CN208075397U - The machine that snows with spiral evaporator - Google Patents
The machine that snows with spiral evaporator Download PDFInfo
- Publication number
- CN208075397U CN208075397U CN201820300515.7U CN201820300515U CN208075397U CN 208075397 U CN208075397 U CN 208075397U CN 201820300515 U CN201820300515 U CN 201820300515U CN 208075397 U CN208075397 U CN 208075397U
- Authority
- CN
- China
- Prior art keywords
- evaporator
- spiral
- rotary drum
- snows
- drum evaporator
- 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
Links
Landscapes
- Devices That Are Associated With Refrigeration Equipment (AREA)
Abstract
The utility model provides a kind of machine that snows with spiral evaporator.The utility model includes cabinet, the mouth that snows is arranged in the lower part of cabinet leading flank, refrigeration system, liquid-supplying system are set in assembly room, cut ice blowing snow system, refrigeration system includes connecting the refrigerating circuit formed by compressor, the double-deck cooler pan, refrigeration shaft member, rotary drum evaporator；Liquid-supplying system includes the water pump, woven hose and drip tray being connected, and ball-cock assembly is arranged in drip tray, drip tray is located at the underface of rotary drum evaporator；It includes being arranged in parallel in the skates of rotary drum evaporator side to cut ice blowing snow system, and the blade of skates is close to the outer wall of rotary drum evaporator, and skates are positioned at the top for the mouth that snows, and it further includes being located at the fan at mouthful rear that snows to cut ice blowing snow system, and fan has the air outlet of bar shaped.The spiral for providing coolant flows to path, and thus unlimited rotary drum evaporator length, makes coolant be come into full contact with inner walls, improves coolant utilization rate, promotes condensation freezing effects and uniformity.
Description
Technical field
The utility model belongs to field of mechanical technique, is related to a kind of snow making device, especially a kind of to have spiral evaporation
The machine that snows of device.
Background technology
The machine of snowing is the snow crystals equipment manufactured for the setting that snows.It can realize the above artificial snow-making operation of zero degree, system snow
Speed is fast, realizes the snow scenes entertainment selection of Various Seasonal, and great role is played in film shooting, recreation etc..
Since the machine of snowing needs the snowing effect of progress large area, make the specification of rotary drum evaporator in equipment that must reach institute
Need length.Existing refrigeration shaft member, which is all made of form of nozzle, makes refrigerant be contacted with rotary drum evaporator, but because of rotary drum evaporator
Length it is long, cause sprinkling contact poor refrigerating efficiency, the dosage utilization rate of refrigerant is low, condensation freeze it is uneven the problems such as.
Utility model content
The purpose of this utility model is the presence of the above problem in view of the prior art, it is proposed that one kind is carried by helical structure
Path is flowed to for the spiral of coolant, to increase coolant utilization rate, it is spiral to promote having for large area condensation freezing effects
The machine that snows of evaporator.
