阅读说明：本技术 一种喷淋式方块冰制冰机 (A kind of fountain ice cube ice machine ) 是由 张念发 庞春林 于 2019-08-05 设计创作，主要内容包括：一种喷淋式方块冰制冰机,包括壳体、制冷制热装置、制冰单元及取冰装置；壳体内设置有第一隔板及第二隔板,制冷制热装置设置于第一隔板的顶面,制冰单元设置于第一隔板的底面,取冰装置设置于第二隔板的下方；第一隔板的底面突出设置有至少两根安装凸条,制冰单元包括与安装凸条的底面连接的制冰板、第一侧相对制冰板转动设置的喷淋组件及用于驱动喷淋组件转动的驱动装置,制冰板的顶面分布有冷却管,底面设置有若干冰格凹槽,喷淋组件朝向制冰板的侧面开设有若干喷淋口,喷淋组件的内部设置有用于将水从喷淋口喷出的喷淋泵；喷淋组件的第二侧的外部设置有接收槽,接收槽与取冰装置连通。如此体积较小、制成的冰块不会多个连结成一体。(A kind of fountain ice cube ice machine, including shell, refrigerating and heating combined equipment, ice making unit and take ice production apparatus；First partition and second partition are provided in shell, refrigerating and heating combined equipment is set to the top surface of first partition, and ice making unit is set to the bottom surface of first partition, and ice production apparatus is taken to be set to the lower section of second partition；The bottom surface of first partition has been provided projectingly at least two installation raised lines, ice making unit includes the driving device with the ice making sheets of the bottom surface connection of installation raised line, the first side relative to the spray assemblies of ice making sheets rotation setting and for driving spray assemblies to rotate, cooling tube is distributed in the top surface of ice making sheets, bottom surface is provided with several ice tray grooves, the side of spray assemblies towards ice making sheets offers several spray ports, the spray pump of spray assemblies being internally provided with for spraying water from spray port；The outside of second side of spray assemblies is provided with receiving slit, and receiving slit is connected to ice production apparatus is taken.Such small volume, manufactured ice cube multiple will not link integral.)

1. a kind of fountain ice cube ice machine, it is characterised in that: including shell, be located at the intracorporal refrigerating and heating combined equipment of shell, system Ice unit and take ice production apparatus；Position in shell close to top, which is horizontally disposed with, first partition, and the position level close to bottom is set It is equipped with second partition, refrigerating and heating combined equipment is set to the top surface of first partition, and ice making unit is set to the bottom surface of first partition, takes Ice production apparatus is set to the lower section of second partition；The bottom surface of first partition has been provided projectingly at least two installation raised lines, ice making unit Including rotating the spray assemblies of setting with the ice making sheets of the bottom surface connection of installation raised line, the first side relative to ice making sheets and for driving Cooling tube is distributed in the driving device of spray assemblies rotation, the top surface of ice making sheets, and bottom surface is provided with several ice tray grooves, spray group The side of part towards ice making sheets offers several spray ports, and spray assemblies are internally provided with for spraying water from spray port Spray pump；The outside of second side of spray assemblies is provided with receiving slit, and receiving slit is connected to ice production apparatus is taken.

2. fountain ice cube ice machine as described in claim 1, it is characterised in that: one end of the cooling tube be provided with into Liquid mouth, the other end are provided with liquid outlet, and inlet is arranged close to the first side of spray assemblies, liquid outlet close to spray assemblies the The setting of two sides.

3. fountain ice cube ice machine as described in claim 1, it is characterised in that: the first end of each installation raised line And second end is downwardly projected and is provided with connection raised line, the bottom for connecting raised line offers first through hole, and ice making sheets are close to connection The position of raised line has been provided projectingly the first linking arm, and the end of the first linking arm offers the second through-hole, and shaft passes through connection Second through-hole of the first through hole of raised line and the first linking arm.

4. fountain ice cube ice machine as described in claim 1, it is characterised in that: the first end of each installation raised line It is downwardly projected and is provided with rotational installation seat, be rotatablely installed on seat and offer third through-hole, the both ends point of the first side of spray assemblies It is not provided projectingly the second linking arm, the end of the second linking arm offers fourth hole, and one second shaft passes through rotational installation The third through-hole of seat and the fourth hole of the second linking arm.

