CN109442830A

CN109442830A - A kind of continuous-production-type ice machine

Info

Publication number: CN109442830A
Application number: CN201811471331.8A
Authority: CN
Inventors: 徐占松
Original assignee: Zhejiang Star Polytron Technologies Inc
Current assignee: Zhejiang Star Polytron Technologies Inc
Priority date: 2018-12-04
Filing date: 2018-12-04
Publication date: 2019-03-08

Abstract

The invention discloses a continuous production ice maker, comprising a bottom main base, a connection base is fixed on the top surface of the top plate of the bottom main base, a reducer is fixed on the top surface of the connection base, and a main drive is fixed on the reducer A connecting sleeve is fixed on the connecting seat of the motor and reducer on one side of the motor and the reducer, the main cylinder is installed on the connecting sleeve, the ice-making screw is installed in the main cylinder, and the outer part of the main cylinder is installed on the outer part. In the protective sleeve body, an ice storage bucket is fixed on the top of the main cylinder body, a water tank support frame is fixed on the top plate of the main base at the bottom, and a water tank is fixed on the upper side wall of the water tank support frame. It can be connected to ice production, with high efficiency and good effect.

Description

A kind of continuous-production-type ice machine

Technical field:

The present invention relates to ice machine technical fields, more specifically to a kind of continuous-production-type ice machine.

Background technique:

Existing ice machine, which is generally adopted by ice making groove body, to be placed aqueous and then ice making groove body is put into ice machine It carries out refrigeration and completes ice making, needs are manually continuous to take out ice making groove body, manufactured ice cube is taken out, then aqueous is filled It is made ice in ice making groove body, low efficiency, effect is poor, cannot achieve continuous ice-making production.

Summary of the invention:

The purpose of the present invention is overcoming the deficiencies of the prior art and provide a kind of continuous-production-type ice machine, it be can connect Ice making production, high-efficient, effect is good.

The solution to the technical problem of the present invention is as follows:

The top surface of a kind of continuous-production-type ice machine, including bottom main engine bed, the top plate of the bottom main engine bed is fixed with Pedestal is connected, the top surface for connecting pedestal is fixed with retarder, main drive motor, the electricity of the side of retarder are fixed on retarder Connection body is fixed on machine retarder attachment base, main cylinder is mounted on connection body, ice making screw rod is installed in main cylinder, Outer catching holder is installed, the top surface of outer catching holder is fixed with ice storage container, the top of bottom main engine bed on the outside portion of main cylinder Water tank support frame is fixed on plate, the upper portion side wall of water tank support frame is fixed with water tank.

Compressor, condenser, capillary, the refrigerant escape pipe of compressor are fixed on the bottom plate of the bottom main engine bed It is connected with the liquid feeding end of the serpentine coil of condenser, the outlet end of the serpentine coil of condenser connects capillary by connecting tube One end, the other end of capillary connects connecting tube and is connected with the pipe for flowing of refrigerant of the lower part of main cylinder, main cylinder it is upper The pipe for flowing of refrigerant in portion is connected by connecting tube with the inlet end of compressor.

Rabbling mechanism is equipped in the ice storage container, the rabbling mechanism includes agitating shaft, and the bottom end of agitating shaft has screw hole, The top spiro union portion of ice making screw rod stretches out the skate guard that is equipped with of top of ice making screw rod and is screwed onto screw hole, the bottom plate of ice storage container On be placed with truncated cone-shaped filter screen, the middle part of truncated cone-shaped filter screen has output through-hole, and the inner sidewall molding for exporting through-hole is oriented The top of the extension set of lower extension, skate guard is in extension set, and agitating shaft is in truncated cone-shaped filter screen top, under agitating shaft Portion's side wall is fixed with multiple stirring rods, the side wall surface of the lower outside wall of stirring rod close to truncated cone-shaped filter screen.

Float ball liquid level sensor is fixed on the top cover of the water tank, the floating ball of float ball liquid level sensor is in water tank, Aqueous delivery pump is fixed on water tank support frame, the bottom end outlet end of water tank passes through the feed liquor phase of connecting tube and aqueous delivery pump Logical, the outlet end of aqueous delivery pump is connected to each other by the aqueous runner pipe that the bottom end side wall of connecting tube and main cylinder connects, water Inlet has been connected on the top cover of case.

The ice storage container includes top in the external insulation staving of truncated cone-shaped and internal staving, and internal staving is fixed on outside On the inner sidewall of heat-insulated staving, truncated cone-shaped filter screen is on the top surface of the bottom plate of internal staving.

