CN207515305U - It is a kind of to go out ice cube trash ice ice machine automatically - Google Patents

Abstract

Go out ice cube trash ice ice machine automatically the utility model discloses a kind of, have additional ice storage box, ice storage box automatic ice dispensing device, ice cube diaphragm valve, trash ice unit and connect ice platform, by the outlet for switching ice cube diaphragm valve, the ice cube in ice storage box can be made directly to be exported by the first outlet of ice cube diaphragm valve or be exported after trash ice unit is broken into trash ice, ice cube or trash ice go out ice during, container need to only be placed on and connect on ice platform by operating personnel, to catch ice cube or trash ice, therefore, the utility model realizes the automation for going out ice process of ice cube and trash ice, greatly reduce the labor intensity that operator takes ice, the ice time is saved, and, ice cube and trash ice will not be in contact during it entirely goes out ice with operating personnel, it is easier to ensure the food hygiene and safety of ice cube and trash ice.

Description

It is a kind of to go out ice cube trash ice ice machine automatically

Technical field

Go out ice cube trash ice ice machine automatically the utility model is related to a kind of.

Background technology

Ice machine is a kind of refrigerating machine equipment by water by evaporator by generation ice after the cooling of refrigeration system refrigerant, Using refrigeration system, with water carrier, in the energized state by producing ice after a certain equipment.

Existing ice machine has the following problems：

First, ice-making process needs manual hand manipulation, and labor intensity is big, moreover, when picking up the ice cube made by ice machine, Ice cube contacts vulnerable to pollution with operating personnel.

Second, according to the principle of evaporator and the difference of the mode of production, the ice cube shaped of generation is also different；People generally with Ice machine is divided into particle ice maker, slice ice machine, plate ice machine, tube ice machine, shell ice machine etc. by ice shape.Existing ice machine is only capable of Production ice cube is only capable of production trash ice, it is difficult to meet the market demand.

Third, in the prior art, being stored in the ice storage box medium floe of ice machine needs manually out to be used with container spoon, this Ice cube can be caused to generate pollution.

4th, after the ice cube that makes of ice making unit of ice machine, ice cube falls into the ice storage box of ice machine and stores, to stay It is used after, the release of ice storage box medium floe can be influenced by being primarily present two kinds of situations in the prior art：The first situation, ice making unit Made ice cube volume is larger so that ice cube is difficult to be pushed out by the outlet of ice storage box；The second situation, ice cube is in ice storage Stored number is more in case or stores the long period so that the ice cube of normal volume lumps at low temperature, and it is larger to become volume Ice cube and be difficult to be pushed out by the outlet of ice storage box.

5th, ice machine can also store made ice cube to use after remaining by setting ice storage box, is broken by setting Ice cube is broken into trash ice by ice maker group.But the ice making unit of ice machine is in ice-making process, ice storage box during storage, Ice storage box inevitably generates certain low-temperature wastewater during trash ice, and existing ice machine is generated in ice making, ice storage, trash ice unit Low-temperature wastewater is all expelled directly out, and causes certain waste.

Utility model content

Technical problem to be solved in the utility model is：One kind is provided and goes out ice cube trash ice ice machine automatically.

Above-mentioned technical problem is solved, technical solution is as follows used by the utility model：

A kind of to go out ice cube trash ice ice machine automatically, the ice making unit equipped with fuselage and in the fuselage is special Sign is：Automatically go out ice storage box, the ice storage box that ice cube trash ice ice machine is additionally provided in the fuselage goes out automatically Ice production apparatus, ice cube diaphragm valve, trash ice unit and connect ice platform；The ice making unit, ice storage box, ice storage box automatic ice dispensing device, Ice cube diaphragm valve and trash ice unit are from top to bottom sequentially arranged, and the ice cube made by the ice making unit is fallen into the ice storage box The ice cube being stored in the ice storage box can be exported to the ice cube and led by sealed storage, the ice storage box automatic ice dispensing device Flow the entrance of valve, the ice cube diaphragm valve is equipped with first outlet and second outlet, and the ice cube diaphragm valve can it is controlled will be by The ice cube that its entrance enters is guided to its one of outlet output, and the trash ice unit is led into the ice mouth connection ice cube Flow the second outlet of valve；The ice platform that connects is located at the first outlet of the ice cube diaphragm valve and the ice mouth of the trash ice unit Lower section, to place container, the container be used for catch by the ice cube diaphragm valve first outlet output ice cube or by institute State the trash ice of the ice mouth output of trash ice unit.

Preferred embodiment as the utility model：The ice cube diaphragm valve is equipped with shunt catheter, valve plate and water conservancy diversion Valve activator；The top surface of the shunt catheter is equipped with into ice mouth, and the bottom surface of the shunt catheter is equipped with the first ice mouth and the Two ice mouths, and it is described into ice mouth, the first ice mouth and the second ice mouth be the ice cube diaphragm valve entrance, first outlet And second outlet, the shunt catheter are internally provided with the first conduction pipe and the second conduction pipe, first conduction pipe Upper pipeline opening and the upper pipeline opening of the second conduction pipe connect it is described into ice mouth, the lower pipeline opening of first conduction pipe First ice mouth is connected, the lower pipeline opening of second conduction pipe connects second ice mouth；The valve plate setting In the inside of the shunt catheter, the water conservancy diversion valve activator can drive the valve plate in the first extreme position and the second pole It is rotated between extreme position, the valve plate shelters from the upper pipeline of second conduction pipe when turning to second extreme position Mouthful so that it is only capable of falling into first conduction pipe under the guiding of the valve plate by the ice cube entered into ice mouth, institute State the upper pipeline opening that first conduction pipe is sheltered from when valve plate turns to first extreme position so that by described into ice The ice cube that mouth enters is only capable of falling into second conduction pipe under the guiding of the valve plate.

Preferred embodiment as the utility model：The water conservancy diversion valve activator by fixed seat, valve shaft, clamp spring, Shaft coupling and diaphragm valve motor form, wherein, the side wall of the valve shaft is equipped with fixture block；The front end face of the shunt catheter opens up There are front end through-hole, rear end face to offer rear end through-hole, the bottom of the valve plate is equipped with axis installation through-hole, bottom surface is equipped with described in connection The card slot of axis installation through-hole；The fixed seat is fixed on the front end face of the shunt catheter, and the diaphragm valve motor is fixed on In the fixed seat, the valve shaft is penetrated in the axis installation through-hole of the valve plate, and the fixture block is embedded in the card slot of the valve plate, Also, the front end of the valve shaft by the shaft coupling connects the water conservancy diversion after being pierced by from the front end through-hole of the shunt catheter The motor shaft of valve motor, the rear end of the valve shaft are pierced by from the rear end through-hole of the shunt catheter, and the clamp spring is fixed on institute It states on the rear end that valve shaft is pierced by outside the shunt catheter.