5. fountain ice cube ice machine as described in claim 1, it is characterised in that: the driving device be motor, first The bottom surface of the second end of the position of first side of the bottom surface of partition far from spray assemblies or each installation raised line is downwardly projected setting There is motor mount, motor is set on motor mount, and the output shaft of motor is connected with a link block；Spray assemblies are close to Connecting column is provided projectingly on the outside of two sides, link block is connected with an adjutage, and the first end of adjutage offers limit hole, even Block is connect across limit hole；Spring is connected between the second end and connecting column of adjutage.

6. fountain ice cube ice machine as claimed in claim 5, it is characterised in that: the second end of the adjutage is movable Ground is located at the outside of installation raised line, and the first end of adjutage has been provided projectingly frizzen far from the side of second end, frizzen Extending direction is opposite with the extending direction of adjutage；The lateral surface of installation raised line towards adjutage is arranged at intervals with the first inductor And second inductor.

7. fountain ice cube ice machine as claimed in claim 6, it is characterised in that: the installation raised line is towards adjutage The position of lateral surface and close link block offers mounting groove, and the first inductor is located in mounting groove towards the first of installation raised line The side at end, the second inductor are located in mounting groove towards the side of the second end of installation raised line, the first inductor and the second sense Answering device is microswitch, and the triggering end of the first inductor is located at the side of the second end of the first inductor direction installation raised line, The triggering end of first inductor is connected with the first trigger shrapnel；The triggering end of second inductor is located at the second inductor towards installation The side of the first end of raised line, the triggering end of the second inductor are connected with the second trigger shrapnel；First trigger shrapnel and the second touching Hair elastic slice stretches out in mounting groove.

8. fountain ice cube ice machine as claimed in claim 6, it is characterised in that: the installation raised line is towards adjutage Lateral surface and mounting groove is offered close to the position of link block, the first inductor and the second inductor are microswitch, and first Inductor is located in mounting groove the triggering end direction installation raised line towards the side of the first end of installation raised line and the first inductor Second end, the second inductor is located in mounting groove towards the side of the second end of installation raised line and the triggering end of the second inductor Towards the first end of installation raised line, intermediate bullet is provided between the triggering end of the first inductor and the triggering end of the second inductor Piece, the first end of intermediate elastic slice and the bottom of mounting groove connect, and second end stretches out in mounting groove.

9. fountain ice cube ice machine as described in claim 1, it is characterised in that: the inner surface for taking ice production apparatus is arranged There is insulating layer.

10. fountain ice cube ice machine as described in claim 1, it is characterised in that: described take in ice production apparatus is equipped with quantitatively Ice unit out, quantifying ice unit includes measuring cup, the baffle being slidably disposed in above measuring cup and the gear for driving baffle mobile Plate driving unit.

Technical field

The present invention relates to ice machine technical field, especially a kind of fountain ice cube ice machine.

Background technique

Existing ice machine is generally cast-type ice machine, i.e. water filling head is located at the upper of the ice making sheets with multiple grooves Side, water filling head are filled the water towards ice making sheets, and the bottom of ice making sheets has refrigerating plant, for being rapidly frozen into the water of groove Ice overturns ice making sheets later, so that ice making sheets have the downward of multiple grooves, ice cube falls to the collection of lower section after slightly melting In slot.Since ice making sheets need to overturn 180 degree, it is therefore desirable to reserve enough spaces and be overturn for ice making sheets, being collected simultaneously slot needs To be located at immediately below ice making sheets, it is also desirable to occupy biggish space, just be avoided that ice cube falls to the outside of collecting tank, so make The volume for obtaining complete machine is larger.In addition water can enter the gap between adjacent groove, be formed between connecting between multiple grooves Gap ice cube in gap is not easy to user's use so that at least multiple ice cubes of ice cube collected can strike up partnership.

Summary of the invention

In view of this, the present invention provides a kind of small volume, manufactured ice cubes multiple to link integral spray Formula ice cube ice machine, to solve the above problems.

A kind of fountain ice cube ice machine, including shell, positioned at the intracorporal refrigerating and heating combined equipment of shell, ice making unit and take Ice production apparatus；Position in shell close to top is horizontally disposed first partition, close to bottom position it is horizontally disposed have second every Plate, refrigerating and heating combined equipment are set to the top surface of first partition, and ice making unit is set to the bottom surface of first partition, ice production apparatus is taken to be arranged In the lower section of second partition；The bottom surface of first partition has been provided projectingly at least two installation raised lines, and ice making unit includes and installation The ice making sheets of the bottom surface connection of raised line, the first side are with respect to the spray assemblies of ice making sheets rotation setting and for driving spray assemblies turn Cooling tube is distributed in dynamic driving device, the top surface of ice making sheets, and bottom surface is provided with several ice tray grooves, spray assemblies direction ice making The side of plate offers several spray ports, the spray pump of spray assemblies being internally provided with for spraying water from spray port；Spray The outside for drenching second side of component is provided with receiving slit, and receiving slit is connected to ice production apparatus is taken.

