cold air conveying door is mounted on the right side of shell；The slide rail bolt is connected to the interior bottom end of liner；
The hot air pipe runs through the upper end middle position of shell；The hot air pipe is welded on the upper end middle position of liner；It is described
Serum cap lid connect the upper end outer wall in hot air pipe；One end of the connecting rope is glued to the left upper portion of hot air pipe；It is described
Connecting rope the other end be glued serum cap left side middle position；The refrigeration switch screw is connected to the positive table of support base
Right side of face top；The heat extraction switch screw is connected to the left upper portion of shell；The sliding collecting board structure includes putting
Set plate, shutter, anti-board falling, connecting plate, pulley and handle；The shutter be respectively welded at before the upper end of placement plate and
Below；The anti-board falling is bolted to respectively at left and right sides of the upper end of placement plate；The connecting plate is bolted respectively
In the lower end corner location of placement plate；Axis connects in the lower end bosom position of connecting plate the pulley respectively；The handle
Hand is bolted to the right side middle position of placement plate.
Preferably, pulley sliding is connected to inside the upper end of sliding rail.
Preferably, the foam-rubber cushion with a thickness of five millimeters to ten millimeters is provided between the liner and shell.
Preferably, the heat extraction Moisture-absorption sheet structure includes hollowed-out board, moisture absorption pad, plugboard, jack box, fixed plate, branch
Strut and heat extraction machine, the moisture absorption pad are glued to the lower end of hollowed-out board；The plugboard is bolted under hollowed-out board
End；The jack box is plugged on the inner bottom of plugboard；The fixed plate is bolted to the left and right of hollowed-out board respectively
Two sides；The support rod is respectively welded at the left and right sides among the upper end of hollowed-out board；The heat extraction machine screw is connected to branch
Between strut and support rod.
Preferably, the lower part of the fixed plate of right side setting is opened up to there is spliced eye；The moisture absorption pad is placed in slotting
The inner tip of fishplate bar；The plugboard uses the stainless steel plate of boring；The heat extraction machine and hot air pipe correspondence are set
It sets.
Preferably, the foam-rubber cushion that the moisture absorption pad uses with a thickness of five millimeters to ten millimeters.
Preferably, the hollowed-out board is bolted to the upper inside wall of liner.
Preferably, the described cold air conveying door includes chamber door, refrigerator pipe, door knob, condenser pipe, liquid delivery tube and close
Sealing cap, the liquid delivery tube run through the upper end middle position of chamber door；The door knob screw is connected in the right side of chamber door
Between position；The threaded upper ends of the condenser pipe are connected to the lower end outer wall of liquid delivery tube；The refrigerator pipe is inlayed respectively
Left upper portion and lower part in door knob；The seal cap is socketed in the upper end outer wall of liquid delivery tube.
Preferably, right positions of the chamber door hinge connection in shell；The junction of the chamber door and shell is set
It is equipped with the rubber pad with a thickness of three millimeters to five millimeters.
Preferably, the lower right side of shell is run through on the right side of the upper end of the refrigeration delivery pipe；The refrigeration delivery pipe
It is threaded in the lower right side of liner.
Preferably, the refrigeration machine specifically uses the refrigeration machine of model RFS-T25A；The refrigeration switch and row
The switch of model MTS102 is respectively adopted in thermal switch；The heat extraction machine specifically uses voltage for the support micro direct-current fan of 24V.
Preferably, refrigeration switch is electrically connected refrigeration machine.
Preferably, heat extraction switch is electrically connected heat extraction machine.
Compared with prior art, the utility model has the following beneficial effects:
1. in the utility model, the chamber door, refrigerator pipe, condenser pipe, the setting of liquid delivery tube and seal cap, favorably
In reducing the temperature inside liner, facilitate increase refrigeration effect.
2. in the utility model, the hollowed-out board, moisture absorption pad, the setting of support rod and heat extraction machine is conducive in absorption
Gallbladder internal steam prevents from forming water droplet influence refrigeration work.
3. in the utility model, the placement plate, shutter, the setting of pulley and handle is conducive to moulding of taking,
It prevents the too low frostbite hand of temperature and improves working efficiency.
4. in the utility model, the placement plate, the setting of shutter and anti-board falling is conducive to collect moulding surface
Water droplet, prevent the water droplet on moulding surface from falling in the inside of liner.
5. in the utility model, the jack box, the setting of fixed plate and support rod is conducive to collect extruding moisture absorption pad
When the water droplet that generates, prevent the internal influence cooling effect for being dropped in liner.
6. in the utility model, the condenser pipe, the setting of liquid delivery tube and seal cap is conducive to addition condensation
Liquid facilitates increase refrigeration effect.
