CN103791666A - Ice maker - Google Patents
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- CN103791666A CN103791666A CN201410049866.1A CN201410049866A CN103791666A CN 103791666 A CN103791666 A CN 103791666A CN 201410049866 A CN201410049866 A CN 201410049866A CN 103791666 A CN103791666 A CN 103791666A
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Abstract
The invention discloses an ice maker and belongs to the application field of refrigeration techniques. The ice maker comprises a refrigerator body, an ice making device, a water supply device, a compressor and a condenser, wherein the ice making device comprises a retarding gear motor, a motor fixing plate, a reamer shaft, an ice outlet pipe and an evaporator; the retarding gear motor is arranged above the motor fixing plate; the motor fixing plate is fixed with the refrigerator body; the evaporator comprises an evaporator inner sleeve, an evaporator outer sleeve and an inner sleeve fixing seat; an ice outlet is formed in the wall at the upper part of the evaporator inner sleeve; a water inlet is formed in the wall at the lower part of the evaporator inner sleeve; the evaporator outer sleeve is arranged near the central part of the evaporator inner sleeve; a refrigerant liquid supply pipe and an air return pipe are connected with the wall of the evaporator outer sleeve; the reamer shaft is arranged in a containing cavity of the evaporator inner sleeve; the wall of the outer periphery of the containing cavity is provided with spiral reamers; a motor output shaft is connected with the top of the reamer shaft and the ice outlet pipe is fixed at the ice outlet. The ice maker disclosed by the invention is small in size, simple and compact in structure, low in processing precision requirement, convenient to install and debug and low in manufacturing cost; the water level of a water tank can be safely and effectively controlled.
Description
Technical field
The invention belongs to Refrigeration Technique application, be specifically related to a kind of ice machine for the production of trash ice, is the improvement to existing ice machine structure.
Background technology
Ice machine is widely used in the field such as food, light industry and medical treatment, such as the cooling procedure in the transportation of seafood, meat and production process, chemical technology etc. all needs to use trash ice.Ice machine is generally realized ice crushing function by stirring mechanism of ice, ice cube is completed to the efficiency that has improved trash ice processed for trash ice by ice crusher with respect to traditional first producing ice cakes again.Traditional mechanism of ice that stirs comprises motor, transmission mechanism and the long handle reamer for trash ice of being located at body top, and described motor drives long handle reamer to carry out trash ice as High Rotation Speed through transmission mechanism.Described transmission mechanism is made up of worm and gear conventionally, long handle reamer is connected with motor-driven through worm and gear, because worm gear structure is more complicated, and long handle reamer axle is longer, concentricity requirement when adding the required precision in man-hour and install is all more harsh, exists complex structure and not compact, the defect such as volume is large, installation and debugging are difficult, manufacturing cost is large.Chinese utility model patent Granted publication CN2611835Y has introduced a kind of " ice making of ice machine, deicing ", this ice machine by the top of reamer directly and motor reduction gearbox fix, omit transmission mechanism, structure is comparatively compact, but it is not considered the liquid level control of ice machine water tank.The hydromining price of using due to ice making higher pure water for running water, thereby must consider the factor of saving.Current ice machine more uses electric pole type liquid-level switch, and electric pole type liquid-level switch carrys out detecting water level by high and low level electrode, and water power does not separate, and security and stability is poor; Chinese utility model patent Granted publication CN2636161Y discloses a kind of " water supply installation of ice making ice crusher ", and it controls water level by a microswitch is set, but has the problems such as complex structure, microswitch be easy to failure.
in view of above-mentioned prior art, be necessary existing ice machine structure to be improved, for this reason, the applicant has done useful design, and technical scheme described below produces under this background.
Summary of the invention
Task of the present invention be to provide that a kind of volume is little, simple and compact for structure, requirement on machining accuracy is low, installation and debugging are convenient, energy-conservation material-saving, low cost of manufacture, and can carry out safety, the effective ice machine controlled to the water level in water tank.