Preferred embodiment as the utility model：The ice cube diaphragm valve is additionally provided with two limit switches；It is described Two limit switches are each attached in the fixed seat, baffle are additionally provided on the side wall of the valve shaft, and the baffle is positioned at described Outside shunt catheter so that：When the valve plate turns to first extreme position, first limit switch is by the valve The baffle triggering of axis, when the valve plate turns to second extreme position, second limit switch is by the valve shaft Baffle triggering.

Preferred embodiment as the utility model：First conduction pipe and the second conduction pipe are in inverted V-shape Arrangement, the valve shaft are located at the junction top position of first conduction pipe and the second conduction pipe, also, in the valve When plate turns to first extreme position, the valve plate is parallel to the extending direction of second conduction pipe, in the valve When plate turns to second extreme position, the valve plate is parallel to the extending direction of first conduction pipe.

Preferred embodiment as the utility model：The bottom of the ice storage box is equipped with outlet；The ice storage box is certainly Ice production apparatus is moved out of to be equipped with out refrigerator body, screw agitation shaft and go out ice driving mechanism；It is described go out refrigerator body for top plate be equipped with import, bottom Plate is equipped with the babinet of outlet, it is described go out refrigerator body import connect the outlet of the ice storage box, and it is described go out refrigerator body outlet It is mutually staggered in the horizontal direction with import；The screw agitation shaft goes out described in being located in refrigerator body, by shaft and is connected to Helical blade on the shaft circumferential surface is formed, and in the horizontal direction of the shaft one end extend to it is described go out refrigerator body import Lower section, the other end go out described in extending to above the outlet of refrigerator body；It is described go out ice driving mechanism can drive the auger Axis is rotated around the axis of the shaft.

Preferred embodiment as the utility model：It is described go out refrigerator body floor level arrangement, and the spiral is stirred The shaft for mixing axis is horizontally disposed.

Preferred embodiment as the utility model：The helical blade of the screw agitation shaft is connected to the shaft and removes Positioned at it is described go out ice tank outlet above shaft part except other shaft parts circumferential surface on.

Preferred embodiment as the utility model：The helical blade of the screw agitation shaft is connected by welding manner On the circumferential surface of the shaft.

Preferred embodiment as the utility model：The screw agitation shaft by it is described go out ice driving mechanism be mounted on It is described go out refrigerator body left plate and right plate between, i.e.,：It is described go out refrigerator body right plate be by between each other have interlayer The sandwich of interior plate and the outer panel composition in gap, and the left plate, interior plate and outer panel are provided with installation through-hole, The shaft both ends of the screw agitation shaft are stretched out respectively by the installation through-hole on the left plate and right plate To it is described go out refrigerator it is external；The ice driving mechanism that goes out includes decelerating motor, shaft coupling, oil sealing, oil sealing fixing sleeve, motor Fixed seat and axle sleeve；The motor fixing seat is fixed between the interior plate and outer panel and leads to from the installation of the outer panel Hole is exposed, and the decelerating motor goes out refrigerator in vitro described in and is fixed in the motor fixing seat, the decelerating motor Motor shaft connects the shaft from the end that the right plate installation through-hole stretches out by the shaft coupling, and the oil sealing passes through institute It states oil sealing fixing sleeve to be fixed on the outer panel, and the oil sealing is located in the interlayer gap and is sleeved on the end of the shaft In portion；The axle sleeve is fixed in the installation through-hole of the left plate and is sleeved on the end of the shaft.

Preferred embodiment as the utility model：The inside of the ice storage box is equipped with ice storage box trash ice stirring dress It puts；The ice storage box broken ice stirrer of seal is equipped with trash ice bar and stirring driving machine structure；The trash ice bar is equipped with shaft, and this turn More stirring rods are connected on the circumferential surface of axis；The trash ice bar is located in the ice storage box, and the stirring driving machine structure can drive The axis that the trash ice bar is moved around the shaft rotates.

Preferred embodiment as the utility model：The stirring rod of the trash ice bar is divided into two groups, and each group comprising extremely Few two stirring rods, stirring rod described in this two groups and the link position of the shaft are separated by the circumferential direction of the shaft 180 °, also, each stirring rod is each perpendicular to the shaft setting, and all axis of the stirring rod along the shaft Line direction uniform intervals arrangement, the axis co-planar of the axis of the shaft and each stirring rod.

Preferred embodiment as the utility model：The stirring rod is cylindrical rod.

Preferred embodiment as the utility model：The stirring rod is by being welded to connect the circumferential surface in the shaft On.

Preferred embodiment as the utility model：The top of the ice storage box be equipped with the import fallen into for ice cube, Bottom is equipped with the outlet for releasing ice cube；The axis horizontal arrangement of the trash ice bar.

Preferred embodiment as the utility model：The trash ice bar is mounted on described by the stirring driving machine structure Between ice storage box two sides babinet plate face positioned opposite, i.e.,：The babinet plate face is by having in interlayer gap between each other The sandwich of side plate and outer panel composition, and the interior plate and outer panel are provided with installation through-hole so that the trash ice bar Shaft both ends can be reached outside the ice storage box by the installation through-hole in the two sides babinet plate face respectively；Described Stirring driving machine structure includes decelerating motor and two sets of sealed bearing assemblies, and two sets of sealed bearing assemblies are separately mounted to institute It states in the babinet plate face of two sides, the both ends of the shaft are separately mounted in two sets of sealed bearing assemblies, wherein, the sealing axis Bearing assembly is made of bearing, bearing fixed seat, oil sealing and oil sealing fixing sleeve, and the outer ring of the bearing passes through the bearing fixed seat It is fixed on the outer panel, and the end of the shaft is fixed in the inner ring of the bearing, the oil sealing passes through the oil Envelope fixing sleeve is fixed on the interior plate, and the oil sealing close to the interior plate and is sleeved on the end of the shaft；Institute It states decelerating motor to be fixed therein on the outer panel lateral surface of the one side babinet plate face, and described turn of decelerating motor connection Axis stretches out the end outside the face babinet plate face.

Preferred embodiment as the utility model：The decelerating motor is fixed on the outer of the outer panel by angle bar On side, the medial surface of the outer panel, which corresponds to, is provided with channel steel reinforcer on the position of the angle bar.

