CN203518382U - Full-automatic crawler-type ice storeroom - Google Patents
Full-automatic crawler-type ice storeroom Download PDFInfo
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- CN203518382U CN203518382U CN201320366211.8U CN201320366211U CN203518382U CN 203518382 U CN203518382 U CN 203518382U CN 201320366211 U CN201320366211 U CN 201320366211U CN 203518382 U CN203518382 U CN 203518382U
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Abstract
The utility model provides a full-automatic crawler-type ice storeroom, which is used for solving problems that an existing ice storeroom is great in labor power consumption amount, low in working efficiency, poor in outlet ice quality, and the like. The full-automatic crawler-type ice storeroom comprises a crawler conveyor which is arranged on the bottom inside an ice storeroom box body and provided with an ice receiving end and an ice outlet end, wherein the ice storeroom box body is equipped with an ice inlet above the ice receiving end of the crawler conveyor; an ice harrowing machine is arranged below the ice inlet; a full level inductive switch is arranged at the ice inlet; an ice breaker which ascends in an inclined manner is arranged at the ice outlet end of the crawler conveyor; a top proximity switch and a bottom proximity switch are sleeved in the ice breaker according to a drive set; the ice outlet end of the crawler conveyor is connected with an ice receiving slot; an ice supply machine set is arranged in the ice receiving slot; a rotation resisting switch is arranged on the inner wall of the ice receiving slot; the full level inductive switch, the top proximity switch, the bottom proximity switch and the rotation resisting switch are controlled by virtue of electrical connection of a main controller. The full-automatic crawler-type ice storeroom disclosed by the utility model achieves full-automatic mechanical intelligent production, occupation of manpower resources is reduced, working efficiency is improved and monitoring protective management for the whole machine is formed.
Description
Technical field
The utility model belongs to technical field of refrigeration equipment, relates to the device a kind ofly realizing ice storage, trash ice, send ice and controls process step, particularly a kind of full-automatic crawler track type ice bank.
Background technology
, because ice rake can only start ice to rake off from top, so the time that the ice of bottom stops in storehouse is longer, easily there is strong freezing in traditional rake ice formula ice bank, forms the slab that is difficult to removing, cannot remove outbound with ice rake, take ice storage volume space.
Moreover various forms of ice bank, all by Manpower operating ice storage, ice-conveying course, need to take a large amount of human resources thus in prior art, reduce operating efficiency, improve production cost.And can not carry out real time inspection monitoring to body running; and then can not monitor the abnormal operating state that in complete machine, arbitrary parts occur; cannot correspondingly make timely safeguard measure; cause thus body faults frequent, components damage serious; affect operating efficiency and go out Ice matter, obviously reduce productivity effect.
Utility model content
The purpose of this utility model is to have the problems referred to above for existing technology, has proposed a kind ofly by sensing, to be monitored and realized all-around intelligent automated production, and significantly reduce, takies human resources; And can eliminate root ice deposition, be lifted out the full-automatic crawler track type ice bank of Ice matter and efficiency.
The purpose of this utility model can realize by following technical proposal: full-automatic crawler track type ice bank, comprise the icebox casing with refrigeration inner chamber, described icebox casing inner bottom part is installed has the track conveyor that connects ice end and go out ice end, it is characterized in that, described icebox casing is positioned at track conveyor and connects ice end top and offer into ice mouth, and enter ice mouth below and install rake ice maker, describedly enter ice mouth place full position inductive switch is set, described track conveyor goes out ice end place the ice crusher that is to tilt rising is set, in described ice crusher, install top approach switch and end approach switch, described track conveyor goes out ice end and connects ice groove, described connecing in ice groove installed and sent ice maker group, on the described inwall that connects ice groove, install the resistance pass of outwarding winding, described full position inductive switch, top approach switch, end approach switch and resistance are outwarded winding to close and are controlled by master controller Electricity Federation.