The purpose of this utility model can be realized by following technical proposal：The machine that snows with spiral evaporator, packet
Cabinet is included, is assembly room in the cabinet, the lower part of the cabinet leading flank is arranged the mouth that snows, refrigeration is arranged in the assembly room
System, liquid-supplying system cut ice blowing snow system, and the refrigeration system includes by compressor, the double-deck cooler pan, refrigeration shaft member, roller
Evaporator connects the refrigerating circuit to be formed, and one end of the rotary drum evaporator is blind end, and baffle, the baffle is arranged in the other end
Center have port, the rotary drum evaporator includes cylindrical shell and spiral inner casing, is arranged on the outer wall of the spiral inner casing
Spiral is connected in along the bottom of wall on the spiral inner casing along wall, the spiral, and the spiral is along the top of wall and the cylinder
The internal face of shell forms closely connected connection, is formed along the rolling along wall and cylindrical shell split by the spiral inner casing, spiral
For cylinder evaporator spiral to the helical flow path of extension, feed opening, other end setting discharge hole, institute is arranged in one end of the helical flow path
It states feed opening and is located at the port side, the discharge hole is located at the closing end side, from the port to the rotary drum evaporator
Refrigeration shaft member is inside stretched into, the rotation connection that small bearing holder (housing, cover) forms sealing state is socketed between the refrigeration shaft member and the port,
The refrigeration shaft member stretches on the inner segment of the rotary drum evaporator covers isolation board admittedly, the periphery of the isolation board in the spiral
The inner wall of shell forms closely connected connection, and sealing room, the sealing room and the spiral are formed between the isolation board and the baffle
The feed opening of runner is connected, and the refrigeration shaft member is the double-layer sleeve structure with outer tube and inner tube, and the outer tube exposes institute
It states and feed inlet is set on the outer end of rotary drum evaporator, the outer tube is stretched on the end of the rotary drum evaporator and opened into hole, institute
It states into hole and is connected with the sealing room, the inner port that said inner tube stretches into the rotary drum evaporator is feedback outlet, the feed back
Mouth is connected with the inner cavity of the rotary drum evaporator, and the inner cavity of the rotary drum evaporator is connected with the discharge hole of the helical flow path
Logical, the external port that said inner tube exposes the rotary drum evaporator is discharge port；The liquid-supplying system includes the water pump being connected, defeated
Liquid pipe and drip tray, the drip tray is interior to be arranged ball-cock assembly, and the drip tray is located at the underface of the rotary drum evaporator；It is described
It includes being arranged in parallel in the skates of the rotary drum evaporator side to cut ice blowing snow system, and the blades of the skates is close to the roller
The outer wall of evaporator, the skates are located at the top for the mouth that snows, and the ice blowing snow system of cutting further includes being located at mouthful rear that snows
Fan, the fan have the air outlet of bar shaped.
It is that booting system snow, water is flowed through defeated by water pump conveying that this, which has the operation method of the machine that snows of spiral evaporator,
Liquid pipe enters in drip tray.Compressor operating makes refrigerant compression, and refrigerant is after the cooling of the double-deck cooler pan, by refrigeration shaft member
The feed inlet of outer tube flows into, and flows through the tube chamber between outer tube and inner tube, enters sealing room into hole by outer pipe end；Refrigerant
It is kept in sealing room, then the feed opening by being connected enters helical flow path, refrigerant fills during flowing through helical flow path
Divide and contacted with rotary drum evaporator, cold, which is transferred to rotary drum evaporator outside wall surface, carries out condensation icing operation；Refrigerant is by discharging
Helical flow path is flowed out in hole, into the inner cavity of rotary drum evaporator, after being kept in rotary drum evaporator inner cavity, is entered by feedback outlet
Refrigeration shaft member inner tube is finally back to compressor by the discharge of the discharge port of inner tube.Rotary electric machine driving drum evaporator at the uniform velocity revolves
Turn, the outside wall surface of rotary drum evaporator contacts and taking away the water in drip tray makes its condensation form ice sheet；It is rotated in rotary drum evaporator
During, ice sheet surface cutting is got off to be formed ice and snow crystal by skates；The ice and snow crystal of whereabouts is blown out by fan from the mouth that snows,
Form the scene that snowflake descends slowly and lightly.
When the ball-cock assembly in drip tray monitors that liquid level is too low, progress fluid infusion operation is opened by controlling water pump；When connecing
When ball-cock assembly in water pond monitors that liquid level is excessively high, carry out stopping liquid operation by controlling water pump closing.
In the above-mentioned machine that snows with spiral evaporator, the liquid outlet of the compressor is tightly connected the bilayer
The inlet of cooler pan, the liquid outlet of the bilayer cooler pan are tightly connected the feed inlet of the refrigeration shaft member outer tube, the system
The discharge port of cold shaft member inner tube is tightly connected the inlet of the compressor.
In the above-mentioned machine that snows with spiral evaporator, the pitch range of the helical flow path is 10~
The depth value range of 50mm, the helical flow path are 5~20mm.