7. in the utility model, the hollowed-out board, the setting of support rod and heat extraction machine is conducive to moulding generation
For hot air discharge to the outside of liner and shell, preventing the inner wall of liner from generating water droplet influences cooling work.
8. in the utility model, the hot air pipe, the setting of serum cap and connecting rope is beneficial to prevent cold in liner
Gas runs out of influence cooling effect.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram of the sliding collecting board structure of the utility model.
Fig. 3 is the structural schematic diagram of the heat extraction Moisture-absorption sheet structure of the utility model.
Fig. 4 is the structural schematic diagram of the cold air conveying door of the utility model.
In figure:
1, support base；2, supporting leg；3, refrigeration machine；4, refrigeration delivery pipe；5, liner；6, shell；7, sliding is collected hardened
Structure；71, placement plate；72, shutter；73, anti-board falling；74, connecting plate；75, pulley；76, handle；8, heat extraction Moisture-absorption sheet structure；
81, hollowed-out board；82, moisture absorption pad；83, plugboard；84, jack box；85, fixed plate；86, support rod；87, heat extraction machine；9, cold air
Convey door；91, chamber door；92, refrigerator pipe；93, door knob；94, condenser pipe；95, liquid delivery tube；96, seal cap；10, sliding
Rail；11, hot air pipe；12, serum cap；13, connecting rope；14, refrigeration switch；15, heat extraction switchs.
Specific embodiment
The utility model is specifically described with reference to the accompanying drawing, as shown in Figure 1 and Figure 2, a kind of cooling effect
Good moulding cooler bin, including support base 1, supporting leg 2, refrigeration machine 3, delivery pipe 4 of freezing, liner 5, shell 6, sliding are received
Collecting hardened structure 7, heat extraction Moisture-absorption sheet structure 8, cold air conveys door 9, sliding rail 10, hot air pipe 11, serum cap 12, connecting rope 13,
The lower end corner location of support base 1 is respectively welded in refrigeration switch 14 and heat extraction switch 15, the supporting leg 2；The refrigeration
Machine 3 is bolted to the inside left of support base 1；The threaded one end of the refrigeration delivery pipe 4 is connected to the left side of refrigeration machine 3
Top；The liner 5 is bolted to the bosom position of shell 6；The shell 6 is bolted to support base 1
Upper end middle position；The sliding collecting board structure 7 is mounted on inside 10 upper end of sliding rail；The heat extraction Moisture-absorption sheet structure 8
It is mounted on the upper inside wall position of liner 5；The cold air conveying door 9 is mounted on the right side of shell 6；The sliding rail 10
It is bolted to the interior bottom end of liner 5；The hot air pipe 11 runs through the upper end middle position of shell 6；The hot air pipe 11
It is welded on the upper end middle position of liner 5；The serum cap 12 covers the upper end outer wall connect in hot air pipe 11；The connecting rope
13 one end is glued to the left upper portion of hot air pipe 11；The other end of the connecting rope 13 is glued among the left side of serum cap 12
Position；Refrigeration 14 screw of switch is connected to the front surface right upper portion of support base 1；15 screw of heat extraction switch connects
Connect the left upper portion in shell 6；The sliding collecting board structure 7 includes placement plate 71, shutter 72, anti-board falling 73, connection
Plate 74, pulley 75 and handle 76；The shutter 72 is respectively welded at the upper end front and back of placement plate 71；Described is anti-
Board falling 73 is bolted to respectively at left and right sides of the upper end of placement plate 71；The connecting plate 74 is bolted to placement plate respectively
71 lower end corner location；Axis connects in the lower end bosom position of connecting plate 74 pulley 75 respectively；The handle
76 are bolted to the right side middle position of placement plate 71；In use, moulding to be placed on to the upper end of placement plate 71, in screening
Between baffle 72 and anti-board falling 73, handle 76 is caught to push placement plate 71, promotes the inside of liner 5 that placement is facilitated to infuse moulding
Plastic, open refrigeration switch 14, make refrigeration machine 3 start to work, by refrigeration delivery pipe 4 to the inside of liner 5 injection cold air into
Row cooling work, prevents hand from going deep into the inside of liner 5, and temperature crosses Low Damage hand.
In the present embodiment, in conjunction with shown in attached drawing 3, the heat extraction Moisture-absorption sheet structure 8 includes hollowed-out board 81, moisture absorption pad
82, plugboard 83, jack box 84, fixed plate 85, support rod 86 and heat extraction machine 87, the moisture absorption pad 82 are glued to hollowed-out board 81
Lower end；The plugboard 83 is bolted to the lower end of hollowed-out board 81；The jack box 84 is plugged on plugboard 83
Inner bottom；The fixed plate 85 is bolted to the left and right sides of hollowed-out board 81 respectively；The support rod 86 welds respectively
Connect the left and right sides among the upper end of hollowed-out board 81；87 screw of heat extraction machine be connected to support rod 86 and support rod 86 it
Between；Serum cap 12 is opened, heat extraction switch 15 is opened, makes heat extraction machine 87 that the hot gas that moulding carries be passed through moisture absorption pad 82 and engraved
Hollow plate 81 discharges the inside of hot air pipe 11, is then discharged to the outside of shell 6, prevents hot gas from influencing the cooling work of moulding,
Reduce working efficiency.