The icebox casing of this full-automatic crawler track type ice bank has heat-insulation layer, this heat-insulation layer can Keep cool the low temperature environment of inner chamber, be beneficial to ice body and store.The top of icebox casing arranges ice machine, and the ice mouth of ice machine aim to be communicated with icebox casing top enter ice mouth.This full-automatic crawler track type ice bank completes in turn ice storage, trash ice, send the function of ice according to program, by ice machine the freezing ice body that completes drop in icebox casing, by track conveyor, slowly move forward conveying subsequently, coordinate rake ice maker that the peak of piling up iceberg is constantly rearward put down simultaneously, then smash gradually from the bottom to top on the iceberg through ice crusher, handover being put in place, and trash ice is evenly shed to connecing in ice groove, finally by sending ice maker group that the trash ice of smashing is transferred to icebox casing outside, enter in the equipment of next coordinating operation.
In above-mentioned full-automatic crawler track type ice bank, described ice crusher comprises at least a set of driving group, and every cover driving group has a trash ice motor, on described trash ice motor, be connected with the first frequency converter, and the first frequency converter is controlled by master controller Electricity Federation, described trash ice motor is by the some trash ice axles of the synchronous driving of sprocket wheel, and some trash ice axles from the bottom to top successively after wrong skew Boulez, described top approach switch is installed in the top of every cover driving group root trash ice axle side, and approach switch of the described end is installed in the end of every cover driving group root trash ice axle side.In concrete enforcement, the tricks that ice crusher arranges driving group can configure according to the specification of icebox casing, and the iceberg volume of its interior institute ice storage of the icebox casing that volume is larger is larger, need to set up higher ice crusher, therefore the tricks of driving group increases.Every two adjacent trash ice axles are connected by toothed chain, successively tandem sequence thus, and trash ice motor is positioned at centre position, it directly drives the trash ice axle in the middle of connecting, if arbitrary place toothed chain fracture, must cause the trash ice axle that pushes up position or position, the end in this cover driving group to stop operating, thus by the rotation situation of monitoring top root trash ice axle and end root trash ice axle, just can learn whether ice crusher occurs non-normal working because toothed chain ruptures.
In above-mentioned full-automatic crawler track type ice bank, described send ice maker group to comprise to be placed in parallel in main spiral transmission axle and the secondary spiral transmission axle connecing in ice groove, the two ends of described main spiral transmission axle all synchronously drive connection by reducing motor, and one end of described secondary spiral transmission axle connects reducing motor.In the larger icebox casing of specification, because iceberg volume is large, ice crusher degree of setting up is high, to shed the trash ice amount connecing in ice groove large for ice crusher in unit interval, therefore carrying most of trash ice by main spiral transmission axle carries, and the auxiliary main spiral transmission axle of secondary spiral transmission axle prevents from that a small amount of trash ice from omitting to be trapped in to connect in ice groove.By adjusting, the rotating speed of reducing motor is controlled main spiral transmission axle and secondary spiral transmission axle unit interval inward turning is transferred the cell ice amount of sending, and can realize thus dynamic ice body function of measuring, reaches required and send the people of ice weight for controlling.
In above-mentioned full-automatic crawler track type ice bank, described in send ice maker group to comprise a straight spiral transmission axle connecing in ice groove that is positioned over, one end of described spiral transmission axle drive to be connected by reducing motor.In the less icebox casing of specification, iceberg volume is relatively little, and ice crusher degree of setting up is not high, therefore it is moderate to shed the trash ice amount connecing in ice groove in the unit interval, only uses thus completing that a spiral transmission axle just can be good to send ice operation.By adjusting the rotating speed control spiral transmission axle unit interval inward turning of reducing motor, transfer the cell ice amount of sending, can realize thus dynamic ice body function of measuring, reach required and send the people of ice weight for controlling.
In above-mentioned full-automatic crawler track type ice bank, the ice mouth that enters at described icebox casing top is installed the first cylinder, the expansion link end of described the first cylinder switching cover plate that is connected, and the first cylinder is controlled by master controller Electricity Federation; Described one end that connects ice groove has at least one ice mouth, and described ice mouth is installed the second cylinder, the expansion link end of described the second cylinder switching cover plate that is connected, and the second cylinder is controlled by master controller Electricity Federation.By the expanding-contracting action of the first cylinder or the second cylinder, drive and open and close cover plate to entering the sealing of ice mouth or ice mouth, spacious logical function, when not sending ice operation, seal into ice mouth and ice mouth thus, play good sealed against leakage cold-working use, ensure the low temperature environment in icebox casing.