Further, one end of the cooling tube is provided with inlet, and the other end is provided with liquid outlet, and inlet is close to spray The first side setting of component is drenched, liquid outlet is arranged close to second side of spray assemblies.

Further, the first end and second end of each installation raised line are downwardly projected and are provided with connection raised line, even The bottom for connecing raised line offers first through hole, and ice making sheets have been provided projectingly the first linking arm close to the position of connection raised line, the The end of one linking arm offers the second through-hole, and shaft passes through the first through hole of connection raised line and the second of the first linking arm is led to Hole.

Further, the first end of each installation raised line, which is downwardly projected, is provided with rotational installation seat, is rotatablely installed seat On offer third through-hole, the both ends of the first side of spray assemblies have been provided projectingly the second linking arm respectively, the second linking arm End offers fourth hole, and one second shaft passes through the third through-hole of rotational installation seat and the fourth hole of the second linking arm.

Further, the driving device is motor, and the bottom surface of first partition is far from the position of the first side of spray assemblies Or the bottom surface of the second end of each installation raised line is downwardly projected and is provided with motor mount, motor is set on motor mount, The output shaft of motor is connected with a link block；Spray assemblies have been provided projectingly connecting column on the outside of second side, and link block connects It is connected to an adjutage, the first end of adjutage offers limit hole, and link block passes through limit hole；The second end and connection of adjutage Spring is connected between column.

Further, the second end of the adjutage is movably located at the outside of installation raised line, the first end of adjutage Side far from second end has been provided projectingly frizzen, and the extending direction of frizzen and the extending direction of adjutage are opposite；Installation The lateral surface of raised line towards adjutage is arranged at intervals with the first inductor and the second inductor.

Further, the installation raised line is towards the lateral surface of adjutage and the position of close link block offers installation Slot, the first inductor are located at towards the side of the first end of installation raised line in mounting groove, and the second inductor is located at court in mounting groove To the side of the second end of installation raised line, the first inductor and the second inductor are microswitch, the triggering of the first inductor End is located at the first inductor towards the side for the second end for installing raised line, and the triggering end of the first inductor is connected with the first triggering bullet Piece；The triggering end of second inductor is located at the second inductor towards the side for the first end for installing raised line, the touching of the second inductor Originator is connected with the second trigger shrapnel；First trigger shrapnel and the second trigger shrapnel stretch out in mounting groove.

Further, the installation raised line is towards the lateral surface of adjutage and the position of close link block offers installation Slot, the first inductor and the second inductor are microswitch, and the first inductor is located in mounting groove towards the of installation raised line The triggering end of the side of one end and the first inductor is located at direction in mounting groove towards the second end for installing raised line, the second inductor The first end of the triggering end direction installation raised line of the side of the second end of raised line and the second inductor, the touching of the first inductor are installed Intermediate elastic slice is provided between originator and the triggering end of the second inductor, the first end of intermediate elastic slice and the bottom of mounting groove connect It connects, second end stretches out in mounting groove.

Further, the inner surface for taking ice production apparatus is provided with insulating layer.

Further, described to take in ice production apparatus equipped with ice unit is quantified, quantifying ice unit includes measuring cup, movable status Baffle above measuring cup and the baffle-plate driving unit for driving baffle mobile.

Compared with prior art, fountain ice cube ice machine of the invention includes shell, is located at the intracorporal refrigerated medium of shell Thermal, ice making unit and take ice production apparatus；Position in shell close to top, which is horizontally disposed with, first partition, close to the position of bottom It sets to be horizontally disposed with and has second partition, refrigerating and heating combined equipment is set to the top surface of first partition, and ice making unit is set to first partition Bottom surface, take ice production apparatus to be set to the lower section of second partition；The bottom surface of first partition has been provided projectingly at least two installation raised lines, Ice making unit include with installation raised line bottom surface connection ice making sheets, the first side with respect to ice making sheets rotation be arranged spray assemblies and Cooling tube is distributed in driving device for driving spray assemblies to rotate, the top surface of ice making sheets, and it is recessed that bottom surface is provided with several ice trays Slot, the side of spray assemblies towards ice making sheets offer several spray ports, spray assemblies be internally provided with for by water from spray Drench the spray pump that mouth sprays；The outside of second side of spray assemblies is provided with receiving slit, and receiving slit is connected to ice production apparatus is taken.So Small volume, manufactured ice cube multiple will not link integral.