In the above-mentioned machine that snows with spiral evaporator, the inner tube of the refrigeration shaft member stretches into the roller evaporation
The length range of device inner cavity is 20~50mm.
In the above-mentioned machine that snows with spiral evaporator, wind-guiding flabellum, institute are set on the air outlet of the fan
It includes interlocking mobile jib to state wind-guiding flabellum, is uniformly worn on the gearing mobile jib and connects several blades, and rotation is arranged in the side of the fan
Motor, the rotation motor have rotation axis, fixed eccentric wheel on the shaft end of the rotation axis, the eccentric position of the eccentric wheel
Upper to be hinged a drive link, the driving end of the drive link is hinged the gearing mobile jib of above-mentioned wind-guiding flabellum.
The rotation axis of rotation motor persistently rotates, and drives drive link to do compound motion by being eccentrically rotated for eccentric wheel, into
Power is transferred to by one step interlocks mobile jib so that several blades thereon do reciprocal rotation action, and the wind direction formed in cycles turns
Become, thus carries out boundless blowing snow effect.
In the above-mentioned machine that snows with spiral evaporator, the bilayer cooler pan has inlet and outlet,
It is respectively provided with solenoid valve on the water inlet and water outlet.
In the above-mentioned machine that snows with spiral evaporator, fixed shaft on the blind end of the rotary drum evaporator,
Bearing fittings are socketed in the shaft, the shaft is connected by rotary electric machine.
In the above-mentioned machine that snows with spiral evaporator, the refrigeration shaft member exposes the outer of the rotary drum evaporator
It is socketed big bearing holder (housing, cover) in section.
In the above-mentioned machine that snows with spiral evaporator, several heat dissipations are opened on the side wall and rear wall of the cabinet
Hole, the heat emission hole are in strip, and several heat emission holes are arranged in arrays.
Compared with prior art, there is the equipment that snows of spiral evaporator to have the advantage that for this：
The spiral that coolant is provided by helical structure flows to path, thus no matter rotary drum evaporator is designed to how long grow
Degree can be come into full contact with, helical flow path can also extend refrigerant in evaporator after entering evaporator with inner walls
The time of delay promotes large area condensation freezing effects and uniformity to improve coolant utilization rate.Entirety has been expanded to snow
The sphere of action of machine, further realize large area falls snow operation, and it is naturally lively to fall snow mode, pushes Ice & Snow Culture industry,
Promote economic benefit.
Description of the drawings
Fig. 1 is the three-dimensional cutaway view of rotary drum evaporator in originally snowing machine.
Fig. 2 is the section plan of rotary drum evaporator in originally snowing machine.
Fig. 3 is the inside dimensional structure diagram of machine of originally snowing.
Fig. 4 is the external perspective structural representation of machine of originally snowing.
In figure, 1, cylindrical shell；2, spiral inner casing；3, spiral is along wall；4, feed opening；5, discharge hole；6, baffle；7, it feeds
Mouthful；8, outer tube；9, into hole；10, isolation board；11, feedback outlet；12, inner tube；13, discharge port；14, small bearing holder (housing, cover)；15, big bearing
Set；16, shaft；17, Bearing fittings；18, cabinet；19, compressor；20, the double-deck cooler pan；21, rotary drum evaporator；22, it rotates
Motor；23, drip tray；24, skates；25, fan；26, rotation motor；27, eccentric wheel；28, drive link；29, wind-guiding flabellum.
Specific implementation mode
It is specific embodiment of the utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further
Description, but the utility model is not limited to these examples.