The lower part of the external insulation staving forms oblique tapping channel, and oblique discharging groove body sleeve is logical in oblique discharging In road, it is oblique discharging groove body side wall and bottom surface be fixed on the bottom surface and side wall of oblique tapping channel, oblique tapping channel with The main through slot formed on the lower sides of internal staving communicates, and is fixed with out material shell on the lower outside wall of external insulation staving Body, the bottom of the shell that discharges have a discharging main channel, and the discharge end of oblique discharging groove body connects to be formed on the side wall of discharging shell Some feed inlets are fixed with electromagnet block at the top of the shell that discharges, have telescopic hole in the middle part of the bottom surface of electromagnet block, and telescopic rod is inserted Cover in telescopic hole, the bottom end of telescopic rod stretches out telescopic hole and is simultaneously hinged with adjutage, adjutage by connecting shaft it is hinged there are two Side connecting plate, the side wall of two side connecting plates is fixed, and two side connecting plates and cover board are in oblique discharging groove body on the cover board, Cover board covers main through slot, and articulated shaft is hinged on two side connecting plates, and the both ends of articulated shaft are stretched out side connecting plate and are hinged on out On the link block being fixed on the side plate of material shell body, articulated shaft upper sleeve has torsional spring, and the middle ends of torsional spring are fixed on articulated shaft, In the pressure plates that the top that the other end of torsional spring puts forth effort on cover board forms.

The top sleeve of the connection body is equipped with output in the lower part of main cylinder in motor reducer attachment base The top of axis, output shaft has upper spline portion, connects in body and is inserted with shaft coupling spline housing, upper spline portion sleeve is in shaft coupling spline In the lower part of the middle part spline through-hole of set；

Ice making screw rod is inserted in main cylinder, the bottom end for making ice screw rod forms spline shaft, and spline shaft sleeve is joining In the top of the middle part spline through-hole of axis spline housing；

Skate guard is inserted at the top of the ice making screw rod, skate guard is bolted to connection at the top of ice making screw rod On, skate guard is in the top of main cylinder；

Centre bore is formed in the middle part of the ice making screw rod, the side wall for making ice screw rod forms multiple supplement radial holes, mends Radial hole is filled to communicate with centre bore；

The bottom of the ice making screw rod by mechanical sealing member with connect body and mutually seal.

The middle part lateral wall of the main cylinder is equipped with coiled coil portion, is welded on the lateral wall in coiled coil portion The lateral wall of outer sleeve body, the inner sidewall of outer sleeve body, coiled coil portion and main cylinder forms helical form circulation road, the top of outer sleeve body With pipe for flowing of refrigerant has been connected on the lateral wall of lower part, pipe for flowing of refrigerant is communicated with helical form circulation road；

The upper outside wall of the connection body forms annular seal groove, and ring type seal is nested in annular seal groove In, the lateral wall elasticity of ring type seal is pressed against on main cylinder lower inside wall, main cylinder by bolt with connect body Top is mutually fixed.

For the main cylinder sleeve in outer catching holder, the middle part that the top plate of outer catching holder is stretched out on the top of main cylinder is logical The middle through-hole of the bottom plate of outer catching holder is stretched out in hole, the bottom end of main cylinder, be filled between outer catching holder and main cylinder every Heat foamable material, Contraband font framework is fixed on water tank support frame, and the middle part of outer catching holder has rectangle card slot, Contraband font framework In rectangle card slot, the side wall of the rectangle card slot of outer catching holder is pressed against on the corresponding inner sidewall of Contraband font framework sleeve.

Upper cover body ontology is covered at the top of the ice storage container.

Protrusion effect of the invention is:

Compared with prior art, it can connect ice making production, and high-efficient, effect is good.

The middle part of its ice making screw rod has centre bore and supplement radial hole, so that freezing on the inner sidewall of main cylinder When, aqueous can enter centre bore by the supplement radial hole of lower part, then the supplement radial hole stream from the top of centre bore Out into the upper interior portion of main cylinder, to guarantee that the top aqueous of main cylinder is sufficient, guarantee ice-making effect and efficiency；

Meanwhile it forms helical form circulation road by the lateral wall of the inner sidewall of outer sleeve body, coiled coil portion and main cylinder, Refrigerant flows in helical form circulation road, so that the side wall of main cylinder is only separated between the aqueous in refrigerant and main cylinder, Barrier between reduction greatly improves its heat transfer effect, improves refrigerating efficiency, meanwhile, it is formed on the inner sidewall of main cylinder Vertical groove allows aqueous to freeze in vertical groove, and the thermal coefficient of ice is lower than the thermal coefficient of metal, i.e., vertically The ability that the ability for continuing to freeze on ice in groove will freeze lower than the side wall of main cylinder, therefore, the ice in vertical groove is not It is easy to continue to freeze, with lubricating action, so that the lateral wall of the rotation screw thread of the rotary shaft rotated in main cylinder and vertical Ice partial frictional power in groove is small, reduces the frictional force of rotary shaft entirely rotated, and ensure that the normal rotation of rotary shaft, It is not easy stuck.

And its upper cover body ontology can cover conjunction on ice making bucket, and by the promotion on limit chassis so that microswitch Sense that ice amount reaches restriction in ice-making device, so as to prevent ice making transition.

