CN205322051U - Self -service juice extractor - Google Patents
Self -service juice extractor Download PDFInfo
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- CN205322051U CN205322051U CN201521130889.1U CN201521130889U CN205322051U CN 205322051 U CN205322051 U CN 205322051U CN 201521130889 U CN201521130889 U CN 201521130889U CN 205322051 U CN205322051 U CN 205322051U
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Abstract
The utility model discloses a self -service juice extractor, including schizocarp device, juicer, belt cleaning device, branch cup mechanism, measurement flow stopping device and controlling means, the juicer top is located to the schizocarp device, and belt cleaning device and juicer link to each other, divides the position of cup mechanism corresponding with juicer, juicer with divide cup mechanism all with to measure flow stopping device position corresponding, controlling means is used for controlling schizocarp device, juicer, belt cleaning device, branch cup mechanism and measures the flow stopping device. The beneficial effects of the utility model are that, adopt controlling means to the schizocarp, squeeze the juice, wash, divide cup and measurement flow stopping step to control, make each step coordination go on, realized self -service juice extractor's full automation, save the operation cost.
Description
Technical field
This utility model relates to juice extractor equipment, particularly to a kind of self-service juice extractor。
Background technology
Self-service juice extractor is to adopt self-service selling and the form squeezed the juice in scene, is widely used in the public place such as market, railway station。For self-service juice extractor, raw material stores and blanking, squeezes the juice and filters and a point cup is requisite operation。
The automatic discharger of existing self-service juice extractor is stockpile to be placed in fruit basket, conveyer belt raw material is pushed to blanking channel, and the end at blanking channel arranges baffle plate, and raw material is arranged in blanking channel, by baffle controls discharging speed。There is blanking speed and be difficult to control in the discharging mechanism of this kind of structure, and the blocked appearance of raw material cannot blanking situation, have a strong impact on the use of user。A point cup mechanism for existing self-service juice extractor is to adopt to push away to pitch to be separated successively by the cup being stacked together。When the cup spacing difference being stacked together, point cup operation pushing away fork is difficult to, and the situation that cup cannot drop even occurs, affects the follow-up step of squeezing the juice of juice extractor。Existing self-service juice extractor generally adopt manual cleaning, be usually and every day the gate of self-service juice extractor opened, open draining device, be carried out, waste time and energy, the operation cost of self-service juice extractor increases。Only removing residue residual liquid during manual cleaning, the sterilizing operation of juice extractor is paid little attention to。Existing self-service juice extractor is normally set up the number of discharging, but raw material is not of uniform size, and the size of cup is fixing, in practice it is difficult to ensure that raw material size is unified。When raw material head is bigger, the amount of squeezing the juice is bigger, it is possible to cause that cup overfill is difficult to grip, or juice diffuses out cup, and juice extractor is polluted。
Utility model content
The purpose of this utility model is to provide a kind of self-service juice extractor, at least can solve the problem that one of the problems referred to above。
For achieving the above object, according to an aspect of the present utility model, provide a kind of self-service juice extractor, including schizocarp device, draining device, rinser, point cup mechanism, metering fluid stopping device and control device, schizocarp device is located at above draining device, rinser is connected with draining device, the position dividing cup mechanism is corresponding with draining device, draining device is all corresponding with metering fluid stopping setting position with point cup mechanism, controls device and is used for controlling schizocarp device, draining device, rinser, point cup mechanism and metering fluid stopping device。
The beneficial effects of the utility model are, adopt control device to schizocarp, squeeze the juice, clean, point cup and metering fluid stopping step are controlled, make each step coordinate to carry out, it is achieved that the full automation of self-service juice extractor, save operation cost。