In above-mentioned full-automatic crawler track type ice bank, described track conveyor comprises crawler belt motor, on described crawler belt motor, be connected with the second frequency converter, and the second frequency converter is controlled by master controller Electricity Federation, described crawler belt motor drives and connects belt wheel transfer assembly, the uniform some chain supporting frames in below of described belt wheel transfer assembly.In the larger icebox casing of specification, track conveyor is equipped with longer, therefore the lax zone face radian of crawler belt bottom side is larger, being easily dragged to ground affects its cycle rotation, by the lax zone face of chain supporting frame support, ensures the running of crawler belt normal circulation.
In above-mentioned full-automatic crawler track type ice bank, on the roof in described icebox casing, install camera and illuminating lamp, described camera connects display by circuit, and described display is controlled by master controller Electricity Federation; In described icebox casing, install temperature sensor and air-conditioning, and temperature sensor and air-conditioning are controlled by master controller Electricity Federation.In automatically ice storage, send during ice produces, by throwing light on and making a video recording, can clearly observe the operation situation of understanding in icebox casing, good monitoring effect is provided.
According to above-mentioned full-automatic crawler track type ice bank, its control method comprises the following steps:
(1), ice machine is at the uniform velocity thrown in ice body by the ice mouth that enters of icebox casing, the ice end place that connects that makes ice body fall to track conveyor is piled into iceberg, track conveyor is carried iceberg towards forward movement, rake ice maker sweeps mountain peak, iceberg towards backward constant speed, iceberg is transferred by bottom forward direction, and the backward peak clipping in top forms balanced stable state ice body and piles up;
(2) height once inductive switch detection peak, iceberg, full position oversteps the extreme limit,, is controlled ice machine by master controller and stops throwing in ice body to master controller by electrical signal transfer, and check that whether body is in normal operation state;
(3), trash ice motor drives the uniform rotation of some trash ice axles in ice crusher, be rear-inclined and smash the iceberg leading flank ice body contacting, and iceberg is started from bottom smash that upset falls into below by trash ice shaft clearance connects ice groove;
(4) once top approach switch or end approach switch detect top root trash ice axle or end root trash ice axle stops operating, top approach switch or end approach switch are reported to the police by electrical signal transfer to master controller, by master controller, control ice machine and stop throwing in ice body, track conveyor is shut down, send ice compressor emergency shutdown, and check body;
(5), trash ice falls into and connects ice groove, send reducing motor in ice maker group to drive main spiral transmission axle and the rotation of secondary spiral transmission axle, by the helical blade on main spiral transmission axle, a large amount of trash ices are turned to carry and shift out ice mouth, by the helical blade on secondary spiral transmission axle, assisted a small amount of trash ice to turn to carry and shift out ice mouth;
(6) once resistance outwards winding to close the ice body connecing in ice groove detected and surpass full position height; by electrical signal transfer to master controller; by master controller, controlling track conveyor shuts down; ice crusher is shut down; only by sending ice maker group to continue to send ice to move; until resistance outwards winding to close, detect vacant state, track conveyor and ice crusher recover normal work.
Trash ice falls into and connects ice groove, send reducing motor in ice maker group to drive the rotation of spiral transmission axle, by the helical blade on spiral transmission axle, trash ice is turned to carry and shifts out ice mouth.