Detailed description of the invention:

Fig. 1 is sectional perspective structural schematic diagram of the invention；

Fig. 2 is that Fig. 1 changes angle partial structural diagram；

Fig. 3 is the partial structural diagram that the present invention removes upper cover body ontology；

Fig. 4 is the partial sectional view at ice storage container of the invention；

Fig. 5 is the partial structural diagram at discharging shell；

Fig. 6 is the broken section that main cylinder and ice making screw rod and associated components conceal coiled coil portion and heat-insulated foamed material Figure；

Fig. 7 is the partial enlarged view of Fig. 6；

Fig. 8 is the partial structural diagram of ice making screw rod and mechanical seal of the invention；

Fig. 9 is the partial structural diagram of main cylinder of the invention；

Figure 10 is the partial structural diagram that main cylinder removes outer sleeve body；

Figure 11 is the partial sectional view of Fig. 9；

Figure 12 is that Figure 10 changes angled arrangement schematic diagram；

Figure 13 is the partial structural diagram of skate guard；

Figure 14 is the schematic perspective view of upper cover body ontology；

Figure 15 is that upper cover body ontology changes angled arrangement schematic diagram；

Figure 16 is the partial sectional view of upper cover body ontology；

Figure 17 is that upper cover body ontology changes angle cross-sectional view；

Figure 18 is the partial sectional view at the inlet tube of upper cover body ontology；

Figure 19 is the partial structural diagram of water tank；

Figure 20 is the partial structural diagram of the invention using another form of ice storage container；

Figure 21 is the partial sectional view at the ice storage container of Figure 20.

Specific embodiment:

Embodiment, as shown in such as Fig. 1 and 21, a kind of continuous-production-type ice machine, including bottom main engine bed 100, the bottom The top surface of the top plate of portion's main engine bed 100 is fixed with connection pedestal 101, and the top surface of connection pedestal 101 is fixed with retarder 102, subtracts Main drive motor 103 is fixed on fast device 102, the output shaft of main drive motor 103 is connected with the input gear of retarder 102 It connects；

Connection body 41, the output of retarder 102 are fixed on the motor reducer attachment base 40 of the side of retarder 102 Axis 42 is in connection body 41, and main cylinder 10 is mounted on connection body 41, and ice making screw rod 30 is equipped in main cylinder 10, main Outer catching holder 70 is installed, the top surface of outer catching holder 70 is fixed with ice storage container 80, main cylinder 10 on the outside portion of cylinder 10 Top sleeve in the central through hole of the bottom plate of ice storage container 80, water tank support frame is fixed on the top plate of bottom main engine bed 100 104, the upper portion side wall of water tank support frame 104 is fixed with water tank 90.

Further, it is fixed with compressor 01, condenser 2, capillary 3 on the bottom plate of the bottom main engine bed 100, presses The refrigerant escape pipe of contracting machine 01 is connected with the liquid feeding end of the serpentine coil of condenser 2, and the serpentine coil of condenser 2 goes out liquid End connects one end of capillary 3 by connecting tube, and the other end of capillary 3 connects the refrigeration of the lower part of connecting tube and main cylinder 10 Agent runner pipe 13 is connected, and the pipe for flowing of refrigerant 13 on the top of main cylinder 10 passes through the inlet end phase of connecting tube and compressor 01 Connection；

Cooling fan is fixed on condenser 2.

Further, rabbling mechanism is equipped in the ice storage container 80, the rabbling mechanism includes agitating shaft 81, agitating shaft 81 bottom end has screw hole, the skate guard 50 and spiral shell that the top that the top spiro union portion of ice making screw rod 30 stretches out ice making screw rod 30 is equipped with It connects in screw hole, truncated cone-shaped filter screen 82 is placed on the bottom plate of ice storage container 80, the middle part of truncated cone-shaped filter screen 82 has output Through-hole, the inner sidewall for exporting through-hole form the extension set 83 extended downwardly, and the top of skate guard 50 is in extension set 83, stirs It mixes axis 81 and is in 82 top of truncated cone-shaped filter screen, the lower sides of agitating shaft 81 are fixed with multiple stirring rods 84, stirring rod 84 Side wall surface of the lower outside wall close to truncated cone-shaped filter screen 82.

Further, float ball liquid level sensor 91, float ball liquid level sensor 91 are fixed on the top cover of the water tank 90 Floating ball be in water tank 90, aqueous delivery pump 105 is fixed on water tank support frame 104, the bottom end outlet end of water tank 90 passes through Connecting tube is communicated with the feed liquor of aqueous delivery pump 105, and the outlet end of aqueous delivery pump 105 passes through the bottom of connecting tube and main cylinder 10 The aqueous runner pipe 15 that end side wall connects is connected to each other, and has connected inlet on the top cover of water tank 90.

Further, the ice storage container 80 includes external insulation staving 85 and internal staving 86 of the top in truncated cone-shaped, Internal staving 86 is fixed on the inner sidewall of external insulation staving 85, and wherein external insulation staving 85 can directly use foaming heat insulation Material is made, and is also possible to the external protection coating group being fixed on heat insulator made of foaming heat insulation material and heat insulator lateral wall At；

Truncated cone-shaped filter screen 82 is on the top surface of the bottom plate of internal staving 86.