In some embodiments, schizocarp device includes fruit basket, rotating disk mechanism, is positioned at the chassis bottom rotating disk mechanism and drives the schizocarp motor of rotating disk mechanism, match with rotating disk mechanism bottom fruit basket, rotating disk mechanism is provided with multiple cylinder that drops, chassis is provided with out fruit hole, and the position going out fruit hole is corresponding with the cylinder that drops。It has the beneficial effect that, fruit basket is used for holding raw material, raw material drops in the cylinder that drops, rotating disk mechanism is rotated by schizocarp motor, multiple cylinders that drop are corresponding with going out fruit hole successively, make the raw material dropping in cylinder discharge successively, can reach at the uniform velocity discharging, it is absent from stopping state discharging process is smooth and easy, then can control discharging speed by regulating motor speed。
In some embodiments, the middle part of rotating disk mechanism is provided with conical disc, and conical disc is provided with holder tooth, and holder tooth is positioned at the top of the cylinder that drops, and the position of holder tooth is corresponding with going out fruit hole, and the sidepiece of the cylinder that drops is provided with opening, and the size of opening is corresponding with holder tooth。Thus, the raw material that the setting of conical disc is easy in fruit basket falls into and drops in cylinder。The effect of holder tooth be prevent multiple raw material go out fruit hole drop continuously guarantee every time in each cylinder that drops only one of which raw material drop。
In some embodiments, cup mechanism is divided to include point cup motor, drive mechanism and the multiple points of cup axles being in transmission connection successively, cup axle is divided to include main shaft and be located at the first block of spiral and second block of spiral of main shaft, first block of spiral is positioned at the top of the second block of spiral, and the first block of spiral and the second block of spiral are altogether around main shaft one week。It has the beneficial effect that, the to be separated cup that stacks is played a supportive role by the first block of spiral and the second block of spiral。When dividing cup operation, last cup stacking cup is separated by the first block of spiral with other cups, and the cup of separation is supported by the second block of spiral。Divide cup axle to continue to rotate, separate cup and depart from the second block of spiral, complete a point cup operation。Above-mentioned point of cup process is steadily reliable。
In some embodiments, drive mechanism includes gear ring and drive, and the end of main shaft is provided with little gear, and drive is connected with a point cup motor-driven, and drive engages with the outside of gear ring, and little gear engages with the inner side of gear ring。So that drive mechanism simple in construction, multiple points of cup axles are made to keep strokes。
In some embodiments, drive mechanism includes installing plate, power transmission shaft, driving gear and driven gear, driving gear is connected with a point cup motor-driven, driving gear and driven gear are meshed, power transmission shaft is supported by installing plate, one end of power transmission shaft is connected with driven gear, and the other end is connected with a point cup axle。Thus, the cup stacked, between multiple power transmission shafts, to the cup limited location supporting role deposited, eliminates cup cylinder, simplifies structure。
In some embodiments, the number of power transmission shaft is identical with point cup axle, and at least one of multiple power transmission shafts includes connecting rod and two butt bars, and the two ends of connecting rod removably connect with two butt bars respectively。Thus disassembling connecting rod can add or change cup, easy and simple to handle。
In some embodiments, rinser includes water tank, ozonator and outlet pipe, and water tank is stretched in one end of outlet pipe, the other end is provided with shower nozzle, outlet pipe is provided with water pump, and the port of export of ozonator is connected with water tank, and the entrance point of ozonator is provided with blower fan。It has the beneficial effect that, can realize automatic cleaning under the effect of water pump, it is not necessary to open the gate of self-service juice extractor, easy to operate, time saving and energy saving。Employing ozone carries out disinfection, and can either ensure Disinfection Effect, can prevent again disinfectant from remaining, it is ensured that food safety。
In some embodiments, the port of export of ozonator is connected to conduit, and the end of conduit is provided with dissolving and evacuates head, dissolves evacuation head and is positioned at water tank bottom。So that ozone is sufficiently mixed with the water in water tank, improve ozone utilization rate。