During trash ice electric motor starting, by the first Frequency Converter Control, in pretrigger, in the period, carried out the slow work of starting shipment of reduction of speed, through slow, recover rated speed operation after opening the period; During crawler belt electric motor starting, by the second Frequency Converter Control, in pretrigger, in the period, carried out the slow work of starting shipment of reduction of speed, through slow, recover rated speed operation after opening the period.In ice crusher, by toothed chain, drive whole trash ice axle rotation operations; but directly enter normal operating conditions by stopped status; causing toothed chain to tighten suddenly generation stress concentrates; easily cause toothed chain fracture; therefore slow the opening by the first frequency converter controlled; first toothed chain is walked unhurriedly and form exceptionally straight state, then normal operation transmission again, ensures part quality, promotes transmission effect and reduces production accident.Track conveyor keeps the conveying end face of crawler belt to be exceptionally straight state in carrying operation; but directly enter normal operating conditions by stopped status; causing crawler belt upper surface to tighten suddenly generation stress concentrates; easy cassette tape or cause crawler belt damage; therefore slow the opening by the second frequency converter controlled; first crawler belt upper surface is walked unhurriedly and form exceptionally straight state, then normal operation transmission again, ensures part quality, promotes transmission effect, reduces production accident and extension device life-span.
Compared with prior art, this full-automatic crawler track type ice bank is supervised journey, induction monitoring and director demon by shooting and is managed, and reaches full automatic mechanical intelligence and produces, thereby contain the high-end monitoring technique means of modernization, significantly economization taking of human resources, meet development in Hi-Tech process; And in integral device, set up multinomial sense control switch, guarantee ice storage, send the normal operation of ice, optimization Ice matter, promotes operating efficiency, also complete machine is formed to monitoring and protection management, is beneficial to and extends its service life.
Accompanying drawing explanation
Fig. 1 is that structural representation is faced in the inside of this full-automatic crawler track type ice bank embodiment mono-.
Fig. 2 is the inside plan structure schematic diagram of this full-automatic crawler track type ice bank embodiment mono-.
Fig. 3 is the private side TV structure schematic diagram of this full-automatic crawler track type ice bank embodiment mono-.
Fig. 4 is the inside plan structure schematic diagram of this full-automatic crawler track type ice bank embodiment bis-.
Fig. 5 is the private side TV structure schematic diagram of this full-automatic crawler track type ice bank embodiment bis-.
In figure, 1, icebox casing; 2, rake ice maker; 3, track conveyor; 3a, crawler belt motor; 4, chain supporting frame; 5, ice crusher; 5a, trash ice motor; 5b, trash ice axle; 6, connect ice groove; 7, reducing motor; 8, main spiral transmission axle; 9, secondary spiral transmission axle; 10, spiral transmission axle; 11, hinder the pass of outwarding winding.
The specific embodiment
Be below specific embodiment of the utility model by reference to the accompanying drawings, the technical solution of the utility model is further described, but the utility model be not limited to these embodiment.
Embodiment mono-
As shown in Figure 1, Figure 2 and Figure 3, this full-automatic crawler track type ice bank comprises icebox casing 1, track conveyor 3, rake ice maker 2, ice crusher 5, connects ice groove 6, send ice maker group, master controller etc.
Icebox casing 1 has refrigeration inner chamber, in its perisporium, have heat-insulation layer can Keep cool the low temperature environment of inner chamber, be beneficial to ice body and store.The top of icebox casing 1 is offered into ice mouth, and the top of icebox casing 1 also arranges ice machine, and the ice mouth of ice machine aim to be communicated with icebox casing 1 top enter ice mouth.
Icebox casing 1 inner bottom part is installed has the track conveyor 3 that connects ice end and go out ice end, track conveyor 3 comprises crawler belt motor 3a, on this crawler belt motor 3a, be connected with the second frequency converter, and the second frequency converter controlled by master controller Electricity Federation, crawler belt motor 3a drives and connects belt wheel transfer assembly.In the larger icebox casing 1 of specification, track conveyor 3 is equipped with longer, the lax zone face radian of the crawler belt bottom side in belt wheel transfer assembly is larger, easily be dragged to ground and affect its cycle rotation, by uniform some chain supporting frames 4 below belt wheel transfer assembly, the lax zone face of support ensures the running of crawler belt normal circulation.