As shown in Figures 1 to 4, this machine that snows with spiral evaporator, including cabinet 18, cabinet 18 are interior for assembly
The mouth that snows is arranged in the lower part of room, 18 leading flank of cabinet, and refrigeration system, liquid-supplying system are arranged in assembly room, cuts ice blowing snow system, makes
Cooling system includes connecting the refrigerating circuit formed, rolling by compressor 19, the double-deck cooler pan 20, refrigeration shaft member, rotary drum evaporator 21
One end of cylinder evaporator 21 is blind end, and the other end is arranged baffle 6, and there is port, rotary drum evaporator 21 to include for the center of baffle 6
Cylindrical shell 1 and spiral inner casing 2, for setting spiral along wall 3, spiral is connected in spiral along the bottom of wall 3 on the outer wall of spiral inner casing 2
On inner casing 2, spiral forms closely connected connection along the internal face of the top of wall 3 and cylindrical shell 1, by spiral inner casing 2, spiral along wall
3 and 1 split of cylindrical shell formed along 21 spiral of rotary drum evaporator to the helical flow path of extension, one end setting charging of helical flow path
Discharge hole 5 is arranged in hole 4, the other end, and feed opening 4 is located at port side, and discharge hole 5 is located at closing end side, is evaporated from port to roller
Refrigeration shaft member is stretched into device 21, and the rotation connection that small bearing holder (housing, cover) 14 forms sealing state is socketed between shaft member of freezing and port, system
Cold shaft member stretches into covers isolation board 10 admittedly on the inner segment of rotary drum evaporator 21, the periphery of isolation board 10 and the inner wall shape of spiral inner casing 2
Sealing room is formed at closely connected connection, between isolation board 10 and baffle 6, sealing room is connected with the feed opening 4 of helical flow path, freezes
Shaft member is the double-layer sleeve structure with outer tube 8 and inner tube 12, and feed inlet is arranged on the outer end of the exposing rotary drum evaporator 21 of outer tube 8
7, outer tube 8, which stretches on the end of rotary drum evaporator 21, to be opened into hole 9, is connected into hole 9 with sealing room, inner tube 12 stretches into roller steaming
The inner port for sending out device 21 is feedback outlet 11, and feedback outlet 11 is connected with the inner cavity of rotary drum evaporator 21, rotary drum evaporator 21 it is interior
Chamber is connected with the discharge hole 5 of helical flow path, and the external port that inner tube 12 exposes rotary drum evaporator 21 is discharge port 13；Liquid-supplying system
Including the water pump, woven hose and drip tray 23 being connected, ball-cock assembly is set in drip tray 23, drip tray 23 is located at rotary drum evaporator
21 underface；It includes being arranged in parallel in the skates 24 of 21 side of rotary drum evaporator to cut ice blowing snow system, the blade patch of skates 24
The outer wall of nearly rotary drum evaporator 21, skates 24 are located at the top for the mouth that snows, and it further includes being located at mouthful rear that snows to cut ice blowing snow system
Fan 25, fan 25 have bar shaped air outlet.
It is that booting system snow, water is flowed through defeated by water pump conveying that this, which has the operation method of the machine that snows of spiral evaporator,
Liquid pipe enters in drip tray 23.The work of compressor 19 makes refrigerant compression, and refrigerant is after the cooling of the double-deck cooler pan 20, by making
The feed inlet 7 of cold shaft member outer tube 8 flows into, and flows through the tube chamber between outer tube 8 and inner tube 12, is entered into hole 9 by 8 end of outer tube
Seal room；Refrigerant is kept in sealing room, then the feed opening 4 by being connected enters helical flow path, and refrigerant flows through spiral
It is fully contacted with rotary drum evaporator 21 during runner, cold, which is transferred to 21 outside wall surface of rotary drum evaporator, carries out condensation icing
Operation；Refrigerant flows out helical flow path by discharge hole 5, into the inner cavity of rotary drum evaporator 21, in 21 inner cavity of rotary drum evaporator
In keep in after, refrigeration shaft member inner tube 12 is entered by feedback outlet 11, compression is finally back to by the discharge of the discharge port 13 of inner tube 12
Machine 19.22 driving drum evaporator 21 of rotary electric machine at the uniform velocity rotates, and the outside wall surface of rotary drum evaporator 21 contacts and takes away drip tray
Water in 23 makes its condensation form ice sheet；During rotary drum evaporator 21 rotates, skates 24 get off ice sheet surface cutting
Form ice and snow crystal；The ice and snow crystal of whereabouts, from the mouth blowout that snows, forms the scene that snowflake descends slowly and lightly by fan 25.