In the present embodiment, in conjunction with shown in attached drawing 4, the described cold air conveying door 9 includes chamber door 91, refrigerator pipe 92,
Door knob 93, condenser pipe 94, liquid delivery tube 95 and seal cap 96, the liquid delivery tube 95 is among the upper end of chamber door 91
Position；93 screw of door knob is connected to the right side middle position of chamber door 91；The threaded upper ends of the condenser pipe 94 connect
In the lower end outer wall of liquid delivery tube 95；The refrigerator pipe 92 is embedded in left upper portion and the lower part of door knob 93 respectively；It is described
Seal cap 96 be socketed in the upper end outer wall of liquid delivery tube 95；Seal cap 96 is opened, by liquid delivery tube 95 to condenser pipe
Suitable condensate liquid is injected in 94 inside, after closing chamber door 91, by refrigerator pipe 92 to the delivered inside cold air of liner 5, increases
Refrigeration effect prevents the temperature influenced inside liner 5 by chamber door 91 from reducing cooling effect.
Working principle
In the utility model, in use, moulding to be placed on to the upper end of placement plate 71, it is in shutter 72 and anti-board falling
Between 73, handle 76 is caught to push placement plate 71, promotes the inside of liner 5 to facilitate placement moulding moulding, open refrigeration
Switch 14 makes refrigeration machine 3 start to work, and injects cold air to the inside of liner 5 by refrigeration delivery pipe 4 and carries out cooling work, prevents
Only hand gos deep into the inside of liner 5, and temperature crosses Low Damage hand, and serum cap 12 is opened, and opens heat extraction switch 15, makes heat extraction machine
87 hot gas for carrying moulding discharge the inside of hot air pipe 11 by moisture absorption pad 82 and hollowed-out board 81, are then discharged to shell 6
Outside, prevent hot gas influence moulding cooling work, reduce working efficiency, open seal cap 96, pass through liquid delivery tube
95 inject suitable condensate liquid to the inside of condenser pipe 94, after closing chamber door 91, by refrigerator pipe 92 to the delivered inside of liner 5
Cold air increases refrigeration effect, prevents the temperature influenced inside liner 5 by chamber door 91 from reducing cooling effect.
Using technical solution described in the utility model or those skilled in the art in technical solutions of the utility model
Under inspiration, similar technical solution is designed, and reaches above-mentioned technical effect, is the protection model for falling into the utility model
It encloses.
Claims (10)
1. a kind of moulding cooler bin of good cooling results, which is characterized in that the moulding cooler bin of the good cooling results
Including support base (1), supporting leg (2), refrigeration machine (3) freezes delivery pipe (4), liner (5), shell (6), and sliding is collected hardened
Structure (7), heat extraction Moisture-absorption sheet structure (8), cold air convey door (9), sliding rail (10), hot air pipe (11), serum cap (12), connection
It restricts (13), the lower end quadrangle of support base (1) is respectively welded in refrigeration switch (14) and heat extraction switch (15), the supporting leg (2)
Position；The refrigeration machine (3) is bolted to the inside left of support base (1)；One end spiral shell of the refrigeration delivery pipe (4)
Line is connected to the left upper portion of refrigeration machine (3)；The liner (5) is bolted to the bosom position of shell (6)；It is described
Shell (6) be bolted to the upper end middle position of support base (1)；The sliding collecting board structure (7) is mounted on sliding rail
(10) inside upper end；The heat extraction Moisture-absorption sheet structure (8) is mounted on the upper inside wall position of liner (5)；The cold air is defeated
The right side for sending door (9) to be mounted on shell (6)；The sliding rail (10) is bolted to the interior bottom end of liner (5)；Described
Hot air pipe (11) runs through the upper end middle position of shell (6)；The hot air pipe (11) is welded on the upper end interposition of liner (5)
It sets；Serum cap (12) lid connects the upper end outer wall in hot air pipe (11)；One end of the connecting rope (13) is glued to heat
The left upper portion of air hose (11)；The other end of the connecting rope (13) is glued the left side middle position of serum cap (12)；It is described
Refrigeration switch (14) screw be connected to the front surface right upper portion of support base (1)；Heat extraction switch (15) the screw connection
Left upper portion in shell (6)；The sliding collecting board structure (7) includes placement plate (71), shutter (72), anti-board falling
(73), connecting plate (74), pulley (75) and handle (76)；The shutter (72) is respectively welded at the upper end of placement plate (71)
Front and back；The anti-board falling (73) is bolted to respectively at left and right sides of the upper end of placement plate (71)；The connection
Plate (74) is bolted to the lower end corner location of placement plate (71) respectively；Axis connects in connecting plate the pulley (75) respectively
(74) lower end bosom position；The handle (76) is bolted to the right side middle position of placement plate (71).