The ice mouth that enters at icebox casing 1 top is positioned at connecing above ice end of track conveyor 3, is probably positioned at 1/3rd places of whole icebox casing 1 length.Enter ice mouth place full position inductive switch is set, and completely a position inductive switch is controlled by master controller Electricity Federation, enter ice mouth below and install rake ice maker 2.
Track conveyor 3 goes out ice end place the ice crusher 5 that is to tilt rising is set, ice crusher 5 comprises at least a set of driving group, and every cover driving group has a trash ice motor 5a, on this trash ice motor 5a, be connected with the first frequency converter, and the first frequency converter is controlled by master controller Electricity Federation.Trash ice motor 5a is by the some trash ice axle 5b of the synchronous driving of sprocket wheel, being specially every two adjacent trash ice axle 5b is connected by toothed chain, successively tandem sequence thus, and some trash ice axle 5b from the bottom to top successively after wrong skew Boulez, and trash ice motor 5a is positioned at centre position, it directly drives the trash ice axle 5b in the middle of connecting.If arbitrary place toothed chain fracture, must cause the trash ice axle 5b that pushes up position or position, the end in this cover driving group to stop operating, therefore the top root trash ice axle 5b side of every cover driving group is installed top approach switch, end root trash ice axle 5b side is installed end approach switch, top approach switch and end approach switch are controlled by master controller Electricity Federation, by the rotation situation of monitoring top root trash ice axle 5b and end root trash ice axle 5b, just can learn whether ice crusher 5 occurs non-normal working because toothed chain ruptures thus.In concrete enforcement, the tricks that ice crusher 5 arranges driving group can configure according to the specification of icebox casing 1, and the iceberg volume of icebox casing 1 its interior institute ice storage that volume is larger is larger, need to set up higher ice crusher 5, therefore the tricks of driving group increases.
Track conveyor 3 goes out ice end and connects ice groove 6, connect in ice groove 6 and install and send ice maker group, send ice maker group to comprise to be and be placed in parallel in the main spiral transmission axle 8 and secondary spiral transmission axle 9 connecing in ice groove 6, the two ends of main spiral transmission axle 8 all connect by synchronous driving of reducing motor 7, and one end of secondary spiral transmission axle 9 is driven and connected by reducing motor 7.In the larger icebox casing 1 of specification, because iceberg volume is large, ice crusher 5 degree of setting up are high, to shed the trash ice amount connecing in ice groove 6 large for ice crusher 5 in unit interval, therefore carrying most of trash ice by main spiral transmission axle 8 carries, and the auxiliary main spiral transmission axle 8 of secondary spiral transmission axle 9 prevents from that a small amount of trash ice from omitting to be trapped in to connect in ice groove 6.Connect and on the inwall of ice groove 6, install resistance and outward winding and close 11, resistance is outwarded winding and is closed 11 and control by master controller Electricity Federation.By adjusting, the rotating speed of reducing motor 7 is controlled main spiral transmission axle 8 and secondary 9 unit interval of spiral transmission axle inward turning is transferred the cell ice amount of sending, and can realize thus dynamic ice body function of measuring, reaches required and send the people of ice weight for controlling.
The ice mouth that enters at icebox casing 1 top is installed the first cylinder, the expansion link end of the first cylinder switching cover plate that is connected, and the first cylinder is controlled by master controller Electricity Federation; The one end that connects ice groove 6 has at least one ice mouth, can offer two ice mouths according to main spiral transmission axle 8 and the position of secondary spiral transmission axle 9, also these two ice mouths can be combined into a larger ice mouth.Ice mouth is installed the second cylinder, the expansion link end of the second cylinder switching cover plate that is connected, and the second cylinder is controlled by master controller Electricity Federation.By the expanding-contracting action of the first cylinder or the second cylinder, drive and open and close cover plate to entering the sealing of ice mouth or ice mouth, spacious logical function, when not sending ice operation, seal into ice mouth and ice mouth thus, play good sealed against leakage cold-working use, ensure the low temperature environment in icebox casing 1.