When the ball-cock assembly in drip tray 23 monitors that liquid level is too low, progress fluid infusion operation is opened by controlling water pump；When
When ball-cock assembly in drip tray 23 monitors that liquid level is excessively high, carry out stopping liquid operation by controlling water pump closing.
The liquid outlet of compressor 19 is tightly connected the inlet of the double-deck cooler pan 20, the liquid outlet sealing of the double-deck cooler pan 20
The discharge port 13 of the feed inlet 7 of connection refrigeration shaft member outer tube 8, refrigeration shaft member inner tube 12 is tightly connected the inlet of compressor 19.
The pitch range of helical flow path is 10~50mm, and the depth value range of helical flow path is 5~20mm.
It is 20~50mm that the inner tube 12 of refrigeration shaft member, which stretches into the length range of 21 inner cavity of rotary drum evaporator,.
Wind-guiding flabellum 29 is set on the air outlet of fan 25, and wind-guiding flabellum 29 includes interlocking mobile jib, is interlocked on mobile jib uniformly
It wears and connects several blades, the side setting rotation motor 26 of fan 25, rotation motor 26 has rotation axis, consolidates on the shaft end of rotation axis
If eccentric wheel 27, a hinged drive link 28, the driving end of drive link 28 are hinged wind-guiding flabellum 29 on the eccentric position of eccentric wheel 27
Gearing mobile jib.
The rotation axis of rotation motor 26 persistently rotates, and drives drive link 28 to do compound fortune by being eccentrically rotated for eccentric wheel 27
It is dynamic, further power is transferred to and interlocks mobile jib so that several blades thereon do reciprocal rotation and act, is formed in cycles
Thus wind shift carries out boundless blowing snow effect.
The double-deck cooler pan 20 has inlet and outlet, and solenoid valve is respectively provided on water inlet and water outlet.
Fixed shaft 16 on the blind end of rotary drum evaporator 21 is socketed Bearing fittings 17 in shaft 16, and shaft 16 is by rotating
Motor 22 connects.
It is socketed big bearing holder (housing, cover) 15 in the outer segment of refrigeration shaft member exposing rotary drum evaporator 21.
Several heat emission holes are opened on the side wall and rear wall of cabinet 18, heat emission hole is in strip, and several heat emission holes are arranged in matrix
Row.
There is the equipment that snows of spiral evaporator to have the advantage that for this：
By helical structure provide coolant spiral flow to path, thus no matter by rotary drum evaporator 21 be designed to how long
Length can be come into full contact with, helical flow path can also extend refrigerant in evaporator after entering evaporator with inner walls
The time of middle delay promotes large area condensation freezing effects and uniformity to improve coolant utilization rate.Entirety has been expanded to float
The sphere of action of snow machine, further realize large area falls snow operation, and it is naturally lively to fall snow mode, pushes Ice & Snow Culture production
Industry promotes economic benefit.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Although cylindrical shell 1 is used more herein；Spiral inner casing 2；Spiral is along wall 3；Feed opening 4；Discharge hole 5；Gear
Plate 6；Feed inlet 7；Outer tube 8；Into hole 9；Isolation board 10；Feedback outlet 11；Inner tube 12；Discharge port 13；Small bearing holder (housing, cover) 14；Big bearing holder (housing, cover)
15；Shaft 16；Bearing fittings 17；Cabinet 18；Compressor 19；The double-deck cooler pan 20；Rotary drum evaporator 21；Rotary electric machine 22；It connects
Water pond 23；Skates 24；Fan 25；Rotation motor 26；Eccentric wheel 27；Drive link 28；The terms such as wind-guiding flabellum 29, but be not precluded
Use the possibility of other terms.The use of these items is only for more easily describe and explain the sheet of the utility model
Matter；It is contrary to the spirit of the present invention to interpret them as any one of the additional limitations.