Preferred embodiment as the utility model：Automatically the ice cube trash ice ice machine that goes out is additionally provided with ice making waste water Auxiliary condensing plant；The ice making waste water auxiliary condensing plant is equipped with cold water recycling bins, auxiliary condensate draining, cold water and draws water Pump, hot water suction pump and hot water drainpipe；The cold water recycling bins are located at below the ice making unit of the ice machine, and described cold The inside of water recycling bins connects the ice making waste water discharge opening of the ice making unit by ice making waste water recovery pipe；The auxiliary condensation Sink is located at the ice making unit side, and the condenser pipe of the ice making unit is contained in the auxiliary condensate draining Portion；The pump mouth of the cold water suction pump connects the inside of the cold water recycling bins, water outlet connects institute by cold water drinking-water pipe State the inside of auxiliary condensate draining, the inside of the pump mouth connection auxiliary condensate draining of the hot water suction pump, water outlet Connect the hot water drainpipe.

Preferred embodiment as the utility model：The cold water recycling bins are also simultaneously under the ice storage box Side, and the inside of the cold water recycling bins is connected by ice storage waste water recovery pipe described in the bottom position connection in the ice storage box The inside of ice storage box.

Preferred embodiment as the utility model：The cold water recycling bins are also simultaneously under the trash ice unit Side, and the inside of the cold water recycling bins connects the trash ice waste water discharge opening of the trash ice unit by trash ice waste water recovery pipe.

Preferred embodiment as the utility model：The cold water recycling bins are equipped with gap, and the gap is by overflowing Water pipe connects the discharge outlet of the ice machine.

Preferred embodiment as the utility model：The ice making waste water auxiliary condensing plant is additionally provided with the first floating ball Switch；First float switch is placed in the cold water recycling bins and the bottom position in the cold water recycling bins.

Preferred embodiment as the utility model：The ice making waste water auxiliary condensing plant is additionally provided with the second floating ball Switch；Second float switch is placed in the auxiliary condensate draining and in the top position of the auxiliary condensate draining.

Preferred embodiment as the utility model：The ice making waste water auxiliary condensing plant is additionally provided with water temperature spy Head；The water temperature probe is placed in the auxiliary condensate draining, to monitor the water temperature in the auxiliary condensate draining.

Compared with prior art, the utility model has the advantages that：

First, the utility model have additional ice storage box, ice storage box automatic ice dispensing device, ice cube diaphragm valve, trash ice unit and Ice platform is connect, by the outlet for switching ice cube diaphragm valve, you can make the ice cube in ice storage box directly by the first of ice cube diaphragm valve Outlet output exports after trash ice unit is broken into trash ice, ice cube or trash ice go out ice during, operating personnel are only Container need to be placed on and connect on ice platform, to catch ice cube or trash ice, therefore, the utility model realizes ice cube and broken The automation for going out ice process of ice greatly reduces operator and takes the labor intensity of ice, saved the ice time, also, ice cube It will not be in contact during it entirely goes out ice with operating personnel with trash ice, it is easier to ensure that the food of ice cube and trash ice is defended Raw safety.

Second, the ice cube diaphragm valve of the utility model can pass through valve plate to carrying out water conservancy diversion from the ice cube entered into ice mouth Ice cube is guided to be exported from the first ice mouth or the second ice mouth, therefore, the ice cube diaphragm valve of the utility model can be applied to certainly It moves out in ice cube trash ice ice machine, the ice cube in ice storage box is guided to the trash ice of the ice outlet or ice maker to ice maker Unit, directly to export ice cube or output trash ice；Moreover, the ice cube diaphragm valve of the utility model is used by fixed seat, valve shaft, card The driving mechanism of spring, shaft coupling and motor form has the advantages that functional reliability is high, at low cost；In addition, the utility model Ice cube diaphragm valve reliable and accurate can learn whether valve plate turns to the first extreme position or second using two limit switches Extreme position.

Third, the ice storage box automatic ice dispensing device of the utility model are equipped with out refrigerator body, screw agitation shaft and driving mechanism, When needing to export the ice cube in ice storage box, screw agitation shaft is driven to rotate by driving mechanism, you can to utilize screw agitation shaft On helical blade generate thrust so that go out in refrigerator body and be pushed to its outlet close to the ice cube of its entrance so that finally from The outlet for going out refrigerator body is pushed out, and the ice cube in ice storage box then falls under gravity into out refrigerator body close to its entrance In vacant locations, then continue to be pushed to out the outlet of refrigerator body；Moreover, during by the rotating speed and the rotation that control screw agitation shaft Between, quantitative ice cube can be made to be released from the outlet for going out refrigerator body；Therefore, the ice storage box of the utility model goes out ice dress automatically Put can in ice storage box ice cube it is automatic, quantify ice, avoid manually going out ice ice cube polluted.

4th, the ice storage box broken ice stirrer of seal of the utility model is equipped with trash ice bar and driving mechanism in ice storage box, It is larger if there is the ice cube volume made by ice making unit when the ice cube that the ice making unit of ice machine makes is fallen into ice storage box Or the polylith ice cube in ice storage box form large volume of ice cube (ice cube at low temperature may because stored number is more or storage Long period and lump) situation, trash ice bar is driven come back rotation by driving mechanism so that the stirring rod of trash ice bar is by volume Larger ice cube is broken into fritter, can avoid ice cube in ice storage box can not going out from ice storage box bottom when volume is excessive Mouth is pushed out, and therefore, the ice storage box broken ice stirrer of seal of the utility model can avoid the ice cube in ice storage box because volume is excessive And can not be pushed out from the outlet of ice storage box bottom, ice is smoothly gone out with the ice cube ensured in ice storage box.

5th, the ice making waste water auxiliary condensing plant of the utility model can be to low caused by the ice making unit of ice machine Low-temperature wastewater caused by low-temperature wastewater and trash ice unit in warm waste water, ice storage box is recycled, and for ice making unit Condenser pipe in the refrigerant that circulates carry out supplement heat rejecter, improve the refrigerating efficiency of ice machine, reduce the energy consumption of ice machine.

Description of the drawings

The utility model is described in further detail in the following with reference to the drawings and specific embodiments：

Fig. 1 is the schematic cross-sectional view for going out ice cube trash ice ice machine automatically of the utility model；

Fig. 2 is the rearview for going out ice cube trash ice ice machine automatically of the utility model；

Fig. 3 is the right view for going out ice cube trash ice ice machine automatically of the utility model；

Fig. 4 is the dimensional structure diagram of the utility model medium floe diaphragm valve；

Fig. 5 is the structural blast schematic diagram of the utility model medium floe diaphragm valve；

Fig. 6 is the vertical view of the utility model medium floe diaphragm valve；

Fig. 7 is the A-A sectional views of Fig. 6；

Fig. 8 is that ice storage box automatic ice dispensing device and ice storage box broken ice stirrer of seal carry section effect in the utility model Dimensional structure diagram；

Fig. 9 is the B portions enlarged diagram of Fig. 8；

Figure 10 is that ice storage box automatic ice dispensing device and ice storage box broken ice stirrer of seal carry section effect in the utility model Dimensional structure diagram；

Figure 11 is the C portions enlarged diagram of Fig. 1；

Figure 12 is the D portions enlarged diagram of Fig. 8；

Figure 13 is the E portions enlarged diagram of Fig. 1；

Figure 14 is the dimensional structure diagram of ice making waste water auxiliary condensing plant in the utility model；

Figure 15 is the left view structural representation of ice making waste water auxiliary condensing plant in the utility model.