Task of the present invention completes like this, a kind of ice machine, comprise: casing, ice maker, water supply installation, compressor and condenser, described casing is separated into cavity of resorption and epicoele by a middle separate layer by inner die cavity, in described cavity of resorption, be provided with compressor and condenser, in described epicoele, be provided with ice maker and water supply installation, ice maker and water supply installation, compressor and condenser connect, condenser is connected with compressor, in described casing and corresponding to the front of cavity of resorption, also form and have ice storage chamber, it is characterized in that: described ice maker comprises reducing motor, motor fixing plate, reamer axle, go out ice pipe and evaporimeter, described reducing motor is arranged on the top of motor fixing plate, its motor output shaft leans out downwards outside described motor fixing plate, described motor fixing plate and casing are fixed, described evaporimeter comprises evaporimeter inner sleeve, evaporimeter outer sleeve and inner sleeve holder, described evaporimeter inner sleeve is fixedly mounted on the below of motor fixing plate and corresponding with the position of reducing motor by inner sleeve holder, on the top wall body of evaporimeter inner sleeve short transverse, offer an ice mouth, on the bottom wall body of short transverse, offer one for connecting the water inlet of water supply installation, described evaporimeter outer sleeve be fixed in evaporimeter inner sleeve nearly medium position place and and evaporimeter inner sleeve between enclosure become to have cold-producing medium cavity volume, on the wall body of evaporimeter outer sleeve, be connected with the refrigerant feed liquid pipe and the cold-producing medium muffler that communicate with described cold-producing medium cavity volume, described refrigerant feed liquid pipe is connected with described condenser, described cold-producing medium muffler is connected with described compressor, described reamer axle is vertically arranged in the cavity volume of evaporimeter inner sleeve, the hub setting rotationally of the two ends of reamer axle is upper evaporimeter inner sleeve, bottom and and the wall body of evaporimeter inner sleeve between structure for being tightly connected, on the excircle wall body of reamer axle, be provided with spiral reamer, be connected with described motor output shaft at the crown center of reamer axle, the described ice pipe that goes out is fixedly mounted on the top of evaporimeter inner sleeve short transverse and the position corresponding to ice mouth.
In a specific embodiment of the present invention, on described casing tank wall forwardly, convertible chamber door is installed, described chamber door arranges respectively a pair of door-hinge in the both sides of length direction, described casing is formed with respectively door-hinge groove on left and right side's tank wall, and a pair of door-hinge hub setting is in described door-hinge groove and can slippage in door-hinge groove; On described casing tank wall forwardly, be also provided with control panel, described control panel is electrically connected with the control system of ice machine.
In another specific embodiment of the present invention, described reducing motor is also equipped with electric motor fan, and described electric motor fan is arranged on the top of motor fixing plate and is close to reducing motor one side.
In another specific embodiment of the present invention, described reamer axle is offered output shaft hole at the crown center of short transverse, between described motor output shaft and the output shaft hole of described reamer axle, is connected by key.
In another specific embodiment of the present invention, described reamer axle is arranged with successively upper bearing (metal) and upper sealing ring in the position section that is positioned at inner sleeve holder die cavity, described upper sealing ring makes between the upper end of reamer axle and the top wall body of evaporimeter inner sleeve structure for being tightly connected, on the lower end of reamer axle, be arranged with successively lower seal and lower bearing, described lower seal makes between the lower end of reamer axle and the bottom wall body of evaporimeter inner sleeve structure for being tightly connected, described lower bearing by bearing cap with the lower end structure of evaporimeter inner sleeve for being fixedly connected with.
Also have in a specific embodiment of the present invention, the described ice pipe that goes out also comprises that one goes out ice pipe holder, described go out ice pipe holder and described go out ice pipe jointly anchor ear in the outside portion of evaporimeter inner sleeve and be connected and fixed by securing member between the two, use the mouth of pipe of ice pipe simultaneously and aim at described ice mouth.
More of the present invention and in a specific embodiment, described evaporimeter is provided with dividing plate in cold-producing medium cavity volume, described dividing plate is at the top of short transverse indwelling refluxing opening.