Detailed description of the invention

The embodiment of the present invention is described below in conjunction with attached drawing, in which:

Fig. 1 is the stereoscopic schematic diagram of fountain ice cube ice machine provided by the invention.

Fig. 2 is the stereoscopic schematic diagram at the first visual angle of the ice making sheets in Fig. 1.

Fig. 3 is the stereoscopic schematic diagram at the second visual angle of the ice making sheets in Fig. 1.

Fig. 4 is the enlarged diagram of the part A in Fig. 1.

Fig. 5 is that the stereoscopic schematic diagram after motor, motor mount, connecting rod and spring is removed in Fig. 4.

Fig. 6 is that the stereoscopic schematic diagram after adjutage is removed in Fig. 5.

Fig. 7 is the enlarged diagram of the part B in Fig. 6.

Fig. 8 is the schematic diagram of the first inductor and the second inductor in another embodiment.

Specific embodiment

Specific embodiments of the present invention are further elaborated below based on attached drawing.It should be understood that herein The explanation of the embodiment of the present invention is not intended to limit the scope of protection of the present invention.

Referring to FIG. 1, fountain ice cube ice machine provided by the invention includes shell 10, the refrigeration in shell 10 Heating combined equipment 20, ice making unit 30 and take ice production apparatus 40.

Position in shell 10 close to top is horizontally disposed first partition 11, and the position close to bottom horizontally disposed has the Two partitions 12, refrigerating and heating combined equipment 20 are set to the top surface of first partition 11, and ice making unit 30 is set to the bottom of first partition 11 Face takes ice production apparatus 40 to be set to the lower section of second partition 12.

Refrigerating and heating combined equipment 20 includes compressor, water tank etc., is the known techniques of this field, details are not described herein.System Cold heating combined equipment 20 can be realized refrigeration, also can be reversely operated, realize heating.

The bottom surface of first partition 11 has been provided projectingly at least two installation raised lines 33, ice making unit 30 and two installation raised lines 33 bottom surface connection, to be maintained a certain distance between first partition 11, convenient for heat dissipation and air circulation.

Ice making unit 30 includes the ice making sheets 31 connecting with installation raised line 33, relative to the spray group of the rotation setting of ice making sheets 31 Part 32 and for drive spray assemblies 32 rotate driving device.

Fig. 2 and Fig. 3 is please referred to, ice making sheets 31 include that there is the box body 311 of opening, bending to be distributed in box body 311 for bottom The cooling tube 312 of top surface and several ice tray grooves 313 for being set to 311 bottom surface of box body.

One end of cooling tube 312 is provided with inlet 3121, and the other end is provided with liquid outlet 3122.

Fig. 4 and Fig. 1 is please referred to, the first end and second end of each installation raised line 33 are downwardly projected and are provided with connection raised line 331, the bottom of connection raised line 331 offers first through hole, and a first rotating shaft 314 is led to across the first of two connection raised lines 331 Hole.First side of ice making sheets 31 and the position of the close connection raised line 331 of second side have been provided projectingly the first linking arm, and first connects The end for connecing arm offers the second through-hole, and shaft 314 passes through the second through-hole of the first linking arm, so that ice making sheets 31 are connected to It installs on raised line 33.

The first end of each installation raised line 33, which is downwardly projected, is provided with rotational installation seat 332, is rotatablely installed on seat 332 and opens up There is third through-hole, the both ends of the first side of spray assemblies 32 have been provided projectingly the second linking arm 324, the second linking arm 324 respectively End offer fourth hole, one second shaft 315 passes through the third through-hole and the second linking arm 324 of rotational installation seat 332 Fourth hole and can be rotated with ice making sheets 31 relatively so that spray assemblies 32 and installation raised line 33 are rotatablely connected.

In other embodiments, the first side of spray assemblies 32 can also be rotatablely connected with the first side of ice making sheets 31.Such as system The both ends of first side of slab 31 extend outwardly respectively is provided with third shaft, and the both ends of the first side of spray assemblies 32 are dashed forward respectively It is provided with third linking arm out, fifth hole is offered on third linking arm, third shaft is led to across the 5th of third linking arm Hole.