Claims (9)
- It is assembly room in the cabinet, under the cabinet leading flank 1. having the machine that snows of spiral evaporator, including cabinet The mouth that snows is arranged in portion, which is characterized in that refrigeration system, liquid-supplying system are arranged in the assembly room, cuts ice blowing snow system, the system Cooling system includes connecting the refrigerating circuit formed, the roller by compressor, the double-deck cooler pan, refrigeration shaft member, rotary drum evaporator One end of evaporator is blind end, and the other end is arranged baffle, and there is port, the rotary drum evaporator to include for the center of the baffle Cylindrical shell and spiral inner casing, along wall, the spiral is connected in setting spiral along the bottom of wall on the outer wall of the spiral inner casing On the spiral inner casing, the spiral forms closely connected connection along the internal face of the top of wall and the cylindrical shell, by described Spiral inner casing, spiral are formed along the rotary drum evaporator spiral along wall and cylindrical shell split to the helical flow path of extension, described Feed opening is arranged in one end of helical flow path, and discharge hole is arranged in the other end, and the feed opening is located at the port side, the discharge hole Positioned at the closing end side, refrigeration shaft member is stretched into the rotary drum evaporator from the port, the refrigeration shaft member with it is described The rotation connection that small bearing holder (housing, cover) forms sealing state is socketed between port, the refrigeration shaft member stretches into the interior of the rotary drum evaporator Duan Shanggu covers isolation board, and the inner wall of the periphery of the isolation board and the spiral inner casing forms closely connected connection, the isolation board with Sealing room is formed between the baffle, the sealing room is connected with the feed opening of the helical flow path, and the refrigeration shaft member is Double-layer sleeve structure with outer tube and inner tube, the outer tube exposes is arranged feed inlet on the outer end of the rotary drum evaporator, institute It states outer tube and stretches on the end of the rotary drum evaporator and open into hole, described to be connected into hole with the sealing room, said inner tube The inner port for stretching into the rotary drum evaporator is feedback outlet, and the feedback outlet is connected with the inner cavity of the rotary drum evaporator, institute The inner cavity for stating rotary drum evaporator is connected with the discharge hole of the helical flow path, and said inner tube exposes the outer of the rotary drum evaporator Port is discharge port；The liquid-supplying system includes the water pump, woven hose and drip tray being connected, and floating ball is arranged in the drip tray Valve, the drip tray are located at the underface of the rotary drum evaporator；The ice blowing snow system of cutting includes being arranged in parallel in the rolling The skates of cylinder evaporator side, the blade of the skates is close to the outer wall of the rotary drum evaporator, and the skates are positioned at the mouth that snows Top, the ice blowing snow system of cutting further includes being located at the fan at mouthful rear of snowing, and the fan has the air outlet of bar shaped.
- 2. the machine that snows according to claim 1 with spiral evaporator, which is characterized in that the compressor goes out liquid Mouth is tightly connected the inlet of the double-deck cooler pan, and the liquid outlet of the bilayer cooler pan is tightly connected outside the refrigeration shaft member The discharge port of the feed inlet of pipe, the refrigeration shaft member inner tube is tightly connected the inlet of the compressor.
- 3. the machine that snows according to claim 1 with spiral evaporator, which is characterized in that the spiral shell of the helical flow path It is 10~50mm away from value range, the depth value range of the helical flow path is 5~20mm.
- 4. the machine that snows according to claim 1 with spiral evaporator, which is characterized in that the interior of shaft member that freeze The length range that pipe stretches into the rotary drum evaporator inner cavity is 20~50mm.