In of the present invention and then a specific embodiment, described water supply installation comprises tank box, water tank case lid, ball float, water inlet pipe and water intaking valve, described tank box is respectively provided with at least one fixing ear of casing getting on for tank box being fixed to casing on the outer wall of corresponding both sides, tank box is provided with the blow-off pipe being communicated with the inner die cavity of water tank below bottom, outlet pipe and overflow pipe, on described blow-off pipe, be provided with blowoff valve, described outlet pipe connects the water inlet of ice maker by pipeline, the nearly tip position that one end of described overflow pipe extends upwardly to tank box forms a water level overfall, the other end of overflow pipe connects discharge pipe line, described water tank case lid is for joining with described tank box lid, described ball float passes through connecting rod hub setting rotationally on water intaking valve, water intaking valve is fixed on the inner side of water tank case lid, one end of described water inlet pipe is connected and fixed through water tank case lid and water intaking valve, the other end of water inlet pipe is connected with water source.
Of the present invention again more and in a specific embodiment, described water supply installation also has water level detection switch, described water level detection switch is fixedly mounted on the bottom of tank box, and is electrically connected with the control system of ice machine.
In again of the present invention and then a specific embodiment, described water level detection switch is float-ball type water level switch.
The present invention is owing to adopting after said structure, the beneficial effect having: first, reamer axle motor output shaft direct and reducing motor is in transmission connection, not only simple and compact for structure, and reamer axle can adopt short handle form, both save material, reduce volume, facilitate again installation and debugging, reduced requirement on machining accuracy and manufacturing cost simultaneously; In addition, water supply installation adopts after ball float, water level overflow and float-ball type water level switch, not only simplifies the structure, and can reality carry out safe and effective control to the water level in water tank.
Accompanying drawing explanation
Fig. 1 is one embodiment of the invention structure diagram.
Fig. 2 is the perspective view of ice maker of the present invention.
Fig. 3 is the plane structure chart of ice maker of the present invention.
Fig. 4 is the three-dimensional structure diagram of water supply installation of the present invention.
In figure: 1. separate layer, 16. cavity of resorptions, 17. epicoeles in the middle of casing, 11. door-hinge grooves, 12. chamber doors, 121. door-hinges, 13. control panels, 14. ice storage chambeies, 15., 2. ice maker, 21. reducing motors, 211. motor output shaft, 212. electric motor fan, 22. ring flanges, 23. motor fixing plates, 24. reamer axles, 241. output shaft hole, 242. upper bearing (metal), sealing ring on 243., 244. spiral reamer, 244. lower seal, 245. lower bearing, 246. bearing cap, 25. go out ice pipe, 251. go out ice pipe holder, 2511. screw, 252. screw, 26. evaporimeters, 261. evaporimeter inner sleeves, 2611. ice mouth, 2612. water inlet, 262. evaporimeter outer sleeves, 2621. refrigerant feed liquid pipe, 2622. cold-producing medium muffler, 263. inner sleeve holders, 2631. sleeve flange, 264. dividing plate, 265. refluxing opening, 266. cold-producing medium cavity volumes, 3. water supply installation, 31. tank box, the fixing ear of 311. casings, 312. blow-off pipes, 3121. blowoff valves, 313. outlet pipes, 314. overflow pipes, 315. water level overfalls, 32. water tank case lids, 33. ball floats, 34. water inlet pipes, 35. water intaking valves, 36. water level detection switch, 4. compressor, 5. condenser.
The specific embodiment
for the auditor that the makes Patent Office especially public can be expressly understood technical spirit of the present invention and beneficial effect more, applicant elaborates the mode with embodiment below by reference to the accompanying drawings, but be not all the restriction to technical solution of the present invention to the description of embodiment, any done according to the present invention design only for pro forma but not substantial equivalent transformation all should be considered as technical scheme category of the present invention.
?refer to Fig. 1, a kind of ice machine comprises casing 1, ice maker 2, water supply installation 3, compressor 4 and condenser 5.On described casing 1 tank wall forwardly, convertible chamber door 12 is installed, described chamber door 12 arranges respectively a pair of door-hinge 121 in the both sides of length direction, described casing 1 is formed with respectively the door-hinge groove 11 for door-hinge 121 hub settings for described on left and right side's tank wall, and described door-hinge 121 can be in described door-hinge groove 11 interior front and back slippage.On casing 1 tank wall forwardly, be also provided with control panel 13, described control panel 13 is electrically connected with the control system of ice machine.Described casing 1 is separated into cavity of resorption 16 and epicoele 17 by a middle separate layer 15 by inner die cavity, in described cavity of resorption 16, be provided with compressor 4 and condenser 5, in described epicoele 17, be provided with ice maker 2 and water supply installation 3, ice maker 2 is connected with water supply installation 3, compressor 4 and condenser 5, condenser 5 is connected with compressor 4, in described casing 1 and corresponding to the front of cavity of resorption 16, also forms and has ice storage chamber 14.