In some embodiments, metering fluid stopping device includes plug, fluid stopping driving mechanism, swing mechanism and signal generator, fluid stopping driving mechanism is connected with plug, and swing mechanism matches with signal generator, controls device and receives signal generator signal control fluid stopping driving mechanism。It has the beneficial effect that, when the pressure that swing mechanism is subject to cup is sufficiently large can trigger signal generator, signal generator sends a signal to control device, controls device and controls the motion of fluid stopping driving mechanism, makes plug block the outlet of draining device。Through said process, when the fruit juice in cup reaches a certain amount of, the outlet of draining device can be blocked, effectively prevent cup overfill or fruit juice from overflowing, it is ensured that self-service juice extractor clean and tidy。
In some embodiments, self-service juice extractor also includes casing and cup feeder, and cup feeder is located at the medial wall of casing, and cup feeder includes saucer and driving mechanism, and driving mechanism drives saucer to stretch out outside casing。It provides the benefit that, the cup filling fruit juice can be delivered to outside casing by cup feeder, it is simple to user takes cup, materially increases the convenience of use。
Accompanying drawing explanation
Fig. 1 is the structural representation of the self-service juice extractor of this utility model embodiment 1；
Fig. 2 is the structural representation of the schizocarp device of self-service juice extractor shown in Fig. 1；
Fig. 3 is the schematic diagram that the conical disc of schizocarp device described in Fig. 2 coordinates with the cylinder that drops；
Fig. 4 is the decomposing schematic representation of the rotating disk mechanism of schizocarp device described in Fig. 2；
Fig. 5 is the structural representation of point cup mechanism of self-service juice extractor shown in Fig. 1；
Fig. 6 is the structural representation of point cup axle of point cup mechanism shown in Fig. 5；
Fig. 7 is the structural representation of the rinser of the self-service juice extractor of self-service juice extractor shown in Fig. 1；
The plug that Fig. 8 is the metering fluid stopping device of self-service juice extractor shown in Fig. 1 connects with fluid stopping driving mechanism
The structural representation connect；
Fig. 9 is the structural representation of the swing mechanism of the metering fluid stopping device of self-service juice extractor shown in Fig. 1；
Figure 10 is the schematic diagram that the cup feeder of self-service juice extractor shown in Fig. 1 is arranged on casing；
Figure 11 is the structural representation of the cup feeder of self-service juice extractor shown in Figure 10；
Figure 12 be self-service juice extractor shown in Fig. 1 control the schematic diagram that is connected with other devices of device；
Figure 13 is the structural representation of point cup mechanism of the self-service juice extractor of this utility model embodiment 2；
Figure 14 is point cup axle schematic diagram with bucket fits of point cup mechanism shown in Figure 13。
Detailed description of the invention
Below in conjunction with accompanying drawing, this utility model is described in further detail。
Embodiment 1
As shown in figs. 1 and 12, the self-service juice extractor of present embodiment includes schizocarp device 1, draining device 2, rinser 3, point cup mechanism 4, metering fluid stopping device 5 and controls device 6。Schizocarp device 1 is located at above draining device 2。Rinser 3 is connected with draining device 2。The position dividing cup mechanism 4 is corresponding with draining device 2。Draining device 2 is all corresponding with metering fluid stopping device 5 position with point cup mechanism 4。Control device 6 to be used for controlling schizocarp device 1, draining device 2, rinser 3, point cup mechanism 4 and metering fluid stopping device 5。
The self-service juice extractor of present embodiment also includes the refrigerating plant 7, cash device 8 and the cup feeder 10 that are all connected with control device。Schizocarp device 1, draining device 2, rinser 3, point cup mechanism 4, metering fluid stopping device 5, control device 6, refrigerating plant 7 and cash device 8 are respectively positioned in the casing 9 of self-service juice extractor。Cup mechanism 4, metering fluid stopping device 5, cash device 8 and cup feeder 10 is divided to be arranged on the gate of casing。
Refrigerating plant 7 keeps the temperature in casing 9 within the specific limits under the effect controlling device 6。When cash device 8 recognizes coin, control device 6 and control schizocarp device 1, draining device 2, point cup mechanism 4, metering fluid stopping device 5 and cup feeder 10 co-ordination, complete self-service juice-extracting process。