Specific embodiment

As shown in Fig. 1 to Figure 15, the utility model discloses that one kind goes out ice cube trash ice ice machine automatically, equipped with fuselage 1 And the ice making unit 2 in fuselage 1, inventive concept are：Automatically go out ice cube trash ice ice machine to be additionally provided with mounted on machine Ice storage box 3, ice storage box automatic ice dispensing device 4, ice cube diaphragm valve 5, trash ice unit 6 in body 1 and connect ice platform 7；Ice making unit 2nd, ice storage box 3, ice storage box automatic ice dispensing device 4, ice cube diaphragm valve 5 and trash ice unit 6 are from top to bottom sequentially arranged, ice making unit Ice cube made by 2 falls into sealed storage in ice storage box 3, and ice storage box automatic ice dispensing device 4 can will be stored in ice storage box 3 Ice cube is exported to the entrance of ice cube diaphragm valve 5, and ice cube diaphragm valve 5 is equipped with first outlet and second outlet, and 5 energy of ice cube diaphragm valve The ice cube entered by its entrance is guided to its one of outlet and exported by hard to bear control, and trash ice unit 6 is connected into ice mouth 6a The second outlet of ice cube diaphragm valve 5；It connects ice platform 7 and is located at the first outlet of ice cube diaphragm valve 5 and the ice mouth 6b of trash ice unit 6 Lower section, to place container, the container be used for catch by ice cube diaphragm valve 5 first outlet output ice cube or by ice crusher The trash ice of the ice mouth output of group 6.

Automatically the working method for going out ice cube trash ice ice machine of the utility model is as follows：

Start ice making unit 2, the ice cube that output is made in ice making unit 2 is automatically fallen under the effect of gravity in ice storage box 3. When needing using ice cube, start ice storage box automatic ice dispensing device 4 and ice cube diaphragm valve 5 is switched into its first outlet so that storage First outlet of the ice cube through ice storage box automatic ice dispensing device 4 and ice cube diaphragm valve 5 in refrigerator 3 directly exports；And it is needing to make During with trash ice, start ice storage box automatic ice dispensing device 4, ice cube diaphragm valve 5 is switched into its second outlet and starts trash ice unit 6 so that second outlet of the ice cube through ice storage box automatic ice dispensing device 4 and ice cube diaphragm valve 5 in ice storage box 3 enters trash ice unit Trash ice output is fractured into after 6.Container need to only be placed on and connect on ice platform 7 by operating personnel, you can be caught with container by ice cube The ice cube of the first outlet output of diaphragm valve 5 or the trash ice exported by the ice mouth of trash ice unit 6.Therefore, the utility model The automation for going out ice process of ice cube and trash ice is realized, operator is greatly reduced and takes the labor intensity of ice, saved ice Time, also, ice cube and trash ice will not be in contact during it entirely goes out ice with operating personnel, it is easier to ensure ice cube With the food hygiene and safety of trash ice.

On the basis of foregoing invention design, the utility model uses following preferred structure：

As shown in Figures 4 to 7, as the preferred embodiment of the utility model：Ice cube diaphragm valve 5 is equipped with shunt catheter 51st, valve plate 52 and water conservancy diversion valve activator；The top surface of shunt catheter 51 is equipped with into ice mouth 51a, and the bottom surface of shunt catheter 51 is equipped with First ice mouth 51b and the second ice mouth 51c, and into ice mouth 51a, the first ice mouth 51b and the second ice mouth 51c be ice cube Entrance, first outlet and the second outlet of diaphragm valve 5, the first conduction pipe 51d and second that is internally provided with of shunt catheter 51 are led Flow tube road 51e, the upper pipeline opening of the first conduction pipe 51d are connected with the upper pipeline opening of the second conduction pipe 51e into ice mouth The lower pipeline opening of 51a, the first conduction pipe 51d connect the lower pipeline opening connection of the first ice mouth 51b, the second conduction pipe 51e Second ice mouth 51c；Valve plate 52 is arranged on the inside of shunt catheter 51, water conservancy diversion valve activator can drive valve plate 52 first It is rotated between extreme position and the second extreme position, valve plate 52 shelters from the second conduction pipe when turning to the second extreme position The upper pipeline opening of 51e so that be only capable of falling into the first conduction pipe under the guiding of valve plate 52 by the ice cube entered into ice mouth 51a In 51d, valve plate 52 shelters from the upper pipeline opening of the first conduction pipe 51d when turning to the first extreme position so that by into ice mouth The ice cube that 51a enters is only capable of falling into the second conduction pipe 51e under the guiding of valve plate 52.

Preferred embodiment as above-mentioned ice cube diaphragm valve 5：Water conservancy diversion valve activator is by fixed seat 53, valve shaft 54, card Spring 55, shaft coupling 56 and diaphragm valve motor 57 form, wherein, the side wall of valve shaft 54 is equipped with fixture block 541；Before shunt catheter 51 End face 51f offers front end through-hole, rear end face 51g offers rear end through-hole, the bottom of valve plate 52 be equipped with axis installation through-hole 52a, Bottom surface is equipped with the card slot 52b of connection shaft installation through-hole 52a；Fixed seat 53 is fixed on the front end face 51f of shunt catheter 51, water conservancy diversion Valve motor 57 is fixed in fixed seat 53, and valve shaft 54 is penetrated in the axis installation through-hole 52a of valve plate 52, and fixture block 541 is embedded in valve plate 52 Card slot 52b in, also, the front end of valve shaft 54 from the front end through-hole of shunt catheter 51 be pierced by after by shaft coupling 56 connection lead The motor shaft 571 of valve motor 57 is flowed, the rear end of valve shaft 54 is pierced by from the rear end through-hole of shunt catheter 51, and clamp spring 55 is fixed on valve Axis 54 is pierced by the rear end outside shunt catheter 51, so as to drive valve shaft 54 that valve plate 52 is driven to exist with diaphragm valve motor 57 It is rotated between first extreme position and the second extreme position.