The upper portion side wall of ice storage container 80 has connected cleaning water inlet pipe 300, the inside in cleaning water inlet pipe 300 and ice storage container 80 Cavity communicates, so that the pressure in ice storage container 80 is consistent with the pressure of outside, meanwhile, the ice cube in ice storage container 80 all drops out Afterwards, the inside staving 86 that can be passed through in aqueous cleaning ice storage container 80 in water inlet pipe 300 is cleaned, easy to clean, effect is good.

Further, the lower part of the external insulation staving 85 forms oblique tapping channel, oblique discharging groove body 87 For sleeve in oblique tapping channel, the side wall of oblique discharging groove body 87 and bottom surface are fixed on bottom surface and the side wall of oblique tapping channel On, the main through slot 88 formed on oblique tapping channel and the lower sides of internal staving 86 communicates, external insulation staving 85 Be fixed on lower outside wall discharging shell 200, discharging shell 200 bottom have discharging main channel, the two of the main channel that discharges Side is fixed with close to switch, can sense the ice cube that discharging main channel is fallen, the discharging of oblique discharging groove body 87 close to switch The feed inlet formed on the side wall for connecting discharging shell 200 is held, the top of discharging shell 200 is fixed with electromagnet block 201, electricity There is telescopic hole 202,203 sleeve of telescopic rod in telescopic hole 202, stretch by the bottom end of telescopic rod 203 in the middle part of the bottom surface of magnet block 201 Telescopic hole 202 and it is hinged with adjutage out, hingedly there are two side connecting plate 204, two side connecting plates by connecting shaft for adjutage 204 side wall is fixed on cover board 205, and two side connecting plates 204 and cover board 205 are in oblique discharging groove body 87, cover board 205 Main through slot 88 is covered, articulated shaft is hinged on two side connecting plates 204, it is simultaneously hinged that side connecting plate 204 is stretched out at the both ends of articulated shaft On the link block being fixed on the side plate of discharging shell 200, articulated shaft upper sleeve has torsional spring 206, and the middle ends of torsional spring 206 are solid It is scheduled on articulated shaft, in the pressure plates that the top that the other end of torsional spring 206 puts forth effort on cover board 205 forms.

Further, the top sleeve of the connection body 41 is in the lower part of main cylinder 10, motor reducer connection Output shaft 42 is installed, the top of output shaft 42 has upper spline portion 421, connects in body 41 and be inserted with shaft coupling spline in seat 40 Set 43,421 sleeve of upper spline portion is in the lower part of the middle part spline through-hole of shaft coupling spline housing 43；

Ice making screw rod 30 is inserted in main cylinder 10, the bottom end of ice making screw rod 30 forms spline shaft 31, spline shaft 32 sleeves are in the top of the middle part spline through-hole of shaft coupling spline housing 43；

The top of the ice making screw rod 30 is inserted with skate guard 50, and skate guard 50 is bolted to connection in ice making screw rod On 30 top, skate guard 50 is in the top of main cylinder 10；

The middle part of the ice making screw rod 30 forms centre bore 32, and it is radial that the side wall of ice making screw rod 30 forms multiple supplements Hole 33, supplement radial hole 33 are communicated with centre bore 32；

The bottom of the ice making screw rod 30 is sealed by mechanical sealing member 60 with 41 phase of body is connect.

Further, the middle part lateral wall of the main cylinder 10 is equipped with coiled coil portion 11, coiled coil portion 11 Be welded with outer sleeve body 12 on lateral wall, the inner sidewall of outer sleeve body 12, coiled coil portion 11 and main cylinder 10 lateral wall shape Spiral circulation road 1 has connected pipe for flowing of refrigerant 13, refrigerant stream on the lateral wall of the upper and lower part of outer sleeve body 12 Siphunculus 13 is communicated with helical form circulation road 1；

The upper outside wall of the connection body 41 forms annular seal groove, and it is close that ring type seal 411 is nested in annular In sealing groove, the lateral wall elasticity of ring type seal 411 is pressed against on 10 lower inside wall of main cylinder, main cylinder 10 by bolt with The top of connection body 41 is mutually fixed.

Further, for 10 sleeve of main cylinder in outer catching holder 70, outer protection is stretched out on the top of main cylinder 10 The middle through-hole of the bottom plate of outer catching holder 70, outer protection are stretched out in the middle through-hole of the top plate of body 70, the bottom end of main cylinder 10 It is filled with heat-insulated foamed material between body 70 and main cylinder 10, Contraband font framework 109 is fixed on water tank support frame 104, it is outer anti- The middle part of jacket body 70 has rectangle card slot, and 109 sleeve of Contraband font framework is in rectangle card slot, the rectangular card of outer catching holder 70 The side wall of slot is pressed against on the corresponding inner sidewall of Contraband font framework 109.

Further, the top of the ice storage container 80 is covered with upper cover body ontology 20.