As shown in Figure 2, Figure 3 and Figure 4, schizocarp device 1 includes fruit basket 11, rotating disk mechanism 12, is positioned at the chassis 13 bottom rotating disk mechanism 12 and drives the schizocarp motor 14 of rotating disk mechanism 12。At the bottom of fruit basket, 11 are matched with rotating disk mechanism 12。Rotating disk mechanism 12 is provided with multiple cylinder 121 that drops。Chassis 13 is provided with out fruit hole 131, and the position going out fruit hole 131 is corresponding with the cylinder 121 that drops。
Raw material is put into fruit basket 11, and raw material drops in the cylinder 121 that drops。Schizocarp motor 14 drives rotating disk mechanism 12, pawn doffing 121 with go out fruit hole 131 relative time, the raw material dropped in cylinder 121 drops out。
Rotating disk mechanism 12 includes a pushing out ring 122, drive 123 and rotating shaft 124。Prop up pushing out ring 122 and include ring 1221 and lower ring 1222。Dropping, the top of cylinder 121 is fixing with upper ring 1221 to be connected, and bottom is fixed with lower ring 1222 and is connected。Upper ring 1221 and lower ring 1222 all offer the through hole corresponding with the cylinder 121 that drops, in order to the raw material in fruit basket falls into and drops in cylinder 121, then certainly go out fruit hole 131 and discharge。Multiple cylinders 121 that drop are uniformly distributed at a pushing out ring 122, to reach the effect of at the uniform velocity discharging。
Prop up pushing out ring 122 and be provided with link 125。Upper ring 1221 and lower ring 1222 are connected respectively through screw is fixing with link 125。
Rotating shaft 124 includes fixing axle and is sheathed on the rotary sleeve of fixing axle, is provided with bearing between rotary sleeve and fixing axle。The bottom of fixing axle is fixing with chassis 13 to be connected。Drive 123 and link 125 are all sheathed on rotary sleeve。
The middle part of rotating disk mechanism 12 is provided with conical disc 15, and conical disc 15 is provided with holder tooth 151, and holder tooth 151 is positioned at the top of the cylinder 121 that drops, and the position of holder tooth 151 is corresponding with going out fruit hole 131。Conical disc 15 is connected with the top of fixing axle。
The sidepiece of cylinder 121 of dropping is provided with opening。The size of opening is corresponding with holder tooth 151。Space is dodged for staying for holder tooth 151。When multiple cylinders 121 that drop rotate under the driving effect of schizocarp motor 14, holder tooth 151 can certainly drop cylinder 121 opening part pass through。
The inclined shape of outer rim of holder tooth 151, makes holder tooth 151 be formed by the narrow grading profile broadened。When the cylinder 121 that drops rotates, holder tooth 151 narrow end at first with the contact raw dropped in cylinder 121。Along with the rotation of the cylinder 121 that drops, the raw material of bottom in cylinder and the raw material on top are gradually disengaged by holder tooth 151, drop out from going out fruit hole 131 with the raw material of bottom in the cylinder 121 that ensures to drop, and the raw material of holding cylinder internal upper part does not drop out。
As shown in Figure 5 and Figure 6, cup mechanism 4 is divided to include point cup motor 41, drive mechanism 42 and the multiple points of cup axles 43 being in transmission connection successively。Point cup axle 43 includes main shaft 431 and is located at the first block of spiral 432 and the second block of spiral 433 of main shaft 431, and the first block of spiral 432 is positioned at the top of the second block of spiral 433, and the first block of spiral 432 and the second block of spiral 433 are altogether around main shaft 431 1 weeks。End face and the bottom surface of the first block of spiral 432 are equipped with rake, make the bottom of the first block of spiral 432 form thickness less than tip thickness, in order to bottom is inserted between the cup edge of two cups。
The end of main shaft 431 is provided with little gear 434。Main shaft the 431, first block of spiral the 432, second spiral 433 and little gear 434 are formed in one structure, for plastic material。
Drive mechanism 42 includes gear ring 421 and drive 422。Medial wall and the lateral wall of gear ring 421 are equipped with driving cog。Drive 422 is gear。Drive 422 is in transmission connection with a point cup motor 41, and drive 422 engages with the outside of gear ring 421, and little gear 434 engages with the inner side of gear ring 421。Multiple points of cup axles 43 are uniformly distributed in inside gear ring 421。
The outfan dividing cup motor 1 is provided with reduction box 44。The input of reduction box 44 is in transmission connection with the output shaft dividing cup motor 41。The outfan of reduction box 44 and drive 422 are in transmission connection。
In use, drive mechanism 42 and a point cup axle 43 are positioned at containment vessel。
