26results about How to "Improve ice production efficiency" patented technology

The utility model relates to the technical field of ice making equipment, in particular to a high-quality ice making mold. A first elastic cushion is embedded on the inner side wall of a first mold cavity of a first mold; and a closed ice making cavity is formed by a second mold cavity on the second mold and the first mold cavity. And a second elastic cushion is arranged in each of the two second mold cavities. And the third mold cavity of the third mold and the other second mold cavity are enclosed to form a closed ice-making cavity. And a third elastic cushion is embedded in the inner side wall of the third mold cavity. The elastic deformation factor of the elastic cushion can be used for releasing stress generated by volume increase when water is frozen, and the quality of the made ice blocks is higher. The first elastic cushion, the second elastic cushion and the third elastic cushion are not fully paved in the ice-making cavity, and the evaporation pipe is wound on the peripheral side of the ice-making cavity, so that the cold transfer efficiency of a refrigerant is higher, the coverage area is more uniform, and the ice-making efficiency is remarkably improved. The water inlet and outlet device can bring out gas in the water body, so that the made ice block is more transparent.

The invention discloses a multi-path cold taking cross-seasonal natural ice storage and cold supply system which comprises an ice storage and cold supply body device and a layered cold taking device, and collaborative optimization of cross-seasonal cold storage and efficient cold supply is achieved through functional integration. Three sets of parallel heat exchange pipe networks are arranged in the ice storage and cold supply body device, outdoor low-temperature cold air naturally flows into the pipe networks in winter and exchanges heat with water serving as a cold storage material, the water is frozen into ice, and the ice making and cold storage functions driven by natural cold energy are achieved. In transition seasons, an inlet and an outlet of the heat exchange pipe network are closed and combined with a composite thermal insulation material to reduce cold loss and ensure long-term storage of cold; in summer, the layered cooler communicates with the horizontal heat exchange pipe network through the pipeline connecting part, the cooling path is dynamically adjusted, the cooling capacity requirement of a user side is accurately matched, the cold source utilization efficiency is improved, and the cooling capacity loss is reduced. According to the system, the adaptability and reliability of system operation are remarkably improved while efficient cold storage and flexible cold supply of natural cold energy are achieved.

This invention relates to a detachable semiconductor ice-making module and a vehicle refrigerator incorporating the module. It solves the technical problems of poor ice-making effect and high cost in existing vehicle refrigerators. The module includes an ice-making housing with an ice-making mounting cavity. The upper end of the ice-making housing has an opening communicating with the ice-making mounting cavity, and an ice-making box is installed within the opening. An ice-making box cover is provided at the upper end of the ice-making box, and an ice-making component is located within the ice-making mounting cavity at the lower end of the ice-making box. A detachable connecting component for detachably installing the ice-making housing into the vehicle refrigerator and / or a detachable electrical connection module for electrically connecting the ice-making component to the vehicle refrigerator are provided on the outside of the ice-making housing. The advantages are: the detachable connecting component and the detachable mounting mechanism facilitate quick and easy connection between the ice-making housing and the main body of the vehicle refrigerator, improving the installation and portability of the ice-making housing, increasing ice-making efficiency, and reducing the space occupied by the ice-making equipment.

The utility model provides an ice mould structure of ice maker, including the front ice mould thin plate and rear ice mould thin plate of vertical arrangement and install between the front ice mould thin plate rear ice mould thin plate's evaporimeter, the front ice mould thin plate is towards the one end of rear ice mould thin plate interval arrangement has a plurality of first inner recess along vertical direction, the one end of rear ice mould thin plate interval arrangement has a plurality of second inner recess along vertical direction, a plurality of second inner recess and a plurality of first inner recess one to one correspondence, the evaporimeter includes a plurality of evaporation pipes, one side of evaporation pipe is in the first inner recess in the inlay, the other side of evaporation pipe is in the second inner recess in the inlay, the utility model provides an ice mould structure of ice maker, has overcome the defect that the ice mould structure structure is relatively complex and the ice making efficiency is lower.