Preferred embodiment as above-mentioned ice cube diaphragm valve 5：Ice cube diaphragm valve 5 is additionally provided with two limit switches 58；Two A limit switch 58 is each attached in fixed seat 53, is additionally provided with baffle 542 on the side wall of valve shaft 54, and the baffle 542 is located at point Outside conductance pipe 51 so that：When valve plate 52 turns to the first extreme position, first limit switch 58 is by the baffle of valve shaft 54 542 triggerings, when valve plate 52 turns to the second extreme position, second limit switch 58 is triggered by the baffle 542 of valve shaft 54.From And the trigger signal sent out using controller two limit switches 58 of reception, you can judge whether valve plate 52 turns to the first pole Extreme position or the second extreme position, then with this judging result using the startup and stopping of controller control diaphragm valve motor 57, i.e., Valve plate 52 can reliably be controlled to be rotated between the first extreme position and the second extreme position.

Preferred embodiment as above-mentioned ice cube diaphragm valve 5：First conduction pipe 51d is in the second conduction pipe 51e Inverted V-shape arranges that valve shaft 54 is located at the junction top position of the first conduction pipe 51d and the second conduction pipe 51e, also, When valve plate 52 turns to the first extreme position, valve plate 52 is parallel to the extending direction of the second conduction pipe 51e, in 52 turns of valve plate When moving to the second extreme position, valve plate 52 is parallel to the extending direction of the first conduction pipe 51d.

As shown in Figure 1, the ice cube diaphragm valve 5 of the utility model can realize that the ice cube for going out ice cube trash ice ice machine automatically goes out Ice and trash ice go out ice control, and working method is as follows：

The ice cube diaphragm valve 5 of the utility model is mounted on the lower section of ice storage box 3, the top of trash ice unit 6.

When automatically go out ice cube trash ice ice machine need export ice cube when, control valve plate 52 turn to the second extreme position, make Valve plate 52 shelters from the upper pipeline opening of the second conduction pipe 51e, so as to which the ice cube released by ice storage box 3 falls into shunt catheter 51 Into entering in the first conduction pipe 51d under the guiding of valve plate 52 after ice mouth 51a so that ice cube is directly from shunt catheter 51 First ice mouth 51b export, with realize ice cube trash ice go out automatically ice all-in-one machine automatically go out ice cube function.

When automatically go out ice cube trash ice ice machine need export trash ice when, control valve plate 52 turn to the first extreme position, make Valve plate 52 shelters from the upper pipeline opening of the first conduction pipe 51d, so as to which the ice cube released by ice storage box 3 falls into shunt catheter 51 Into entering in the second conduction pipe 51e under the guiding of valve plate 52 after ice mouth 51a so that ice cube is from the second of shunt catheter 51 It is fallen into the trash ice slot of trash ice unit 6 after ice mouth 51c outputs, ice cube is broken into trash ice output by trash ice unit 6, to realize Automatically go out ice cube trash ice ice machine goes out ice crushing function automatically.

It is as shown in Figs. 8 to 11, the preferred embodiment as the utility model：The bottom of ice storage box 3 is equipped with outlet 3b； Ice storage box automatic ice dispensing device 4 is equipped with out refrigerator body 42, screw agitation shaft 43 and goes out ice driving mechanism；Go out refrigerator body 42 for top plate 421 are equipped with import 42a, bottom plate 422 is equipped with the babinet of outlet 42b, go out the outlet of the import 42a connections ice storage box 3 of refrigerator body 42 3b, and the outlet 42b and import 42a that go out refrigerator body 42 are mutually staggered in the horizontal direction；Screw agitation shaft 43 is located at refrigerator In body 42, it is made of, and the level side of shaft 431 shaft 431 and the helical blade 432 being connected on 431 circumferential surface of shaft Upward one end is extended to out below the import 42a of refrigerator body 42, the other end is extended to out above the outlet 42b of refrigerator body 42；Go out Ice driving mechanism can drive screw agitation shaft 43 around the shaft 431 axis rotation.

So as to when needing to export the ice cube in ice storage box 3, screw agitation shaft 43 be driven to rotate by driving mechanism, i.e., Thrust is generated using the helical blade 432 in screw agitation shaft 43 so that goes out the ice at its import 42a in refrigerator body 42 Block is pushed to it and exports 42b, so that be finally pushed out from the outlet 42b for going out refrigerator body 42, and the ice cube in ice storage box 3 is then in weight Refrigerator body 42 is fallen into out in the vacant locations at its import 42a under power effect, then continues to be pushed to out refrigerator body 42 Export 42b；Moreover, rotating speed and rotation time by controlling screw agitation shaft 43, quantitative ice cube can be made by from going out ice The outlet 42b of babinet 42 is released；Therefore, the utility model can in ice storage box 3 ice cube it is automatic, quantify ice.

In order to improve the precision that ice storage box automatic ice dispensing device quantitatively releases ice cube, go out ice dress automatically as above-mentioned ice storage box Put 4 preferred embodiment：The bottom plate 422 for going out refrigerator body 42 is horizontally disposed, and the 431 horizontal cloth of shaft of screw agitation shaft 43 It puts.

In order to improve the smoothness that ice storage box automatic ice dispensing device releases ice cube, as above-mentioned ice storage box automatic ice dispensing device 4 preferred embodiment：The helical blade 432 of screw agitation shaft 43, which is connected to shaft 431 and removes, is located at the outlet of refrigerator body 42 42b On the circumferential surface of other shaft parts except the shaft part of top.

In order to improve the intensity of screw agitation shaft 43, the preferred embodiment as above-mentioned ice storage box automatic ice dispensing device 4： The helical blade 432 of screw agitation shaft 43 is connected to by welding manner on the circumferential surface of shaft 431.

In order to ensure driving mechanism can be reliable and stable work and ensure that the greasy dirt of driving mechanism will not be to going out refrigerator body Ice cube in 42 pollutes, the preferred embodiment as above-mentioned ice storage box automatic ice dispensing device 4：Screw agitation shaft 43 passes through Go out ice driving mechanism to be mounted on out between the left plate 423 of refrigerator body 42 and right plate 424, i.e.,：Go out the right plate of refrigerator body 42 424 sandwich to be made of the interior plate 4241 between each other with interlayer gap and outer panel 4242, and left plate 423rd, interior plate 4241 and outer panel 4242 are provided with installation through-hole so that 431 both ends of shaft of screw agitation shaft 43 can It is reached out outside refrigerator body 42 by the installation through-hole on left plate 423 and right plate 424 respectively；Go out ice driving mechanism to include Decelerating motor 44, shaft coupling 45, oil sealing 46, oil sealing fixing sleeve 47, motor fixing seat 48 and axle sleeve 49；Motor fixing seat 48 is fixed Expose between interior plate 4241 and outer panel 4242 and from the installation through-hole of outer panel 4242, decelerating motor 44 is located at refrigerator Body 42 is outer and is fixed in motor fixing seat 48, and the motor shaft of decelerating motor 44 connects shaft 431 from right side by shaft coupling 45 The end that 424 installation through-hole of plate stretches out, oil sealing 46 is fixed on by oil sealing fixing sleeve 47 on outer panel 4242, and oil sealing 46 is located at In interlayer gap and it is sleeved on the end of shaft 431；Axle sleeve 49 is fixed in the installation through-hole of left plate 423 and is sleeved on shaft On 431 end.