The work process of point cup mechanism is: point cup motor 41 drives multiple points of cup axles 43 rotating in same direction simultaneously by reduction box 44 and drive mechanism 42。The bottom of the first block of spiral 432 is inserted between the cup edge of two cups, along with the rotation of main shaft 431, is separated with other cups by last cup stacking cup。The cup separated is supported by the second block of spiral 433。Main shaft 431 continues to rotate, and separates cup and departs from the second block of spiral 433, completes a point cup operation。
As it is shown in fig. 7, rinser 3 includes water tank 31, ozonator 32 and outlet pipe 33。Water tank 31 is stretched in one end of outlet pipe 33, and the other end is provided with shower nozzle 34。Outlet pipe 33 is provided with water pump 35。The port of export of ozonator 32 is connected with water tank 31, and the entrance point of ozonator 32 is provided with blower fan 6。Ozonator 32, water pump 35 and blower fan 36 are all connected with control device 6。Control device 6 effect under, every the set time to draining device cleaning and sterilizing once。During cleaning and sterilizing, controlling under the control of device 6, ozonator 32 starts to manufacture ozone, and ozone is blasted in water tank 31 by blower fan 36, and the disinfectant formed in water tank 31 is extracted out by water pump 35, sprays from shower nozzle 34, and draining device 2 is carried out sterilization。Shower nozzle 34 is multiple, and shower nozzle 34 may be provided at more than 2 positions needing cleaning and sterilizing of draining device。
The port of export of ozonator 32 is connected to conduit 37。The end of conduit 37 is provided with dissolving evacuation 38, dissolves evacuation 38 and is positioned at water tank 1 bottom。Dissolve evacuation 38 include housing 381 and be positioned at the implant 382 of housing 381。The end of conduit 7 is stretched in housing 381。Housing 381 offers multiple through hole。Through hole is in the intensive setting of surrounding of housing 81。Implant 382 is cotton or rubber grain。
Rinser also includes the waste water tank 9 connected with draining device 2, and the water of shower nozzle 4 ejection enters in waste water tank 9。
As shown in Figure 8 and Figure 9, metering fluid stopping device 5 includes plug 51, fluid stopping driving mechanism 52, swing mechanism 53 and signal generator。Fluid stopping driving mechanism 52 is connected with plug 51, and swing mechanism 53 matches with signal generator。Control device 6 to be used for receiving signal generator signal control fluid stopping driving mechanism 52。
As it is shown in figure 9, swing mechanism 53 includes metering installing plate 531, fork 532 and is located at the keeper 533 of installing plate 531。Keeper 533 is positioned at one end of fork 32, and keeper 533 is a head part。
Fork 532 realizes being rotatably connected by rotating shaft with installing plate 531。Being provided with torsion spring between rotating shaft and fork 532, torsion spring is used for making fork 532 keep in the center, the position that namely fork 532 and keeper 533 offset。
Fork 532 includes positioning end 5321 and working end 5322, and the junction of fork 532 and metering installing plate 531 is between positioning end 5321 and working end 5322。
Fork 532 matches with signal generator。Signal generator is travel switch or induction apparatus。When fork 532 is rocked to shake-up travel switch or triggers induction apparatus, travel switch or triggering induction apparatus send the signal to control device 6。
As shown in Figure 8, fluid stopping driving mechanism 52 includes fluid stopping installing plate 521, fluid stopping motor 522 and sliding panel 523。Fluid stopping motor 522 and sliding panel 523 are mounted on installing plate 521。The sidepiece of installing plate 521 has the opening corresponding with sliding panel 523, it is simple to sliding panel 523 stretches out and retracts。Plug 51 is fixedly mounted on the end of sliding panel 523。Plug 51 is positioned at outside installing plate 521。The output shaft of fluid stopping motor 522 is connected to reduction box。The outfan of reduction box is provided with travelling gear 524。The sidepiece of sliding panel 523 is provided with driving cog, and transmission 5 gear 24 is meshed with the driving cog of sliding panel 523。The material of plug 1 adopts softer food grade silica gel。
Fluid stopping installing plate 521 is installed with multiple guide pad 525。The centre of sliding panel 523 offers chute 5231, and guide pad 525 is positioned at chute 5231。The width of the size of guide pad 525 and chute 5231 adapts。
The work process of metering fluid stopping device is: the top of the bottom of cup and working end 5322 offsets, and when the liquid in cup is gradually increased, working end 5322 is depressed gradually, and fork 532 swings。When swinging 532 and arriving setting position, trigger signal generator。Signal generator sends a signal to control device 6。Control device 6 and control fluid stopping driving mechanism 52, make plug 51 be moved, the outlet of draining device 2 is retained。