The side of spray assemblies 32 towards ice making sheets 31 offers several spray ports 321, the inside setting of spray assemblies 32 There is the spray pump connecting by water pipe with several spray ports 321, spray assemblies 32 are also connect by water pipe with a water tank, spray pump For being sprayed the water in water tank into the ice making sheets 31 of ice making sheets 31 upwards by spray port 321.Spray assemblies 32 also have Water collection box, spray pump are located in water collection box, and spray pump can also be ejected the water in water collection box by spray port 321 It goes.

Driving device is motor 36, and the bottom surface of first partition 11 is downwardly projected far from the position of the first side of spray assemblies 32 It is provided with motor mount 35, motor 36 is provided on motor mount 35, the output shaft of motor 36 is connected with a link block 37.

Spray assemblies 32 have been provided projectingly connecting column 322 on the outside of second side far from the first side.

Referring to FIG. 5, link block 37 is connected with an adjutage 371, the first end of adjutage 371 offers limit hole, even Block 37 is connect in limit hole, present embodiment, the cross sectional shape of link block 37 is runway shape, the limit hole pair of adjutage 371 It should be set as runway shape.Such link block 37 can drive adjutage 371 to rotate together when rotating.

Spring 39 is connected between second end of the adjutage 371 far from link block 37 and connecting column 322.

The second end of adjutage 371 is movably located at the outside of installation raised line 33.The first end of adjutage 371 is far from The side at two ends has been provided projectingly frizzen 372.The extending direction of frizzen 372 is opposite with the extending direction of adjutage 371.

When motor 36 is drivingly connected block 37 and rotates so that adjutage 371 around the center of link block 37 in vertical rotation in surface, To drive spray assemblies 32 to swing up and down in vertical plane around the second shaft 315 by spring 39, so that spray assemblies 32 second side is mobile close to or far from ice making sheets 31.Spring 39 is realized between second side and adjutage 371 of spray assemblies 32 Elastic connection.

Inlet 3121 is arranged close to the first side of spray assemblies 32, the second side of liquid outlet 3122 close to spray assemblies 32 Setting.So when refrigerating and heating combined equipment 20 carries out heating work, the ice cube close to the first side of spray assemblies 32 first melts de- It falls, melts after the ice cube of second side of spray assemblies 32 and fall off.In the ice melting of the first side close to spray assemblies 32 After falling off, second side of spray assemblies 32 can be towards the mobile a distance of ice making sheets 31, to reduce the second of spray assemblies 32 The distance between side and ice making sheets 31 when falling off close to second side ice melting of spray assemblies 32, fall distance and reduce, from And it avoids injuring spray assemblies 32 by a crashing object.

The lateral surface of installation raised line 33 towards adjutage 371 is arranged at intervals with the first inductor 333 and the second inductor 334。

Fig. 6 and Fig. 7 is please referred to, installation raised line 33 is towards the lateral surface of adjutage 371 and the position of close link block 37 is opened Equipped with mounting groove 3301, the first inductor 333 and the second inductor 334 are arranged at intervals in mounting groove 3301.

In present embodiment, the first inductor 333 is located in mounting groove 3301 towards the one of the first end of installation raised line 33 Side, the second inductor 334 are located in mounting groove 3301 towards the side of the second end of installation raised line 33.

In order to save space, the second inductor 334 is set to the top of the first inductor 333.

First inductor 333 and the second inductor 334 are microswitch.The triggering end of first inductor 333 is located at the One inductor 333 is connected with the first triggering bullet towards the side for the second end for installing raised line 33, the triggering end of the first inductor 333 Piece 3331；The triggering end of second inductor 334 be located at the second inductor 334 towards installation raised line 33 first end side, the The triggering end of two inductors 334 is connected with the second trigger shrapnel 3341.First trigger shrapnel 3331 and the second trigger shrapnel 3341 Stretch out in the outside of mounting groove 3301.

When clockwise direction of the adjutage 371 in Fig. 7 is rotated up to the middle part of mounting groove 3301, adjutage 371 It is abutted with the second trigger shrapnel 3341 of the second inductor 334, so that the second trigger shrapnel 3341 triggers the second inductor 334, The second side of second side of spray assemblies 32 close to ice making sheets 31 at this time.