Further, the mechanical sealing member 60 includes bottom resilient seal ring body 61, middle part ceramics ring body 62, top Sealed elastic ring body 63, holddown spring 64 and compression ring cover 65, make ice the bottom end sleeve of screw rod 30 in bottom resilient sealing ring In body 61, middle part ceramics ring body 62, top seal elastic ring body 63, holddown spring 64 and compression ring cover 65；

The bottom resilient seal ring body 61 is nested in the holding annular formed on the upper inner wall of connection body 41 In groove 412, the bottom surface of bottom resilient seal ring body 61 is pressed against on the bottom surface of holding annular groove 412, bottom resilient sealing The lateral wall elasticity of ring body 61 is pressed against on the inner sidewall of holding annular groove 412, and middle part ceramics ring body 62 is nested in bottom bullet In the positioning groove having on the inside top surface wall of property seal ring body 61, the bottom surface of middle part ceramics ring body 62 is pressed against positioning groove Bottom surface on, the top surface of the ceramic ring body 62 in middle part, top seal elastic ring body 63 are close in the bottom surface of top seal elastic ring body 63 Inner sidewall be pressed against ice making screw rod 30 Basolateral wall on, the bottom end of holddown spring 64 is pressed against top seal elastic ring body On 63 top surface, the top of holddown spring 64 is pressed against on the bottom surface for compressing ring cover 65, and the top surface for compressing ring cover 65 is pressed against On the bottom end of the external thread part of ice making screw rod 30.

Further, two pipe for flowing of refrigerant 13 stretch out outer catching holder 70.

Further, multiple scrapers 51 are fixed on the lateral wall of the skate guard 50, the lateral wall of scraper 51 is close The inner sidewall of main cylinder 10.

Further, coiled coil portion 11 is formed or is welded on the middle part lateral wall of the main cylinder 10.

Further, the upper cover body ontology 20 includes upper cover plate 21, and the bottom surface of upper cover plate 21 is fixed with lower connecting plate 22, the middle part of lower connecting plate 22 has central through hole 23, and the middle part of upper cover plate 21, which is equipped with, is vertically directed pipe 24, is vertically directed pipe 24 Top stretch out upper cover plate 21 top surface, be vertically directed the bottom end sleeve of pipe 24 in central through hole 23, vertical gag lever post 25 insert It covering in being vertically directed pipe 24, the bottom end of vertical gag lever post 25 stretches out the bottom surface of lower connecting plate 22 and is fixed with limit chassis 26, The top of vertical gag lever post 25 stretches out the top surface for being vertically directed pipe 24 and is fixed with limiting plate 27, and the top surface of upper cover plate 21 is fixed with Microswitch 28, the briquetting that the end of the induction press handle 281 of microswitch 28 forms are pressed against the edge bottom of limit plate 27 Face.

Further, the top surface of the upper cover plate 21 forms or is fixed with installation groove body 211, the main body of microswitch 28 It is fixed in installation groove body 211.

Further, the middle part of the upper cover plate 21, which forms, is vertically directed pipe 24.

The high low setting of all stirring rods 84 of agitating shaft 81 is different, and wherein the upper portion side wall of stirring rod 84 is fixed with upward To the stirring rod 84 of extension, multiple raised items 9, the side wall surface of truncated cone-shaped filter screen 82 are fixed on the inner sidewall of internal staving 86 Lug boss 8 is formed, raised item 9 and lug boss 8 are for preventing ice cube from bonding.

Meanwhile the connection type being vertically directed between pipe 24 and upper cover plate 21 is also possible to: the middle part of the upper cover plate 21 Run through through-hole with center, is vertically directed 24 sleeve of pipe and runs through in through-hole at center, be vertically directed pipe 24 and be fixed on upper cover plate 21 On.

Further, the top surface of all upper cover plates 21 is fixed with protecting cover 29, and limiting plate 27 is vertically directed pipe 24 Top and microswitch 28 are in protecting cover 29.

Further, heat insulation 221, vertical gag lever post have been gripped between the upper cover plate 21 and lower connecting plate 22 25 sleeves are in the middle through-hole of heat insulation 221.

Further, the bottom surface on the limit chassis 26 forms reinforcing rib 261.

Further, inlet tube 212 is formed on the upper cover plate 21, upper cover plate 21 is stretched out at the top of inlet tube 212 Top surface, the bottom sleeve of inlet tube 212 is in the through-hole of lower connecting plate 22.

Connection between inlet tube 212 and upper cover plate 21 is also possible to: having installation through-hole, feed liquor on the upper cover plate 21 In installation through-hole, inlet tube 212 is fixed on upper cover plate 21 212 sleeve of pipe, and upper cover plate 21 is stretched out at the top of inlet tube 212 Top surface, the bottom sleeve of inlet tube 212 is in the through-hole of lower connecting plate 22.