As shown in Figure 10 and Figure 11, cup feeder 10 is arranged on the medial wall of the door of casing 9。Cup feeder 10 includes saucer 101 and driving mechanism 102, and driving mechanism 102 drives saucer 101 to stretch out outside casing 9。The door of casing 9 offers the cup mouth corresponding with saucer 101 size。Driving mechanism 102 includes glass motor 1021, gear 1022 and tooth bar 1023, slide rail 1024 and slide block 1025。Slide block 1025 and slide rail 1024 are two and match respectively。The bottom of saucer 101 is fixing with tooth bar 1023 to be connected, and tooth bar 1023 is arranged on slide block 1025。Going out glass motor 1021 to be connected with gear 1022, slide block 1025 is fixing with tooth bar 1023 to be connected, and gear 1022 is meshed with tooth bar 1023。Go out glass motor 1021 to start, then slide block 1025 slides on 1024 on slide rail, it is achieved go out cup operation。The bottom of saucer 101 has is easy to the opening that the working end 5322 of fork 532 is stretched out。
Embodiment 2
As shown in Figure 13 and Figure 14, as different from Example 1, the drive mechanism 42 of point cup mechanism 4 of the self-service juice extractor of present embodiment includes installing plate 423, power transmission shaft 424, driving gear 425 and driven gear 426。Driving gear 425 is in transmission connection with a point cup motor 41 by reduction box 44。Driving gear 425 and driven gear 426 are meshed。Power transmission shaft 424 is supported by installing plate 423, and one end of power transmission shaft 424 is fixing with driven gear 426 to be connected, and the other end is fixing with point cup axle 3 to be connected。
Driven gear 426 is identical with point cup axle 43 with the number of power transmission shaft 424, and at least one of multiple power transmission shafts 424 includes connecting rod 4241 and two butt bars 4242, and the two ends of connecting rod 4241 removably connect with two butt bars 4242 respectively。
In present embodiment, end bar 4242 is with connecting rod 4241 for threadeding, and multiple points of cup axles 43 are arranged in same gripper shoe。Offer in the middle part of gripper shoe and be easy to the macropore that cup drops。
Above-described is only embodiments more of the present utility model。For the person of ordinary skill of the art, under the premise creating design without departing from this utility model, it is also possible to making some deformation and improvement, these broadly fall into protection domain of the present utility model。
Claims (11)
1. self-service juice extractor, it is characterized in that, including schizocarp device (1), draining device (2), rinser (3), divide cup mechanism (4), metering fluid stopping device (5) and control device (6), described schizocarp device (1) is located at draining device (2) top, described rinser (3) is connected with draining device (2), the position of described point of cup mechanism (4) is corresponding with draining device (2), described draining device (2) is all corresponding with metering fluid stopping device (5) position with point cup mechanism (4), described control device (6) is used for controlling schizocarp device (1), draining device (2), rinser (3), divide cup mechanism (4) and metering fluid stopping device (5)。
2. self-service juice extractor according to claim 1, it is characterized in that, described schizocarp device (1) includes fruit basket (11), rotating disk mechanism (12), it is positioned at the chassis (13) of rotating disk mechanism (12) bottom and drives the schizocarp motor (14) of rotating disk mechanism (12), match with rotating disk mechanism (12) in described fruit basket (11) bottom, described rotating disk mechanism (12) is provided with multiple cylinder that drops (121), described chassis (13) is provided with out fruit hole (131), described go out fruit hole (131) position corresponding with the cylinder that drops (121)。
3. self-service juice extractor according to claim 2, it is characterized in that, the middle part of described rotating disk mechanism (12) is provided with conical disc (15), described conical disc (15) is provided with holder tooth (151), the position of described holder tooth (151) is corresponding with going out fruit hole (131), the sidepiece of the described cylinder that drops (121) is provided with opening, and the size of described opening is corresponding with holder tooth (151)。