As shown in Figure 12 and Figure 13, as the preferred embodiment of the utility model：The inside of ice storage box 3 is equipped with ice storage Case broken ice stirrer of seal 8；Ice storage box broken ice stirrer of seal 8 is equipped with trash ice bar 82 and stirring driving machine structure；Trash ice bar 82, which is equipped with, to be turned Axis 821, and more stirring rods 822 are connected on the circumferential surface of the shaft 821；Trash ice bar 82 is located in ice storage box 3, stirring driving machine Structure can drive trash ice bar 82 around the shaft 821 axis rotation.

So as to which referring to Fig. 1 and Figure 10, the ice cube that the ice making unit 2 of ice machine makes is fallen into ice storage box 3, when making Ice cube volume made by ice maker group 2 is larger or ice storage box 3 in polylith ice cube form large volume of ice cube (ice cube be low Temperature is lower to lump during or the storage long period more because stored number) situation when, pass through driving mechanism and drive trash ice bar 82 Carry out back rotation so that the larger ice cube of volume is broken into fritter by the stirring rod 822 of trash ice bar 82, can avoid ice storage box 3 In ice cube can not be pushed out due to volume is excessive from the outlet 3b of 3 bottom of ice storage box, therefore, the utility model can avoid storing up Ice cube in refrigerator 3 can not be pushed out due to volume is excessive from the outlet 3b of 3 bottom of ice storage box, to ensure the ice in ice storage box 3 Block smoothly goes out ice.

In order to promote the trash ice effect of trash ice bar 82, the preferred embodiment as above-mentioned ice storage box broken ice stirrer of seal 8： It is two groups that the stirring rod 822 of trash ice bar 82, which is divided to, and each group includes at least two stirring rods 822, two groups of stirring rods 822 and shaft 821 link position is separated by 180 ° in the circumferential direction of shaft 821, also, each stirring rod 822 is each perpendicular to shaft 821 and sets It puts, and whole stirring rods 822 are arranged along the axis direction uniform intervals of shaft 821, the axis of shaft 821 and each stirring rod 822 axis co-planar.

In order to promote the trash ice effect of trash ice bar 82, the preferred embodiment as above-mentioned ice storage box broken ice stirrer of seal 8： Stirring rod 822 is cylindrical rod.

In order to ensure the intensity of trash ice bar 82, the preferred embodiment as above-mentioned ice storage box broken ice stirrer of seal 8：Stirring Bar 822 is by being welded to connect on the circumferential surface of shaft 821.

Preferred embodiment as above-mentioned ice storage box broken ice stirrer of seal 8：The top of ice storage box 3 is equipped with and is fallen for ice cube The import 3a that enters, bottom are equipped with the outlet 3b for releasing ice cube；The axis horizontal arrangement of trash ice bar 82.

The ice cube in ice storage box 3 will not be polluted in order to ensure the greasy dirt of driving mechanism, it is broken as above-mentioned ice storage box The preferred embodiment of ice agitating device 8：Trash ice bar 82 is mounted on the two sides positioned opposite of ice storage box 3 by stirring driving machine structure Between babinet plate face 31, i.e.,：Babinet plate face 31 is by having 312 groups of the interior plate 311 in interlayer gap and outer panel between each other Into sandwich, and interior plate 311 and outer panel 312 are provided with installation through-hole so that 821 both ends of shaft of trash ice bar 82 It can be reached outside ice storage box 3 by the installation through-hole in two sides babinet plate face 31 respectively；Stirring driving machine structure includes deceleration Motor 83 and two sets of sealed bearing assemblies, two sets of sealed bearing assemblies are separately mounted in two sides babinet plate face 31, shaft 821 Both ends are separately mounted in two sets of sealed bearing assemblies, wherein, sealed bearing assembly is by bearing 84, bearing fixed seat 85, oil Envelope 86 and oil sealing fixing sleeve 87 form, and the outer ring of bearing 84 is fixed on by bearing fixed seat 85 on outer panel 312, and shaft 821 end is fixed in the inner ring of bearing 84, and oil sealing 86 is fixed on by oil sealing fixing sleeve 87 on interior plate 311, and oil sealing 86 close to interior plate 311 and are sleeved on the end of shaft 821；Decelerating motor 83 is fixed therein the outside of a face babinet plate face 31 On 312 lateral surface of plate, and decelerating motor 83 connects shaft 821 and stretches out the end outside the face babinet plate face 31.

It is deformed in order to avoid the babinet plate face 31 of ice storage box 3, the preferred implementation as above-mentioned ice storage box broken ice stirrer of seal 8 Mode：Decelerating motor 83 is fixed on by angle bar 88 on the lateral surface of outer panel 312, the medial surface corresponding angles of the outer panel 312 Channel steel reinforcer 89 is provided on the position of iron 88.

As shown in Figure 14 and Figure 15, as the preferred embodiment of the utility model：Automatically go out ice cube trash ice ice machine also Equipped with ice making waste water auxiliary condensing plant 9；Ice making waste water auxiliary condensing plant 9 is equipped with cold water recycling bins 91, auxiliary condensate draining 92nd, cold water suction pump 93, hot water suction pump 94 and hot water drainpipe 95；Cold water recycling bins 91 are located at the ice making unit 2 of ice machine Lower section, and the inside of cold water recycling bins 91 connects the ice making waste water discharge opening of ice making unit 2 by ice making waste water recovery pipe 97；It is auxiliary Condensate draining 92 is helped to be located at 2 side of ice making unit, the condenser pipe 9601 of ice making unit 2 is contained in auxiliary condensate draining 92 It is internal；The inside of the pump mouth connection cold water recycling bins 91 of cold water suction pump 93, water outlet are connected auxiliary by cold water drinking-water pipe 98 Help the inside of condensate draining 92, the inside of the pump mouth connection auxiliary condensate draining 92 of hot water suction pump 94, water outlet connection heat Water drainpipe 95.