In the present embodiment, the fixed device holding of the holding being equipped with by the two sides of upper cover plate 21 is on ice-making device, in realization Lid ontology 20 is fixed on ice-making device, and fixing device is common known structure, is no longer described in detail, solid on bottom main engine bed 100 Surely the control host having also is common controller, is no longer described in detail, each electronic component in this implementations pass through connecting line and Control host electrical connection.

Working principle: refrigeration machine is by the compression support high temperature and high pressure gas of compressor 01, subsequently into carrying out in condenser 2 Then heat dissipation, forms liquid mixture by capillary 3, enters back into lower part so that refrigerant becomes gas-liquid mixture In pipe for flowing of refrigerant 13, so that refrigerant is flowed in helical form circulation road 1 and is discharged from another pipe for flowing of refrigerant 13, Return and realize circulation in compressor 01, and aqueous by aqueous delivery pump 105 by the aqueous in water tank 90 from aqueous runner pipe In 15 input main cylinders 10, the aqueous height in water tank 90 is at the same level with the aqueous height in main cylinder 10, passes through Floating Ball Liquid Level Sensor 91 can sense whether the aqueous of water tank 90 meets the requirements, and when deficiency, float ball liquid level sensor 91 believes induction Number it is conveyed to control host, is sounded an alarm by the loudspeaker installed on control host and is shown on the LCD screen on control host Show, needs to carry out aqueous supplement to water tank 90.

Its refrigerant and main cylinder 10 carry out aqueous heat exchange, so that condensing Sorbet on the inner sidewall of main cylinder 10, and pass through Main drive motor 103 is run, and drives output shaft 42 to run by retarder 102, to drive ice making screw rod 30 to rotate, to make Must make ice screw rod 30 external thread part rotation, by and by by rotation screw thread lateral wall Sorbet is scraped into external thread part In thread groove and as the rotation of external thread part is delivered up, finally, the scraper 51 by skate guard 50 comes up conveying Sorbet compress and finally from the groove body output between two neighboring scraper 51, and by the top outer wall of skate guard 50 Extension edge breaks into ice cube, enters on the side wall of truncated cone-shaped filter screen 82 finally along extension set 83, and revolves in ice making screw rod 30 When turning, 81 synchronous rotary of agitating shaft, so that stirring rod 84 realizes stirring to the ice cube on the side wall of truncated cone-shaped filter screen 82, Prevent ice cube from agglomerating and cannot exclude；

And when needing to take ice cube, can control electromagnet block 201 by control host opens, and the absorption of telescopic rod 203 is mentioned It rises, so that adjutage pulls cover board 205 to rotarily open, torsional spring 206 compresses, and main through slot 88 no longer covers at this time, and ice cube can be from In be discharged in oblique discharging groove body 87 and be discharged along the discharging main channel that has of bottom of discharging shell 200, work as electromagnet When block 201 is closed, by the elastic recovery of torsional spring 206, so that telescopic rod 203 falls, the overturning of cover board 205 covers main through slot 88.

Wherein, in ice-making process, the height of aqueous is typically in the middle height of main cylinder 10 and in ice making screw rod Flowing has aqueous in the centre bore 32 that 30 middle part forms, to guarantee Sorbet and ice making screw rod when the inner sidewall of main cylinder 10 When the lateral wall of 30 external thread part is close to, flowing water liquid can be by the supplement radial hole 33 on top to upper in centre bore 32 Aqueous is supplemented in gap between the thread groove and main cylinder 10 of the external thread part of side, accelerates the efficiency of ice making；

Meanwhile when making ice the rotation of screw rod 30, guarantee that aqueous will not be from the bottom of ice making screw rod 30 by mechanical sealing member 60 Portion leaks out, and principle is, when ice making screw rod 30 rotates, the inner sidewall of top seal elastic ring body 63 and the lower part of ice making screw rod 30 Lateral wall is mutually pressed against, and guarantees that aqueous will not pass through the work of holddown spring 64 from the lower outside wall outflow of ice making screw rod 30 With guaranteeing to generate relative friction between the top surface of the ceramic ring body 62 in middle part and the bottom surface of top seal elastic ring body 63 and pass through two Moisture film between person guarantees that aqueous will not flow out.

In the present embodiment, spiral shell is formed by the lateral wall of the inner sidewall of outer sleeve body 12, coiled coil portion 11 and main cylinder 10 Revolve shape circulation road 1, refrigerant flows in helical form circulation road 1 so that between the aqueous in refrigerant and main cylinder 10 only every There is the side wall of main cylinder 10, the barrier between reduction greatly improves its heat transfer effect, refrigerating efficiency is improved, meanwhile, main cylinder Vertical groove 14 is formed on 10 inner sidewall, and aqueous is frozen in vertical groove 14, and the thermal coefficient of ice is low In the thermal coefficient of metal, i.e., what the ability for continuing to freeze on ice in vertical groove 14 will freeze lower than the side wall of main cylinder 10 Ability, therefore, 14 ice is not easy to continue to freeze in vertical groove, with lubricating action, so that rotated in main cylinder 10 14 ice partial frictional power is small in the lateral wall and vertical groove of the rotation screw thread of rotary shaft, reduces the entire rotation of rotary shaft Frictional force, ensure that the normal rotation of rotary shaft, it is not easy to stuck.