On roof in icebox casing 1, install camera and illuminating lamp, camera connects display by circuit, and display is controlled by master controller Electricity Federation.In icebox casing 1, install temperature sensor and air-conditioning, and temperature sensor and air-conditioning are controlled by master controller Electricity Federation.In automatically ice storage, send during ice produces, by throwing light on and making a video recording, can clearly observe the operation situation of understanding in icebox casing 1, good monitoring effect is provided.
According to the structure of above-mentioned full-automatic crawler track type ice bank, its control method comprises the following steps:
(1), ice machine is at the uniform velocity thrown in ice body by the ice mouth that enters of icebox casing 1, the ice end place that connects that makes ice body fall to track conveyor 3 is piled into iceberg, track conveyor 3 is carried iceberg towards forward movement, rake ice maker 2 sweeps mountain peak, iceberg towards backward constant speed, iceberg is transferred by bottom forward direction, and the backward peak clipping in top forms balanced stable state ice body and piles up;
(2) height once inductive switch detection peak, iceberg, full position oversteps the extreme limit,, is controlled ice machine by master controller and stops throwing in ice body to master controller by electrical signal transfer, and check that whether body is in normal operation state;
(3), trash ice motor 5a drives some trash ice axle 5b uniform rotation in ice crusher 5, be rear-inclined and smash the iceberg leading flank ice body contacting, and iceberg is started from bottom smash that upset falls into below by trash ice axle 5b gap connects ice groove 6;
(4) once top approach switch or end approach switch detect top root trash ice axle 5b or end root trash ice axle 5b stops operating, top approach switch or end approach switch are reported to the police by electrical signal transfer to master controller, by master controller, control ice machine and stop throwing in ice body, track conveyor 3 is shut down, send ice compressor emergency shutdown, and check body;
(5), trash ice falls into and connects ice groove 6, send reducing motor 7 in ice maker group to drive main spiral transmission axle 8 and secondary spiral transmission axle 9 rotations, by the helical blade on main spiral transmission axle 8, a large amount of trash ices are turned to carry and shift out ice mouth, by the helical blade on secondary spiral transmission axle 9, assisted a small amount of trash ice to turn to carry and shift out ice mouth;
(6) once resistance outward winding and close 11 and the ice body connecing in ice groove 6 detected and surpass full position height; by electrical signal transfer to master controller; by master controller, controlling track conveyor 3 shuts down; ice crusher 5 is shut down; only by sending ice maker group to continue to send ice to move; until resistance is outwarded winding, close 11 detection vacant state, track conveyor 3 and ice crusher 5 recover normal work.
When trash ice motor 5a starts, by the first Frequency Converter Control, in pretrigger, in the period, carried out the slow work of starting shipment of reduction of speed, through slow, recover rated speed operation after opening the period; When described crawler belt motor 3a starts, by the second Frequency Converter Control, in pretrigger, in the period, carried out the slow work of starting shipment of reduction of speed, through slow, recover rated speed operation after opening the period.In ice crusher 5, by toothed chain, drive whole trash ice axle 5b rotation operations; but directly enter normal operating conditions by stopped status; causing toothed chain to tighten suddenly generation stress concentrates; easily cause toothed chain fracture; therefore slow the opening by the first frequency converter controlled; first toothed chain is walked unhurriedly and form exceptionally straight state, then normal operation transmission again, ensures part quality, promotes transmission effect and reduces production accident.Track conveyor 3 keeps the conveying end face of crawler belt to be exceptionally straight state in carrying operation; but directly enter normal operating conditions by stopped status; causing crawler belt upper surface to tighten suddenly generation stress concentrates; easy cassette tape or cause crawler belt damage; therefore slow the opening by the second frequency converter controlled; first crawler belt upper surface is walked unhurriedly and form exceptionally straight state, then normal operation transmission again, ensures part quality, promotes transmission effect, reduces production accident and extension device life-span.
In the use of large-scale icebox casing 1, often use it to ice body, to carry out long period refrigeration, therefore in the inner chamber that needs that Keep cool 0 ℃ to-10 ℃, temperature sensor is passed to master controller by the temperature information sensing, by master controller, judge whether to meet refrigeration requirement, and when excess Temperature, control air-conditioning and open refrigeration cool-down, reached the refrigerated storage temperature that maintains requirement.