2. the moulding cooler bin of good cooling results as described in claim 1, which is characterized in that the pulley (75) is sliding
It is dynamic to be connected to inside the upper end of sliding rail (10).
3. the moulding cooler bin of good cooling results as claimed in claim 2, which is characterized in that the liner (5) and
The foam-rubber cushion with a thickness of five millimeters to ten millimeters is provided between shell (6).
4. the moulding cooler bin of good cooling results as described in claim 1, which is characterized in that the heat extraction Moisture-absorption sheet
Structure (8) includes hollowed-out board (81), moisture absorption pad (82), plugboard (83), jack box (84), fixed plate (85), support rod (86)
With heat extraction machine (87), the moisture absorption pad (82) is glued to the lower end of hollowed-out board (81)；The plugboard (83) is bolted
In the lower end of hollowed-out board (81)；The jack box (84) is plugged on the inner bottom of plugboard (83)；The fixed plate
(85) it is bolted to the left and right sides of hollowed-out board (81) respectively；The support rod (86) is respectively welded at hollowed-out board (81)
The left and right sides among upper end；Described heat extraction machine (87) screw is connected between support rod (86) and support rod (86).
5. the moulding cooler bin of good cooling results as claimed in claim 4, which is characterized in that the right side setting
The lower part of fixed plate (85) is opened up to there is spliced eye；The moisture absorption pad (82) is placed in the inner tip of plugboard (83)；It is described
Plugboard (83) use boring stainless steel plate；The heat extraction machine (87) and hot air pipe (11) is correspondingly arranged.
6. the moulding cooler bin of good cooling results as claimed in claim 4, which is characterized in that the hollowed-out board (81)
It is bolted to the upper inside wall of liner (5).
7. the moulding cooler bin of good cooling results as described in claim 1, which is characterized in that the cold air conveys door
Structure (9) includes chamber door (91), refrigerator pipe (92), door knob (93), condenser pipe (94), liquid delivery tube (95) and seal cap
(96), the liquid delivery tube (95) runs through the upper end middle position of chamber door (91)；Described door knob (93) screw is connected to
The right side middle position of chamber door (91)；The threaded upper ends of the condenser pipe (94) are connected to outside the lower end of liquid delivery tube (95)
Wall；The refrigerator pipe (92) is embedded in left upper portion and the lower part of door knob (93) respectively；The seal cap (96) is socketed in
The upper end outer wall of liquid delivery tube (95).
8. the moulding cooler bin of good cooling results as claimed in claim 7, which is characterized in that the chamber door (91) closes
Page is connected to the right positions of shell (6)；The junction of the chamber door (91) and shell (6) is provided with a thickness of three millimeters extremely
Five millimeters of rubber pad.
9. the moulding cooler bin of good cooling results as claimed in claim 7, which is characterized in that the refrigeration delivery pipe
(4) run through the lower right side of shell (6) on the right side of upper end；The refrigeration delivery pipe (4) is threaded in the right side of liner (5)
Lower part.
10. the moulding cooler bin of good cooling results as claimed in claim 4, which is characterized in that the moisture absorption pad
(82) using the foam-rubber cushion with a thickness of five millimeters to ten millimeters.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821696202.4U CN208978204U (en) | 2018-10-19 | 2018-10-19 | A kind of moulding cooler bin of good cooling results |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821696202.4U CN208978204U (en) | 2018-10-19 | 2018-10-19 | A kind of moulding cooler bin of good cooling results |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208978204U true CN208978204U (en) | 2019-06-14 |
Family
ID=66788158
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821696202.4U Expired - Fee Related CN208978204U (en) | 2018-10-19 | 2018-10-19 | A kind of moulding cooler bin of good cooling results |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208978204U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113547705A (en) * | 2021-07-27 | 2021-10-26 | 漳州市品源塑胶模具有限公司 | Medical electronic product plastic mold processing |
-
2018
- 2018-10-19 CN CN201821696202.4U patent/CN208978204U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113547705A (en) * | 2021-07-27 | 2021-10-26 | 漳州市品源塑胶模具有限公司 | Medical electronic product plastic mold processing |
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Granted publication date: 20190614 Termination date: 20201019 |