Meanwhile in production, constantly promoted by ice cube, so that limit chassis 26 is constantly promoted, so that limit Plate 27 is promoted, with the continuous promotion of limit plate 27, to reduce the pressure that limit plate 27 is pressed against the briquetting of induction press handle 281 Power, so that gradually return incudes press handle when incuding press handle 281 and limit plate 27 is completely separated to induction press handle 281 281 reset completely, at this point, microswitch 28 just senses induction 281 return of press handle, the ice cube in ice-making device has been expired at this time Volume is conveyed at this point, inductive signal is either just passed through the wireless modules such as bluetooth by connecting line by microswitch 28 When controlling host wireless transmission, wireless module is installed inside protecting cover 29, so that ice machine is out of service, this physical circuit The connection modes such as connection and wireless module and structure are common structure, are no longer described in detail.

And aqueous can be poured into inlet tube 212 can clean etc. ice-making device, it is very convenient.

Figure 20 and Figure 21 be the external insulation staving 85 of ice storage container 80 lateral wall and internal staving 86 inner sidewall at Type is small round table-like of the big lower diameter of upper diameter, and shown in Fig. 1 and Fig. 4, it is the external insulation staving 85 of ice storage container 80 The top of the inner sidewall of lateral wall and internal staving 86 is shaped to round table-like.

Claims

1. A continuous production ice maker, comprising a bottom main base (100), characterized in that: a connection base (101) is fixed on the top surface of the top plate of the bottom main base (100), and a connection base (101) is A reducer (102) is fixed on the top surface, a main drive motor (103) is fixed on the reducer (102), and a connecting sleeve (41) is fixed on a motor reducer connecting seat (40) on one side of the reducer (102). ), the main cylinder (10) is installed on the connecting sleeve (41), the ice-making screw (30) is installed in the main cylinder (10), and the outer protective sleeve is installed on the outer part of the main cylinder (10) (70), an ice storage bucket (80) is fixed on the top surface of the outer protective casing (70), a water tank support frame (104) is fixed on the top plate of the bottom main base (100), and the upper side of the water tank support frame (104) A water tank (90) is fixed to the wall.

2. A continuous production ice maker according to claim 1, characterized in that: a compressor (01), a condenser (2), a capillary (3) are fixed on the bottom plate of the bottom main base (100). ), the refrigerant gas outlet pipe of the compressor (01) is communicated with the liquid inlet end of the serpentine coil of the condenser (2), and the liquid outlet end of the serpentine coil of the condenser (2) is connected to the capillary through the connecting pipe One end of (3), the other end of the capillary tube (3) is connected to a connecting pipe and communicated with the refrigerant circulation pipe (13) in the lower part of the main cylinder (10), and the refrigerant circulation pipe (13) in the upper part of the main cylinder (10). 13) It is communicated with the intake end of the compressor (01) through a connecting pipe.

3. A continuous production ice maker according to claim 1, characterized in that: the ice storage bucket (80) is provided with a stirring mechanism, and the stirring mechanism comprises a stirring shaft (81), a stirring shaft ( 81) has a screw hole at the bottom end, and the top screw connection part of the ice-making screw (30) extends out of the ice knife cover (50) provided at the top of the ice-making screw (30) and is screwed into the screw hole, and the ice storage bucket ( 80) on the bottom plate is placed a circular truncated filter screen (82), the central part of the circular truncated filter screen (82) has an output through hole, and the inner side wall of the output through hole is formed with a downwardly extending extension sleeve (83), and the ice knife cover ( The upper part of 50) is in the extension sleeve (83), the stirring shaft (81) is in the upper part of the circular truncated filter screen (82), the lower side wall of the stirring shaft (81) is fixed with a plurality of stirring rods (84), and the stirring rod (84) ) is close to the side wall surface of the circular truncated filter screen (82).

4. A continuous production ice maker according to claim 1, characterized in that: a float level sensor (91) is fixed on the top cover of the water tank (90), and the float level sensor (91) ) of the floating ball is located in the water tank (90), the water tank support frame (104) is fixed with a water liquid delivery pump (105), and the bottom liquid outlet end of the water tank (90) is connected to the water liquid delivery pump (105) through a connecting pipe. The inlet and the liquid are communicated, and the outlet end of the water-liquid delivery pump (105) is communicated with the water-liquid circulation pipe (15) connected to the bottom end side wall of the main cylinder body (10) through the connecting pipe. The top cover is connected with a liquid inlet.

5 . The continuous production ice maker according to claim 3 , wherein the ice storage bucket ( 80 ) comprises an outer heat-insulating bucket body ( 85 ) and an inner bucket body ( 86 ), the upper part of which is in the shape of a truncated cone. 6 . ), the inner barrel (86) is fixed on the inner side wall of the outer thermal insulation barrel (85), and the circular truncated filter screen (82) is located on the top surface of the bottom plate of the inner barrel (86).