- 5. the machine that snows according to claim 1 with spiral evaporator, which is characterized in that the air outlet of the fan Upper setting wind-guiding flabellum, the wind-guiding flabellum include interlocking mobile jib, are uniformly worn on the gearing mobile jib and connect several blades, the wind The side of fan is arranged rotation motor, and the rotation motor has a rotation axis, and fixed eccentric wheel on the shaft end of the rotation axis is described A hinged drive link, the driving end of the drive link are hinged the gearing mobile jib of above-mentioned wind-guiding flabellum on the eccentric position of eccentric wheel.
- 6. the machine that snows according to claim 1 with spiral evaporator, which is characterized in that the bilayer cooler pan tool There are inlet and outlet, solenoid valve is respectively provided on the water inlet and water outlet.
- 7. the machine that snows according to claim 1 with spiral evaporator, which is characterized in that the rotary drum evaporator Fixed shaft on blind end is socketed Bearing fittings in the shaft, and the shaft is connected by rotary electric machine.
- 8. the machine that snows according to claim 1 with spiral evaporator, which is characterized in that the refrigeration shaft member is exposed Big bearing holder (housing, cover) is socketed in the outer segment of the rotary drum evaporator.
- 9. the machine that snows according to claim 1 with spiral evaporator, which is characterized in that the side wall of the cabinet and Several heat emission holes are opened on rear wall, the heat emission hole is in strip, and several heat emission holes are arranged in arrays.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820300515.7U CN208075397U (en) | 2018-03-04 | 2018-03-04 | The machine that snows with spiral evaporator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820300515.7U CN208075397U (en) | 2018-03-04 | 2018-03-04 | The machine that snows with spiral evaporator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208075397U true CN208075397U (en) | 2018-11-09 |
Family
ID=64038748
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820300515.7U Expired - Fee Related CN208075397U (en) | 2018-03-04 | 2018-03-04 | The machine that snows with spiral evaporator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208075397U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114152011A (en) * | 2021-12-15 | 2022-03-08 | 杭州中创科兴科技有限公司 | Indoor snow system that wafts with even condensation structure |
-
2018
- 2018-03-04 CN CN201820300515.7U patent/CN208075397U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114152011A (en) * | 2021-12-15 | 2022-03-08 | 杭州中创科兴科技有限公司 | Indoor snow system that wafts with even condensation structure |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN210901236U (en) | Ice cream freezing machine | |
| RU2232360C1 (en) | Ice generator | |
| US20110185760A1 (en) | Ice maker for refrigerator | |
| EP2263055B1 (en) | Water funnel and ice maker for refrigerator having the same | |
| CN101881536A (en) | Ice machine for making tube ice | |
| CN208075397U (en) | The machine that snows with spiral evaporator | |
| CN106895625A (en) | Snow machine and snow making method | |
| CN204865057U (en) | Liquid freeze concentration device | |
| CN108332469A (en) | The machine that snows with spiral evaporator | |
| US4292816A (en) | Ice making apparatus | |
| JP2004053142A (en) | Ice water producer | |
| CN209660360U (en) | A kind of double-colored mixing Ice-cream machine | |
| CN207247658U (en) | A kind of ice-making system that can produce block ice on demand in refrigerator | |
| US4549408A (en) | Cube icemaker with rotary ice remover means | |
| CN208398445U (en) | snow blower | |
| CN208075393U (en) | A kind of spiral evaporator | |
| CN2105026U (en) | Inner and outer rotating continuous ice maker | |
| KR102181408B1 (en) | Apparatus for making fine ice with salinity | |
| KR200480759Y1 (en) | Snow ice maker | |
| CN208064408U (en) | Snowmaker for fresh ice support | |
| CN209726591U (en) | A kind of microminiature evaporator of flake ice maker | |
| KR20120126488A (en) | Piece ice manufacturing implement | |
| CN207702786U (en) | Ice making box capable of shortening ice outlet time of ice maker | |
| KR20170003707U (en) | Snow ice maker | |
| KR200280249Y1 (en) | Ice maker |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181109 Termination date: 20200304 |