Refer to Fig. 2 and in conjunction with Fig. 3, described ice maker 2 comprises reducing motor 21, ring flange 22, motor fixing plate 23, reamer axle 24, goes out ice pipe 25 and evaporimeter 26.Described reducing motor 21 is arranged on the top of motor fixing plate 23 by ring flange 22, its motor output shaft 211 is outside respective through hole leans out described motor fixing plate 23 downwards, and described motor fixing plate 23 is fixing with casing 1.Described reducing motor 21 is also equipped with the electric motor fan 212 of heat transmission, and electric motor fan 212 is arranged on the top of motor fixing plate 23 and is close to reducing motor 21 1 sides.Described evaporimeter 26 comprises evaporimeter inner sleeve 261, evaporimeter outer sleeve 262 and inner sleeve holder 263.Described evaporimeter inner sleeve 261 is fixedly mounted on the below of motor fixing plate 23 and corresponding with the position of reducing motor 21 by inner sleeve holder 263, specifically: be fixedly connected with on the casing that is threaded to successively reducing motor 21 through corresponding screw on inner sleeve holder 263, motor fixing plate 23, ring flange 22 by screw.Described inner sleeve holder 263 is provided with sleeve flange 2631 below short transverse, and described sleeve flange 2631 is realized fixed installation by screw and described inner sleeve holder 263.Evaporimeter inner sleeve 261 offers ice mouth 2611, on the wall body of the bottom of short transverse, offers the water inlet 2612 for connecting water supply installation 3 on the wall body of the top of short transverse.Described evaporimeter outer sleeve 262 be fixed in evaporimeter inner sleeve 261 nearly medium position place and and evaporimeter inner sleeve 261 between enclosure become to have cold-producing medium cavity volume 266, at the interior dividing plate 264 that arranges of described cold-producing medium cavity volume 266.Described dividing plate 264 has for the mobile refluxing opening 265 of refrigerant circulation in the indwelling of the top of short transverse, can improve thus the flow effect of cold-producing medium.On the wall body of evaporimeter outer sleeve 262, be connected with the refrigerant feed liquid pipe 2621 and the cold-producing medium muffler 2622 that communicate with described cold-producing medium cavity volume 266, described refrigerant feed liquid pipe 2621 is connected with described condenser 5, and described cold-producing medium muffler 2622 is connected with described compressor 4.Described reamer axle 24 is vertically arranged in the cavity volume of evaporimeter inner sleeve 261, the hub setting rotationally of the two ends of reamer axle 24 the upper and lower part of evaporimeter inner sleeve 261 and and the wall body of evaporimeter inner sleeve 261 between structure for being tightly connected, on the excircle wall body of reamer axle 24, be provided with spiral reamer 244, be connected with motor output shaft 211 at the crown center of reamer axle 24, the described ice pipe 25 that goes out is fixedly mounted on the top of evaporimeter inner sleeve 261 short transverses and the position corresponding to ice mouth 2611.Particularly: described reamer axle 24 is offered output shaft hole 241 at the crown center of short transverse, between described motor output shaft 211 and the output shaft hole 241 of described reamer axle 24, be connected by key, realize being in transmission connection of reamer axle 24 and motor output shaft 211.Described reamer axle 24 is arranged with successively upper bearing (metal) 242 and upper sealing ring 243 in the position section that is positioned at inner sleeve holder 263 die cavities, described upper sealing ring 243 makes between the upper end of reamer axle 24 and the top wall body of evaporimeter inner sleeve 261 structure for being tightly connected, on the lower end of reamer axle 24, be arranged with successively lower seal 244 and lower bearing 245, described lower seal 244 makes between the lower end of reamer axle 24 and the bottom wall body of evaporimeter inner sleeve 261 structure for being tightly connected, described lower bearing 245 by bearing cap 246 with the lower end structure of evaporimeter inner sleeve 261 for being fixedly connected with.The described ice pipe 25 that goes out fixedly mounts in the position corresponding to ice mouth 2611 and evaporimeter inner sleeve 261, particularly, the described ice pipe 25 that goes out also comprises that one goes out ice pipe holder 251, described go out ice pipe holder 251 with described go out ice pipe 25 jointly anchor ear in the outside portion of evaporimeter inner sleeve 261 and be connected and fixed by securing member between the two, use the mouth of pipe of ice pipe 25 simultaneously and aim at described ice mouth 2611.In the present embodiment, described securing member is screw 252, go out ice pipe holder 251 and be formed with respectively fixing ear with the junction that goes out ice pipe 25, on described fixing ear, offer screw 2511, go out ice pipe 25 and offering equally screw corresponding to fixing ear place, described screw 252 will go out ice pipe holder 251 and go out ice pipe 25 and be connected and fixed after passing out successively on ice pipe 25 corresponding screw and going out the screw 2511 of ice pipe holder 251.