6. A continuous production ice maker according to claim 5, characterized in that: the lower part of the outer heat insulating barrel (85) is formed with an oblique discharge channel, and the oblique discharge trough (87) ) is inserted into the oblique discharge channel, the side wall and bottom surface of the oblique discharge trough (87) are fixed on the bottom and side walls of the oblique discharge channel, and the oblique discharge channel is connected to the inner barrel (86). The main through grooves (88) formed on the lower side wall of the ) are communicated with each other, the lower outer side wall of the outer heat insulating barrel (85) is fixed with a discharge casing (200), and the bottom of the discharge casing (200) has a The discharge main channel, the discharge end of the oblique discharge tank body (87) is connected to the feed port formed on the side wall of the discharge casing (200), and the top of the discharge casing (200) is fixed with an electromagnetic The iron block (201), the electromagnet block (201) has a telescopic hole (202) in the middle of the bottom surface, the telescopic rod (203) is inserted into the telescopic hole (202), and the bottom end of the telescopic rod (203) protrudes from the telescopic hole (202). 202) and an extension arm is hinged, the extension arm is hinged with two side connecting plates (204) through the connecting shaft, the side walls of the two side connecting plates (204) are fixed on the cover plate (205), and the two side connecting plates ( 204) and the cover plate (205) are in the oblique discharge chute body (87), the cover plate (205) covers the main through groove (88), the two side connecting plates (204) are hinged with hinge shafts, and the hinge shaft Both ends protrude from the side connecting plate (204) and are hinged on the connecting block fixed on the side plate of the discharge housing (200), the hinge shaft is sleeved with a torsion spring (206), The end of the torsion spring (206) is fixed on the hinge shaft, and the other end of the torsion spring (206) presses against the pressing plate formed on the upper part of the cover plate (205).

7. A continuous production ice maker according to claim 1, characterized in that: the upper part of the connection sleeve (41) is inserted into the lower part of the main cylinder (10), and the motor reducer connection seat The output shaft (42) is installed in the (40), the top end of the output shaft (42) is provided with an upper spline portion (421), and a coupling spline sleeve (43) is inserted into the connecting sleeve body (41), and the upper spline portion (43) is inserted. The part (421) is inserted into the lower part of the middle spline through hole of the coupling spline sleeve (43);

An ice-making screw (30) is inserted into the main cylinder body (10), the bottom end of the ice-making screw (30) is formed with a spline shaft portion (31), and the spline shaft portion (32) is inserted into the coupling spline. in the upper part of the middle spline through hole of the sleeve (43);

An ice knife cover (50) is inserted into the top of the ice making screw (30), the ice knife cover (50) is fixedly connected to the top of the ice making screw (30) by bolts, and the ice knife cover (50) is located in the main cylinder body (10). ) in the upper part;

A central hole (32) is formed in the middle of the ice-making screw (30), and a plurality of supplementary radial holes (33) are formed on the side wall of the ice-making screw (30). The supplementary radial holes (33) and the central hole ( 32) Connected;

The bottom of the ice-making screw (30) is sealed with the connecting sleeve (41) through a mechanical seal (60).

8 . The continuous production ice maker according to claim 7 , wherein the outer side wall of the middle part of the main cylinder body ( 10 ) is provided with a spiral coil part ( 11 ), and the spiral coil part ( 11 ) An outer casing (12) is welded and fixed on the outer side wall of the outer casing (12). 12) The outer side walls of the upper part and the lower part are connected with a refrigerant circulation pipe (13), and the refrigerant circulation pipe (13) is communicated with the spiral flow channel (1);

An annular sealing groove is formed on the upper outer side wall of the connecting sleeve body (41), the annular sealing ring (411) is nested in the annular sealing groove, and the outer side wall of the annular sealing ring (411) is elastically pressed against the main cylinder body (10). ) on the inner side wall of the lower part, the main cylinder body (10) is fixed with the upper part of the connecting sleeve body (41) by bolts.

9. A continuous production ice maker according to claim 7, characterized in that: the main cylinder (10) is inserted into the outer protective sleeve (70), and the top of the main cylinder (10) extends Out of the middle through hole of the top plate of the outer protective sleeve (70), the bottom end of the main cylinder (10) protrudes from the middle through hole of the bottom plate of the outer protective sleeve (70), the outer protective sleeve (70) and the main cylinder ( 10) The heat insulating foam material is filled in between, the water tank support frame (104) is fixed with a glyph frame body (109), the middle part of the outer protective sleeve body (70) has a rectangular slot, and the glyph frame body (109) The insertion sleeve is in the rectangular card slot, and the side wall of the rectangular card slot of the outer protective sleeve body (70) is pressed against the corresponding inner side wall of the indented frame body (109).

10 . The continuous production ice maker according to claim 1 , wherein the top cover of the ice storage bucket ( 80 ) is covered with an upper cover body ( 20 ). 11 .