Embodiment bis-
As shown in Figure 4 and Figure 5, the present embodiment is basic identical with structure and the principle of embodiment mono-, different place is: send ice maker group to comprise a straight spiral transmission axle 10 connecing in ice groove 6 that is positioned over, one end of spiral transmission axle 10 is driven and connected by reducing motor 7.In the less icebox casing 1 of specification, iceberg volume is relatively little, ice crusher 5 degree of setting up are not high, therefore it is moderate to shed the trash ice amount connecing in ice groove 6 in the unit interval, send reducing motor 7 in ice maker group to drive 10 rotations of spiral transmission axle, by the helical blade on spiral transmission axle 10, trash ice is turned to carry and shift out ice mouth, only use thus completing that a spiral transmission axle 10 just can be good to send ice operation.
By adjusting rotating speed control spiral 10 unit interval of the transmission axle inward turning of reducing motor 7, transfer the cell ice amount of sending, can realize thus dynamic ice body function of measuring, reach required and send the people of ice weight for controlling.In the use of small-sized icebox casing 1, conventionally can realize and depositing with ice body operation, therefore without Keep cool inner chamber in too low cryogenic temperature, maintain normal temperature state.
Specific embodiment described herein is only to the explanation for example of the utility model spirit.The utility model person of ordinary skill in the field can make various modifications or supplements or adopt similar mode to substitute described specific embodiment, but can't depart from spirit of the present utility model or surmount the defined scope of appended claims.
Although more used icebox casing 1 herein; Rake ice maker 2; Track conveyor 3; Crawler belt motor 3a; Chain supporting frame 4; Ice crusher 5; Trash ice motor 5a; Trash ice axle 5b; Connect ice groove 6; Reducing motor 7; Main spiral transmission axle 8; Secondary spiral transmission axle 9; Spiral transmission axle 10; Resistance is outwarded winding and is closed 11 terms such as grade, but does not get rid of the possibility of using other term.Use these terms to be only used to describe more easily and explain essence of the present utility model; They are construed to any additional restriction is all contrary with the utility model spirit.
Claims (7)
1. full-automatic crawler track type ice bank, comprise the icebox casing with refrigeration inner chamber, described icebox casing inner bottom part is installed has the track conveyor that connects ice end and go out ice end, it is characterized in that, described icebox casing is positioned at track conveyor and connects ice end top and offer into ice mouth, and enter ice mouth below and install rake ice maker, describedly enter ice mouth place full position inductive switch is set, described track conveyor goes out ice end place the ice crusher that is to tilt rising is set, in described ice crusher, install top approach switch and end approach switch, described track conveyor goes out ice end and connects ice groove, described connecing in ice groove installed and sent ice maker group, on the described inwall that connects ice groove, install the resistance pass of outwarding winding, described full position inductive switch, top approach switch, end approach switch and resistance are outwarded winding to close and are controlled by master controller Electricity Federation.
2. full-automatic crawler track type ice bank according to claim 1, it is characterized in that, described ice crusher comprises at least a set of driving group, and every cover driving group has a trash ice motor, on described trash ice motor, be connected with the first frequency converter, and the first frequency converter is controlled by master controller Electricity Federation, described trash ice motor is by the some trash ice axles of the synchronous driving of sprocket wheel, and some trash ice axles from the bottom to top successively after wrong skew Boulez, described top approach switch is installed in the top of every cover driving group root trash ice axle side, and approach switch of the described end is installed in the end of every cover driving group root trash ice axle side.
3. full-automatic crawler track type ice bank according to claim 1, it is characterized in that, described send ice maker group to comprise to be placed in parallel in main spiral transmission axle and the secondary spiral transmission axle connecing in ice groove, the two ends of described main spiral transmission axle all synchronously drive connection by reducing motor, and one end of described secondary spiral transmission axle connects reducing motor.