Refer to Fig. 4, described water supply installation 3 comprises tank box 31, water tank case lid 32, ball float 33, water inlet pipe 34 and water intaking valve 35, and described water tank case lid 32 is positioned at the top of tank box 31 short transverses, for joining with described tank box 31 lids.Described tank box 31 is respectively provided with at least one for tank box 31 being fixed to the fixing ear 311 of casing of casing 1 on the outer wall of corresponding both sides.Tank box 31 is provided with the blow-off pipe 312, outlet pipe 313 and the overflow pipe 314 that are communicated with the inner die cavity of water tank below bottom.On described blow-off pipe 312, be provided with blowoff valve 3121; Described outlet pipe 313 connects the water inlet 2612 of ice maker 2 by pipeline; The nearly tip position that one end of described overflow pipe 314 extends upwardly to tank box 31 forms a water level overfall 315, and the other end of overflow pipe 314 connects discharge pipe line.Described water level overfall 315, as Overflow drainage protective device, plays the restriction of the water level peak in tank box 31.Described ball float 33 is by connecting rod hub setting rotationally on water intaking valve 35, and water intaking valve 35 is fixed on the inner side of water tank case lid 32.One end of described water inlet pipe 34 is connected and fixed through water tank case lid 32 and water intaking valve 35, and the other end of water inlet pipe 34 is connected with water source.Described water supply installation 3 also has water level detection switch 36, and described water level detection switch 36 is the bottom at tank box 31 by bolted, and its wiring, outside bottom respective through hole leads to tank box 31, is electrically connected with the control system of ice machine.In the present embodiment, described water level detection switch 36 is float-ball type water level switch.
please continue to refer to Fig. 1, and in conjunction with Fig. 2 and Fig. 3, ice making, trash ice process to the present embodiment describe.The backflow of cold-producing medium can be with reference to prior art, sequentially circulates through the cold-producing medium muffler 2622 → compressor 4 of the cold-producing medium cavity volume 266 → evaporimeter 26 of the refrigerant feed liquid pipe 2621 → evaporimeter 26 of compressor 4 → condenser 5 → evaporimeter 26.In above-mentioned cyclic process, water supply installation 3 is carried water source by the water inlet 2612 of ice maker 2 to the die cavity of evaporimeter inner sleeve 261, and cold-producing medium circulates, absorbs heat evaporation and realizes the ice making to evaporimeter inner sleeve 261 interior water sources in cold-producing medium cavity volume 266.Meanwhile, reducing motor 21 drives reamer axle 24 to rotate, and by spiral reamer 244, the ice cube in evaporimeter inner sleeve 261 is blended, and upwards drives and deliver to ice mouth 2611, trash ice is through the ice storage chamber 14 that goes out ice pipe 25 and enter casing 1 at ice mouth 2611 places, and user only need open chamber door 12 and can take.