This utility model relates to the field of ice maker technology, specifically an ice maker utilizing semiconductor refrigeration. An ice maker utilizing semiconductor refrigeration includes an upper cover assembly, a water tray, an inner cover, a cold plate, a radiator, an insulated outer shell, a base, and a bottom cover. Its features include: the bottom of the insulated outer shell is connected to the base; a cold plate is located inside the insulated outer shell; a water tray is located inside the cold plate; the top of the cold plate is connected to the inner cover; and the upper cover assembly is connected above the inner cover. A radiator is located below the cold plate, and a cooling fan is located on one side of the radiator. The base contains a drive circuit board and a DC power supply, which is connected to a power cord. Compared with existing technologies, this ice maker utilizing semiconductor refrigeration optimizes the semiconductor refrigeration module design, improves the heat exchange system, and combines an advanced temperature control scheme to achieve fast ice-making speed, high ice-making quality, ease of use, and low energy consumption.

This application discloses an extrusion-type ice maker for balancing liquid levels, comprising: a main water tank; a water pump; and an evaporator. A first pipeline connects the evaporator and the main water tank, allowing the main water tank to inject water into the evaporator via the first pipeline. The water pump is located on the first pipeline and drives the water flow within it. A second pipeline connects the auxiliary water tank and the evaporator, allowing the auxiliary water tank to balance the liquid level within the evaporator via the second pipeline. A third pipeline connects the auxiliary water tank and the main water tank, allowing the auxiliary water tank to return water to the main water tank via the third pipeline. The main water tank directly injects water into the evaporator via the first pipeline to balance the water volume within the evaporator, ensuring sufficient water in the evaporator and improving ice-making efficiency. The auxiliary water tank returns water to the main water tank via the third pipeline, preventing water waste.

The utility model provides an ice making mechanism of ice maker, including ice tray subassembly and the water box subassembly of movable installation in ice tray subassembly one side, ice tray subassembly towards one end of water box subassembly is intervally provided with a plurality of first ice making thin shell along linear direction, one end of water box subassembly is intervally provided with a plurality of second ice making thin shell along linear direction, a plurality of first ice making thin shell and a plurality of second ice making thin shell one to one correspond, after closing mould first ice making thin shell and second ice making thin shell are mutually placed and form and have the conduction joint surface, evaporative pipe is installed in ice tray subassembly, and evaporative pipe is used to carry out refrigeration to first ice making thin shell, and first ice making thin shell can make second ice making thin shell refrigeration cooling through conduction joint surface when ice making, the utility model provides an ice making mechanism of ice maker, has overcome the defect that the ice making mechanism of only being able to upper mould refrigeration leads to low ice making efficiency, poor ice making quality of existing.

The invention provides an ice maker and a control method. The ice maker comprises a waterway system, a gravity sensor, a liquid level adjusting device and a control module. The waterway system comprises a water pan and an ice mold. And the ice mold sucks the water in the water pan and makes the water into ice. And the gravity sensor is used for measuring the weight of ice removed from the ice mold. The liquid level adjusting device is arranged on the water pan and comprises a first liquid level sensor and a second liquid level sensor. The first liquid level sensor is located above the second liquid level sensor. And the control module controls the ice mold to deice through the liquid level detected by the second liquid level sensor. And the height of the first liquid level sensor in the water pan is adjustable. The ice maker solves the technical problem of large energy loss of the ice maker.

The utility model discloses an ice-making structure of a purified tea drinking bar machine, which comprises a shell and a cover body arranged on the shell, an ice-making box and an ice-water separation box are arranged in the shell, the ice-making box is arranged above the ice-water separation box, an ice-making evaporator is arranged on the ice-making box, an ice-making column is arranged on the ice-making evaporator, and the ice-making column is connected with the ice-making box. A water inlet is formed in the upper part of the ice making box; a driving motor is arranged on one side of the shell, a baffle is arranged on the ice making box, an ice block outlet box is further arranged at the bottom of the shell, a first outer U-shaped groove and a second outer U-shaped groove are formed in the two ends of the shell respectively, an inner U-shaped groove is formed in the ice-water separation box, a rotating shaft is arranged at one end of the ice making box, and a mounting protruding block is arranged on the cover. The installation protruding block is inserted into the first outer U-shaped groove, and a first through hole is formed between the installation protruding block and the first outer U-shaped groove. All the components are stably connected, looseness is reduced, the overall service life is prolonged, and maintenance, disassembly and assembly are easy.