So as to which when ice machine starts ice making, the low-temperature wastewater that ice making unit 2 generates is from its ice making waste water discharge opening in weight Cold water recycling bins 91 are flowed by ice making waste water recovery pipe 7 under the action of power, by starting cold water suction pump 93, cold water can be returned The low-temperature wastewater received in case 91 is evacuated to by cold water drinking-water pipe 98 in auxiliary condensate draining 92, to be condensed as cooling water Pipe 9601 cools down the refrigerant to circulate in condenser pipe 9601；And the cooling water temperature in auxiliary condensate draining 92 rises, it can not When the refrigerant effectively cooled down in condenser pipe 9601 to condenser pipe 9601 cools down, by starting hot water suction pump 94, you can The cooling water that has heated up in condensate draining 92 will be assisted to be taken away by hot water drainpipe 95, and with cold water suction pump 93 after It is continuous that low-temperature wastewater in cold water recycling bins 91 is evacuated in auxiliary condensate draining 92, then it can make the cooling in auxiliary condensate draining 92 Water keeps low temperature to cool down the refrigerant in condenser pipe 9601 with condenser pipe 9601；Therefore, the utility model can be to ice machine Low-temperature wastewater caused by ice making unit 2 is recycled, and for the refrigerant to circulate in the condenser pipe 9601 of ice making unit 2 Supplement heat rejecter is carried out, the refrigerating efficiency of ice machine is improved, reduces the energy consumption of ice machine.

In order to improve the low-temperature wastewater utilization rate of ice machine, the preferred reality as above-mentioned ice making waste water auxiliary condensing plant 9 Apply mode：Cold water recycling bins 91 are also simultaneously positioned at the lower section of ice storage box 3, and the inside of cold water recycling bins 91 is returned by ice storage waste water Closed tube 910 connect ice storage box 3 bottom position connection ice storage box 3 inside so that by the ice cube being stored in ice storage box 3 Melt the low-temperature wastewater generated to flow into cold water recycling bins 91 by ice storage waste water recovery pipe 910 under gravity, It is cooled down for the condenser pipe 9601 of ice making unit 2.

Preferred embodiment as above-mentioned ice making waste water auxiliary condensing plant 9：Cold water recycling bins 91 are also simultaneously positioned at broken The lower section of ice maker group 6, and the inside of cold water recycling bins 91 is given up by the trash ice of the connection trash ice of trash ice waste water recovery pipe 911 unit 6 Water outlet, the trash ice waste water discharge opening is for discharging the waste water that trash ice unit 6 generates during trash ice, so that ice crusher The low-temperature wastewater generated in 6 courses of work of group can flow into cold water by trash ice waste water recovery pipe 911 and return under gravity It receives in case 91, is cooled down for the condenser pipe 9601 of ice making unit 2.

Preferred embodiment as above-mentioned ice making waste water auxiliary condensing plant 9：Cold water recycling bins 91 are equipped with gap, should Gap connects the discharge outlet 913 of ice machine by overflow pipe 912, so that when the low-temperature wastewater in cold water recycling bins 91 is excessive It can be discharged through the discharge outlet 913 of ice machine.

Preferred embodiment as above-mentioned ice making waste water auxiliary condensing plant 9：Ice making waste water auxiliary condensing plant 9 is also set There is the first float switch 914；First float switch 914 is placed in cold water recycling bins 91 and the bottom position in cold water recycling bins 91 It puts.So as to can detect that whether the low-temperature wastewater in cold water recycling bins 91 reaches default water using the first float switch 914 Position, as a result, by the first float switch 914 and controller electric connection or the switch terminals of the first float switch 914 of closed type Mouth is serially connected between the feeder ear of cold water suction pump 93 and its power supply, you can with the on off state of the first float switch 914 to cold Water suction pump 93 is controlled so that：When low-temperature wastewater in cold water recycling bins 91 is reached more than preset water level, cold water suction pump 93 start, and when the low-temperature wastewater of cold water recycling bins 91 is less than preset water level, cold water suction pump 93 stops, to prevent cold water suction pump 93 idle running damages and energy saving, realize automatically controlling to cold water suction pump 93.

Preferred embodiment as above-mentioned ice making waste water auxiliary condensing plant 9：Ice making waste water auxiliary condensing plant 9 is also set There is the second float switch 915；Second float switch 915 is placed in auxiliary condensate draining 92 and in the top of auxiliary condensate draining 92 Portion position.So as to be that can detect that whether the low-temperature wastewater in auxiliary condensate draining 92 is more than pre- using the second float switch 915 If water level, the second float switch 915 and controller are electrically connected as a result, or the second float switch 915 of open type is opened Close port be serially connected in together with the switch port of aforementioned first float switch 914 feeder ear of cold water suction pump 93 and its power supply it Between, you can cold water suction pump 93 is controlled with the on off state of the second float switch 915 so that：Assist condensate draining 92 When interior low-temperature wastewater is reached more than preset water level, cold water suction pump 93 stops, to prevent the low temperature in auxiliary condensate draining 92 Waste water overflows, and when the low-temperature wastewater of auxiliary condensate draining 92 is less than preset water level, the state of cold water suction pump 93 is by the first floating ball Switch 914 determines, realizes automatically controlling to cold water suction pump 93.

Preferred embodiment as above-mentioned ice making waste water auxiliary condensing plant 9：Ice making waste water auxiliary condensing plant 9 is also set There is water temperature probe 916；Water temperature probe 916 is placed in auxiliary condensate draining 92, with the water temperature in monitoring auxiliary condensate draining 92.From And the water temperature monitored using water temperature probe 916, it can be determined that whether the water temperature in auxiliary condensate draining 92 is excessively high, in water By starting hot water suction pump 94 when temperature is excessively high, the cooling water for assisting having heated up in condensate draining 92 is passed through into hot water draining Pipe 95 is taken away, avoids the water temperature over-high in auxiliary condensate draining 92 and can not generate cooling to the condenser pipe 9601 of ice making unit 2 Effect.

The utility model is not limited to above-mentioned specific embodiment, according to the above, according to the ordinary skill of this field Knowledge and customary means, under the premise of the above-mentioned basic fundamental thought of the utility model is not departed from, the utility model can also be made Equivalent modifications, replacement or the change of other diversified forms are all fallen among the scope of protection of the utility model.

Claims (10)

1. a kind of go out ice cube trash ice ice machine, the ice making unit equipped with fuselage (1) and in the fuselage (1) automatically (2), it is characterised in that：Automatically the ice cube trash ice ice machine that goes out is additionally provided with the ice storage box in the fuselage (1) (3), ice storage box automatic ice dispensing device (4), ice cube diaphragm valve (5), trash ice unit (6) and ice platform (7) is connect；The ice making unit (2), ice storage box (3), ice storage box automatic ice dispensing device (4), ice cube diaphragm valve (5) and trash ice unit (6) from top to bottom cloth successively It puts, the ice cube made by the ice making unit (2) falls into sealed storage in the ice storage box (3), and the ice storage box goes out ice automatically Device (4) can export the ice cube being stored in the ice storage box (3) to the entrance of the ice cube diaphragm valve (5), the ice Block diaphragm valve (5) is equipped with first outlet and second outlet, and the ice cube diaphragm valve (5) controlled can will be entered by its entrance Ice cube is guided to its one of outlet output, and the trash ice unit (6) connects the ice cube diaphragm valve into ice mouth (6a) (5) second outlet；The ice platform (7) that connects is positioned at the first outlet of the ice cube diaphragm valve (5) and the trash ice unit (6) Ice mouth (6b) lower section, to place container, the container for catch it is defeated by the first outlet of the ice cube diaphragm valve (5) The ice cube gone out or the trash ice exported by the ice mouth of the trash ice unit (6).