Please continue to refer to Fig. 4 and in conjunction with Fig. 1, the water supply to the present embodiment water supply installation 3 and water level detecting process describe.Interior when anhydrous when tank box 31, ball float 33 is in tenesmus position, and its effect by connecting rod is opened water intaking valve 35, and external water source enters tank box 31 through water inlet pipe 34, then leads to ice maker 2 by the outlet pipe 313 of bottom half.With increasing gradually of rate of water added, the water level in tank box 31 raises gradually, and ball float 33 is slowly floated.In the time that ball float 33 reaches predefined level height, water intaking valve 35 is closed, and outside water supply stops.Due to ice maker 2 constantly water complete ice making, trash ice and go out ice, the water level in tank box 31 will decline gradually, cause ball float 33 and drop, and be reintroduced back to water source to open water intaking valve 35.If meet the emergency case such as water source cuts off the water, in the time that the water level in tank box 31 drops to minimum, water level detection switch 36 will be triggered, and to the control system transmitted signal of ice machine, system power supply be cut off, and ice machine work stops, and avoids anhydrous operation.Utilize water level detection switch 36 to go back the liquid level warning of feasible system, facilitate user to investigate in time fault.
Claims (10)
1.
a kind of ice machine, comprise: casing (1), ice maker (2), water supply installation (3), compressor (4) and condenser (5), described casing (1) is separated into cavity of resorption (16) and epicoele (17) by a middle separate layer (15) by inner die cavity, in described cavity of resorption (16), be provided with compressor (4) and condenser (5), in described epicoele (17), be provided with ice maker (2) and water supply installation (3), ice maker (2) and water supply installation (3), compressor (4) and condenser (5) connect, condenser (5) is connected with compressor (4), in described casing (1) and corresponding to the front of cavity of resorption (16), also form and have ice storage chamber (14), it is characterized in that: described ice maker (2) comprises reducing motor (21), motor fixing plate (23), reamer axle (24), go out ice pipe (25) and evaporimeter (26), described reducing motor (21) is arranged on the top of motor fixing plate (23), its motor output shaft (211) leans out downwards outside described motor fixing plate (23), described motor fixing plate (23) is fixing with casing (1), described evaporimeter (26) comprises evaporimeter inner sleeve (261), evaporimeter outer sleeve (262) and inner sleeve holder (263), described evaporimeter inner sleeve (261) is fixedly mounted on the below of motor fixing plate (23) and corresponding with the position of reducing motor (21) by inner sleeve holder (263), on the top wall body of evaporimeter inner sleeve (261) short transverse, offer an ice mouth (2611), on the bottom wall body of short transverse, offer one for connecting the water inlet (2612) of water supply installation (3), described evaporimeter outer sleeve (262) be fixed in evaporimeter inner sleeve (261) nearly medium position place and and evaporimeter inner sleeve (261) between enclosure become to have cold-producing medium cavity volume (266), on the wall body of evaporimeter outer sleeve (262), be connected with the refrigerant feed liquid pipe (2621) and the cold-producing medium muffler (2622) that communicate with described cold-producing medium cavity volume (266), described refrigerant feed liquid pipe (2621) is connected with described condenser (5), described cold-producing medium muffler (2622) is connected with described compressor (4), described reamer axle (24) is vertically arranged in the cavity volume of evaporimeter inner sleeve (261), the two ends hub setting rotationally of reamer axle (24) is upper evaporimeter inner sleeve (261), bottom and and the wall body of evaporimeter inner sleeve (261) between structure for being tightly connected, on the excircle wall body of reamer axle (24), be provided with spiral reamer (244), be connected with motor output shaft (211) at the crown center of reamer axle (24), the described ice pipe (25) that goes out is fixedly mounted on the top of evaporimeter inner sleeve (261) short transverse and the position corresponding to ice mouth (2611).
2.
ice machine according to claim 1, it is characterized in that, on described casing (1) tank wall forwardly, convertible chamber door (12) is installed, described chamber door (12) arranges respectively a pair of door-hinge (121) in the both sides of length direction, described casing (1) is formed with respectively door-hinge groove (11) on left and right side's tank wall, and a pair of door-hinge (121) hub setting is in described door-hinge groove (11) and can slippage in door-hinge groove (11); On described casing (1) tank wall forwardly, be also provided with control panel (13), described control panel (13) is electrically connected with the control system of ice machine.
3.
ice machine according to claim 1, it is characterized in that described reducing motor (21) is also equipped with electric motor fan (212), described electric motor fan (212) is arranged on the top of motor fixing plate (23) and is close to reducing motor (21) one sides.