When counter clockwise direction of the adjutage 371 in Fig. 7 is swung down to towards spray assemblies 32,372 edge of frizzen It is counterclockwise rotated up in Fig. 7 to the middle part of mounting groove 3301, the first triggering of frizzen 372 and the first inductor 333 Elastic slice 3331 abuts, so that the first trigger shrapnel 3331 triggers the first inductor 333, second side of spray assemblies 32 is opposite at this time Ice making sheets 31 are opened.

Referring to FIG. 8, the first inductor 333 is oppositely arranged with the second inductor 334 in another embodiment, i.e., first The triggering end of inductor 333 and the triggering end of the second inductor 334 are oppositely arranged, in the triggering end and the of the first inductor 333 Intermediate elastic slice 335, the first end of intermediate elastic slice 335 and the bottom of mounting groove 3301 are provided between the triggering end of two inductors 334 Portion's connection, second end stretch out and are located at the outside of mounting groove 3301.

When clockwise direction of the adjutage 371 in Fig. 8 is rotated up to the middle part of mounting groove 3301, adjutage 371 It is abutted with intermediate elastic slice 335, so that intermediate elastic slice 335 triggers the second inductor 334；When adjutage 371 is counterclockwise in Fig. 7 When direction is swung down to towards spray assemblies 32, frizzen 372 is counterclockwise rotated up to mounting groove 3301 along Fig. 7 Middle part, frizzen 372 is abutted with intermediate elastic slice 335, so that first inductor 333 of the intermediate triggering of elastic slice 335.

Refrigerating and heating combined equipment 20, spray pump, the first inductor 333 and the second inductor 334 are connect with a controller, when When second inductor 334 senses adjutage 371, controller control spray pump sprayed and control refrigerating and heating combined equipment 20 into Row refrigeration work, to make ice cube in ice tray groove 313；When the first inductor 333 senses adjutage 371, control Device control refrigerating and heating combined equipment 20 carry out heating work so that the ice cube in ice tray groove 313 start melt and with ice making Plate 31 is detached from, and the ice cube for being detached from ice making sheets 31 is fallen on spray assemblies 32, and is slid along the surface of spray assemblies 32.

Referring to FIG. 1, the outside of second side of spray assemblies 32 is provided with receiving slit 34, receiving slit 34 and ice production apparatus 40 is taken Connection, receiving slit 34 receive the ice cube slid from the surface of spray assemblies 32 and are transferred to ice cube and take in ice production apparatus 40.Take ice The inner surface of device 40 is provided with insulating layer, for maintaining the temperature of ice cube, convenient for storage ice cube.It takes in ice production apparatus 40 and is additionally provided with Ice unit is quantified, a such as measuring cup, one are slidably disposed in the baffle above measuring cup and the barrier driving for driving baffle mobile Unit.The flip lid that ice taking-out mouth 41 and rotation are offered on ice production apparatus 40 at ice taking-out mouth 41 is taken, measuring cup is located at ice taking-out mouth 41.

Compared with prior art, fountain ice cube ice machine of the invention includes shell 10, the system in shell 10 Cold heating combined equipment 20, ice making unit 30 and take ice production apparatus 40；Position in shell 10 close to top, which is horizontally disposed with, first partition 11, being horizontally disposed with close to the position of bottom has second partition 12, and refrigerating and heating combined equipment 20 is set to the top surface of first partition 11, system Ice unit 30 is set to the bottom surface of first partition 11, and ice production apparatus 40 is taken to be set to the lower section of second partition 12；First partition 11 Bottom surface has been provided projectingly at least two installation raised lines 33, and ice making unit 30 includes the ice making sheets connecting with the bottom surface of installation raised line 33 31, driving device of first side relative to the spray assemblies 32 of the rotation setting of ice making sheets 31 and for driving spray assemblies 32 to rotate, The top surface of ice making sheets 31 is distributed with cooling tube 312, and bottom surface is provided with several ice tray grooves 313, and spray assemblies 32 are towards ice making sheets 31 side offers several spray ports 321, the spray of spray assemblies 32 being internally provided with for spraying water from spray port 321 Leaching pump；The outside of second side of spray assemblies 32 is provided with receiving slit 34, and receiving slit 34 is connected to ice production apparatus 40 is taken.Such volume Smaller, manufactured ice cube multiple will not link integral.

The foregoing is merely a prefered embodiment of the invention, is not used to limitation protection scope of the present invention, any in the present invention Modification, equivalent replacement or improvement in spirit etc., all cover in scope of the presently claimed invention.