4. full-automatic crawler track type ice bank according to claim 1, is characterized in that, described in send ice maker group to comprise a straight spiral transmission axle connecing in ice groove that is positioned over, one end of described spiral transmission axle drive to be connected by reducing motor.
5. full-automatic crawler track type ice bank according to claim 1, is characterized in that, the ice mouth that enters at described icebox casing top is installed the first cylinder, the expansion link end of described the first cylinder switching cover plate that is connected, and the first cylinder is controlled by master controller Electricity Federation; Described one end that connects ice groove has at least one ice mouth, and described ice mouth is installed the second cylinder, the expansion link end of described the second cylinder switching cover plate that is connected, and the second cylinder is controlled by master controller Electricity Federation.
6. full-automatic crawler track type ice bank according to claim 1, it is characterized in that, described track conveyor comprises crawler belt motor, on described crawler belt motor, be connected with the second frequency converter, and the second frequency converter is controlled by master controller Electricity Federation, described crawler belt motor drives and connects belt wheel transfer assembly, the uniform some chain supporting frames in below of described belt wheel transfer assembly.
7. according to the full-automatic crawler track type ice bank described in any one in claim 1 to 6, it is characterized in that, on roof in described icebox casing, install camera and illuminating lamp, described camera connects display by circuit, and described display is controlled by master controller Electricity Federation; In described icebox casing, install temperature sensor and air-conditioning, and temperature sensor and air-conditioning are controlled by master controller Electricity Federation.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201320366211.8U CN203518382U (en) | 2013-06-25 | 2013-06-25 | Full-automatic crawler-type ice storeroom |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201320366211.8U CN203518382U (en) | 2013-06-25 | 2013-06-25 | Full-automatic crawler-type ice storeroom |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103307830A (en) * | 2013-06-25 | 2013-09-18 | 独孤勇 | Full-automatic crawler-type ice storage house and control method thereof |
| CN105735321A (en) * | 2016-04-22 | 2016-07-06 | 中国葛洲坝集团第一工程有限公司 | Temporary ice bunker for hydraulic mixing plant |
| CN108844270A (en) * | 2018-08-19 | 2018-11-20 | 江苏弗特尔制冷设备有限公司 | A kind of automatic ice storage bin |
| CN109373659A (en) * | 2018-11-09 | 2019-02-22 | 福建雪人制冷设备有限公司 | A kind of automatic ice bank using entire track conveyer belt |
-
2013
- 2013-06-25 CN CN201320366211.8U patent/CN203518382U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103307830A (en) * | 2013-06-25 | 2013-09-18 | 独孤勇 | Full-automatic crawler-type ice storage house and control method thereof |
| CN105735321A (en) * | 2016-04-22 | 2016-07-06 | 中国葛洲坝集团第一工程有限公司 | Temporary ice bunker for hydraulic mixing plant |
| CN108844270A (en) * | 2018-08-19 | 2018-11-20 | 江苏弗特尔制冷设备有限公司 | A kind of automatic ice storage bin |
| CN108844270B (en) * | 2018-08-19 | 2024-04-16 | 江苏弗特尔制冷设备有限公司 | Automatic ice cube bin |
| CN109373659A (en) * | 2018-11-09 | 2019-02-22 | 福建雪人制冷设备有限公司 | A kind of automatic ice bank using entire track conveyer belt |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| ASS | Succession or assignment of patent right |
Owner name: QINGDAO SANYOU ICE-MAKING EQUIPMENT CO., LTD. Free format text: FORMER OWNER: DUGU YONG Effective date: 20150617 |
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| C41 | Transfer of patent application or patent right or utility model | ||
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Effective date of registration: 20150617 Address after: 266555 Shandong city of Qingdao province Tiantai economic and Technological Development Zone area 21-1-502 Patentee after: The friendly ice making equipment Co., Ltd in Qingdao three Address before: 266555 Shandong city of Qingdao province Tiantai economic and Technological Development Zone area 21-1-502 Patentee before: Du Guyong |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140402 Termination date: 20160625 |
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| CF01 | Termination of patent right due to non-payment of annual fee |