4.
ice machine according to claim 1, reamer axle (24) described in it is characterized in that is offered output shaft hole (241) at the crown center of short transverse, between described motor output shaft (211) and the output shaft hole (241) of described reamer axle (24), is connected by key.
5.
ice machine according to claim 1, it is characterized in that described reamer axle (24) is arranged with successively upper bearing (metal) (242) and upper sealing ring (243) in the position section that is positioned at inner sleeve holder (263) die cavity, described upper sealing ring (243) makes between the upper end of reamer axle (24) and the top wall body of evaporimeter inner sleeve (261) structure for being tightly connected, on the lower end of reamer axle (24), be arranged with successively lower seal (244) and lower bearing (245), described lower seal (244) makes between the lower end of reamer axle (24) and the bottom wall body of evaporimeter inner sleeve (261) structure for being tightly connected, described lower bearing (245) by bearing cap (246) with the lower end structure of evaporimeter inner sleeve (261) for being fixedly connected with.
6.
ice machine according to claim 1, it is characterized in that the described ice pipe (25) that goes out also comprises that one goes out ice pipe holder (251), described go out ice pipe holder (251) with described go out ice pipe (25) jointly anchor ear in the outside portion of evaporimeter inner sleeve (261) and be connected and fixed by securing member between the two, use the mouth of pipe of ice pipe (25) simultaneously and aim at described ice mouth (2611).
7.
ice machine according to claim 1, it is characterized in that described evaporimeter (26) is provided with dividing plate (264) in cold-producing medium cavity volume (266), described dividing plate (264) is at the top of short transverse indwelling refluxing opening (265).
8.
ice machine according to claim 1, it is characterized in that described water supply installation (3) comprises tank box (31), water tank case lid (32), ball float (33), water inlet pipe (34) and water intaking valve (35), described tank box (31) is respectively provided with at least one fixing ear (311) of casing getting on for tank box (31) being fixed to casing (1) on the outer wall of corresponding both sides, tank box (31) is provided with the blow-off pipe (312) being communicated with the inner die cavity of water tank below bottom, outlet pipe (313) and overflow pipe (314), on described blow-off pipe (312), be provided with blowoff valve (3121), described outlet pipe (313) connects the water inlet (2612) of ice maker (2) by pipeline, the nearly tip position that one end of described overflow pipe (314) extends upwardly to tank box (31) forms a water level overfall (315), the other end of overflow pipe (314) connects discharge pipe line, described water tank case lid (32) is for joining with described tank box (31) lid, described ball float (33) passes through connecting rod hub setting rotationally on water intaking valve (35), water intaking valve (35) is fixed on the inner side of water tank case lid (32), one end of described water inlet pipe (34) is connected and fixed through water tank case lid (32) and water intaking valve (35), the other end of water inlet pipe (34) is connected with water source.
9.
ice machine according to claim 8, it is characterized in that described water supply installation (3) also has water level detection switch (36), described water level detection switch (36) is fixedly mounted on the bottom of tank box (31), and is electrically connected with the control system of ice machine.
10.
ice machine according to claim 9, is characterized in that described water level detection switch (36) is float-ball type water level switch.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410049866.1A CN103791666B (en) | 2014-02-13 | 2014-02-13 | Ice machine |
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| CN201410049866.1A CN103791666B (en) | 2014-02-13 | 2014-02-13 | Ice machine |
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| CN103791666B CN103791666B (en) | 2016-06-15 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107367098A (en) * | 2017-07-11 | 2017-11-21 | 湖南嘉圣农业科技发展有限公司 | A kind of novel environment friendly ice flaker machine |
| CN108534418A (en) * | 2018-05-30 | 2018-09-14 | 深圳市德尔制冷设备有限公司 | Snow machine |
| CN109442830A (en) * | 2018-12-04 | 2019-03-08 | 浙江同星科技股份有限公司 | A kind of continuous-production-type ice machine |
| CN109900031A (en) * | 2019-03-28 | 2019-06-18 | 常熟市圣海电器有限公司 | A kind of ice making box turnover mechanism |
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| CN103791666B (en) | 2016-06-15 |
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