4. self-service juice extractor according to claim 1, it is characterized in that, described point of cup mechanism (4) includes point cup motor (41) being in transmission connection successively, drive mechanism (42) and multiple points of cup axles (43), described point of cup axle (43) includes main shaft (431) and is located at the first block of spiral (432) and second block of spiral (433) of main shaft (431), described first block of spiral (432) is positioned at the top of the second block of spiral (433), described first block of spiral (432) and the second block of spiral (433) are altogether around main shaft (431) weeks。
5. self-service juice extractor according to claim 4, it is characterized in that, described drive mechanism (42) includes gear ring (421) and drive (422), the end of described main shaft (431) is provided with little gear (434), described drive (422) is in transmission connection with a point cup motor (41), described drive (422) engages with the outside of gear ring (421), and described little gear (434) is engaged with the inner side of gear ring (421)。
6. self-service juice extractor according to claim 4, it is characterized in that, described drive mechanism (42) includes installing plate (423), power transmission shaft (424), driving gear (425) and driven gear (426), described driving gear (425) is in transmission connection with a point cup motor (41), described driving gear (425) and driven gear (426) are meshed, described power transmission shaft (424) is supported by installing plate (423), one end of described power transmission shaft (424) is connected with driven gear (426), the other end is connected with a point cup axle (43)。
7. self-service juice extractor according to claim 6, it is characterized in that, the number of described power transmission shaft (424) is identical with point cup axle (43), at least one of multiple described power transmission shafts (424) includes connecting rod (4241) and two butt bars (4242), and the two ends of described connecting rod (4241) removably connect with two butt bars (4242) respectively。
8. self-service juice extractor according to claim 1, it is characterized in that, described rinser (3) includes water tank (31), ozonator (32) and outlet pipe (33), water tank (31) is stretched in one end of described outlet pipe (33), the other end is provided with shower nozzle (34), described outlet pipe (33) is provided with water pump (35), the port of export of described ozonator (32) is connected with water tank (31), and the entrance point of described ozonator (32) is provided with blower fan (36)。
9. self-service juice extractor according to claim 8, it is characterized in that, the port of export of described ozonator (32) is connected to conduit (37), the end of described conduit (37) is provided with dissolving and evacuates head (38), and described dissolving is evacuated head (38) and is positioned at water tank (31) bottom。
10. self-service juice extractor according to claim 1, it is characterized in that, described metering fluid stopping device (5) includes plug (51), fluid stopping driving mechanism (52), swing mechanism (53) and signal generator, described fluid stopping driving mechanism (52) is connected with plug (51), described swing mechanism (53) matches with signal generator, and described control device (6) receives signal generator signal and controls fluid stopping driving mechanism (52)。
11. self-service juice extractor according to claim 1, it is characterized in that, also include casing (9) and cup feeder (10), described cup feeder (10) is located at the medial wall of casing (9), described cup feeder (10) includes saucer (101) and driving mechanism (102), and described driving mechanism (102) drives saucer (101) to stretch out casing (9) outward。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521130889.1U CN205322051U (en) | 2015-12-29 | 2015-12-29 | Self -service juice extractor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521130889.1U CN205322051U (en) | 2015-12-29 | 2015-12-29 | Self -service juice extractor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205322051U true CN205322051U (en) | 2016-06-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521130889.1U Withdrawn - After Issue CN205322051U (en) | 2015-12-29 | 2015-12-29 | Self -service juice extractor |
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| Country | Link |
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| CN (1) | CN205322051U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105411355A (en) * | 2015-12-29 | 2016-03-23 | 佛山市铭康机械有限公司 | Self-service juicer |
| CN107173819A (en) * | 2017-04-21 | 2017-09-19 | 李泽清 | A kind of pomegranate draining device |
-
2015
- 2015-12-29 CN CN201521130889.1U patent/CN205322051U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105411355A (en) * | 2015-12-29 | 2016-03-23 | 佛山市铭康机械有限公司 | Self-service juicer |
| CN105411355B (en) * | 2015-12-29 | 2017-06-06 | 佛山市铭康机械有限公司 | Self-service juice extractor |
| CN107173819A (en) * | 2017-04-21 | 2017-09-19 | 李泽清 | A kind of pomegranate draining device |
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