2. go out ice cube trash ice ice machine automatically according to claim 1, it is characterised in that：The ice cube diaphragm valve (5) is set There are shunt catheter (51), valve plate (52) and water conservancy diversion valve activator；The top surface of the shunt catheter (51) is equipped with into ice mouth (51a), the bottom surface of the shunt catheter (51) are equipped with the first ice mouth (51b) and the second ice mouth (51c), and described into ice mouth (51a), the first ice mouth (51b) and the second ice mouth (51c) be the entrance of the ice cube diaphragm valve (5), first outlet and Second outlet, the shunt catheter (51) is internally provided with the first conduction pipe (51d) and the second conduction pipe (51e), described The upper pipeline opening of first conduction pipe (51d) connects described into ice mouth with the upper pipeline opening of the second conduction pipe (51e) (51a), the lower pipeline opening of first conduction pipe (51d) connect first ice mouth (51b), second conduction pipe The lower pipeline opening of (51e) connects second ice mouth (51c)；The valve plate (52) is arranged on the interior of the shunt catheter (51) Portion, the water conservancy diversion valve activator can drive the valve plate (52) to turn between the first extreme position and the second extreme position Dynamic, the valve plate (52) shelters from the upper pipeline opening of second conduction pipe (51e) when turning to second extreme position, So that it is only capable of falling into first conduction pipe under the guiding of the valve plate (52) by the ice cube entered into ice mouth (51a) In (51d), the valve plate (52) shelters from the upper tube of first conduction pipe (51d) when turning to first extreme position Road junction so that be only capable of falling into described second under the guiding of the valve plate (52) by the ice cube entered into ice mouth (51a) and lead In flow tube road (51e).

3. go out ice cube trash ice ice machine automatically according to claim 1, it is characterised in that：The bottom of the ice storage box (3) is set There is outlet (3b)；The ice storage box automatic ice dispensing device (4) is equipped with out refrigerator body (42), screw agitation shaft (43) and goes out ice drive Motivation structure；It is described go out refrigerator body (42) for top plate (421) equipped with import (42a), bottom plate (422) equipped with outlet (42b) babinet, It is described go out refrigerator body (42) import (42a) connect the outlet (3b) of the ice storage box (3), and it is described go out refrigerator body (42) go out Mouth (42b) mutually staggers in the horizontal direction with import (42a)；The screw agitation shaft (43) positioned at it is described go out refrigerator body (42) It is interior, it is made of, and the shaft (431) shaft (431) and the helical blade (432) being connected on shaft (431) circumferential surface Horizontal direction on one end extend to it is described go out refrigerator body (42) import (42a) below, the other end extend to it is described go out refrigerator Above the outlet (42b) of body (42)；It is described go out ice driving mechanism can drive the screw agitation shaft (43) around the shaft (431) axis rotation.

4. go out ice cube trash ice ice machine automatically according to claim 3, it is characterised in that：It is described go out refrigerator body (42) bottom plate (422) it is horizontally disposed, and the shaft (431) of the screw agitation shaft (43) is horizontally disposed.

5. go out ice cube trash ice ice machine automatically according to claim 3, it is characterised in that：The spiral shell of the screw agitation shaft (43) Vane piece (432) be connected to the shaft (431) except positioned at it is described go out refrigerator body (42) outlet (42b) above shaft part in addition to On the circumferential surface of other shaft parts.

6. go out ice cube trash ice ice machine automatically according to claim 1, it is characterised in that：The inside peace of the ice storage box (3) Equipped with ice storage box broken ice stirrer of seal (8)；The ice storage box broken ice stirrer of seal (8) is equipped with trash ice bar (82) and stirring driving Mechanism；The trash ice bar (82) is connected with more stirring rods (822) equipped with shaft (821), and on the circumferential surface of the shaft (821)； For the trash ice bar (82) in the ice storage box (3), the stirring driving machine structure can drive the trash ice bar (82) around institute State the axis rotation of shaft (821).

7. go out ice cube trash ice ice machine automatically according to claim 6, it is characterised in that：The stirring rod of the trash ice bar (82) (822) be divided into two groups, each group includes at least two stirring rods (822), stirring rod (822) described in this two groups with described turn The link position of axis (821) is separated by 180 ° in the circumferential direction of the shaft (821), also, each stirring rod (822) is equal Set perpendicular to the shaft (821), and all stirring rod (822) along the shaft (821) axis direction it is uniform between Every arrangement, the axis of the shaft (821) and the axis co-planar of each stirring rod (822).

8. go out ice cube trash ice ice machine automatically according to claim 1, it is characterised in that：Described goes out ice cube trash ice system automatically Ice maker is additionally provided with ice making waste water auxiliary condensing plant (9)；The ice making waste water auxiliary condensing plant (9) is equipped with cold water recycling bins (91), auxiliary condensate draining (92), cold water suction pump (93), hot water suction pump (94) and hot water drainpipe (95)；The cold water Recycling bins (91) are below the ice making unit (2) of the ice machine, and the inside of the cold water recycling bins (91) passes through ice making Waste water recovery pipe (97) connects the ice making waste water discharge opening of the ice making unit (2)；The auxiliary condensate draining (92) is positioned at institute Ice making unit (2) side is stated, the condenser pipe (9601) of the ice making unit (2) is contained in the auxiliary condensate draining (92) Inside；The pump mouth of the cold water suction pump (93) connects the inside of the cold water recycling bins (91), water outlet passes through cold water The inside of drinking-water pipe (98) the connection auxiliary condensate draining (92), the pump mouth connection of the hot water suction pump (94) are described auxiliary The inside of condensate draining (92), water outlet is helped to connect the hot water drainpipe (95).

9. go out ice cube trash ice ice machine automatically according to claim 8, it is characterised in that：The cold water recycling bins (91) are also same When be located at the ice storage box (3) lower section, and the inside of the cold water recycling bins (91) pass through ice storage waste water recovery pipe (910) even The bottom position led in the ice storage box (3) connects the inside of the ice storage box (3).

10. go out ice cube trash ice ice machine automatically according to claim 8, it is characterised in that：The cold water recycling bins (91) are also Simultaneously positioned at the lower section of the trash ice unit (6), and the inside of the cold water recycling bins (91) passes through trash ice waste water recovery pipe (911) the trash ice waste water discharge opening of the trash ice unit (6) is connected.