The invention relates to the technical field of ice makers, in particular to an ice making mechanism and an ice maker, the ice making mechanism comprises an evaporator assembly, the evaporator assembly is provided with a plurality of hole-shaped ice cube trays; the push plate is connected with the evaporator assembly in a sliding mode, a plurality of push tables are arranged on the push plate, the push tables correspond to the hole-shaped ice cube trays, penetrating holes are formed in the push tables, and the push plate is driven by a driving assembly to move; and the spraying plate is arranged corresponding to the push plate, a plurality of spray heads are arranged on the spraying plate, and the spray heads penetrate through the through holes in the push table and extend into the hole-shaped ice cube trays of the evaporator assembly. According to the ice making machine, the spray heads on the spray plate penetrate through the penetrating holes in the push table to extend into the hole-shaped ice making grids of the evaporator assembly, the spray heads play a role in spraying water and also play a role in forming through holes in the middles of ice blocks, and then ice made by the hole-shaped ice making grids is made into particle ice which is suitable for chewing and provided with holes in the middles under the action of the spray heads; and after ice making, the ice pushing action is performed through the push plate, so that the ice unloading efficiency is higher, and the ice making efficiency can be improved.

The invention relates to the technical field of seawater ice-making devices, and discloses a high-efficiency seawater ice-making device, comprising an ice-making cylinder, a rotating shaft, a scraper, a spray pipe and a water collecting pipe. The rotating shaft is arranged at the axis of the ice-making cylinder to drive the scraper and the spray pipe to rotate. A gap is arranged in the ice-making cylinder, and a condensing pipe containing a refrigerant is arranged in the gap. The spraying pipe is connected to a water storage tank, and liquid in the water tank is sprayed onto the inner wall of the ice-making cylinder for heat exchange and condensation. Uncondensed liquid is collected by a water collecting tank connected to the water collecting pipe. An auxiliary cold pipe is arranged in the ice-making cylinder, and the inner wall of the ice-making cylinder is cooled by contact with the condensing pipe. The condensing pipe is connected to a brine water delivery pipe. When the ice-making cylinder makes ice, a reagent capable of endothermic reaction is introduced into the condensing pipe, and the ice-making cylinder is cooled by endothermic reaction in the reaction process. The condensation area of ​​the refrigeration cylinder is greatly increased by the endothermic effect of the auxiliary cold pipe and the use in conjunction with the condensing pipe, and the number of condensing pipes that need to be arranged is effectively reduced.

The invention relates to the technical field of ice making machines, and discloses an instant household ice cube manufacturing device, comprising an ice bucket, a water storage tank, a compressor, and a casing, wherein the ice bucket is arranged in the casing, a water storage tank is fixedly installed on the top of the ice bucket, a water outlet is provided at the bottom of the water storage tank, a refrigeration pipe is embedded in the inner wall of the ice bucket, the refrigeration pipe is connected to the compressor, an ice scraper is coaxially installed in the ice bucket, an ice pusher is fixedly arranged at the bottom of the rotating shaft, an ice outlet is provided at the bottom of the ice bucket, an ice pressing bin is fixedly arranged at the position of the ice outlet, and an ice pressing board is arranged in the ice pressing bin. The ice cubes manufactured by the device have a loose structure that increases the contact area between the ice cubes and liquid, and the efficiency of heat transfer is also increased accordingly. Therefore, the ice cubes with the loose structure can melt faster, and the loose structure of the soft ice can make the ice cubes softer and easier to scrape, thereby increasing the taste of the ice cubes and their melting speed and cooling speed.

This application discloses an ice-making apparatus and a refrigeration device. The ice-making apparatus includes an ice-making shell and an air guide. The ice-making shell has an ice-making cavity, and the air guide is connected to the ice-making shell and has an air guide channel communicating with the ice-making cavity. The air guide is adapted to wrap around the air outlet of the refrigeration duct of the refrigeration device through the air guide channel. The ice-making apparatus provided by this application directly exchanges heat between the cold air in the refrigeration duct and the water in the refrigeration cavity, and has the advantage of high ice-making efficiency.

The utility model discloses an ice maker with a spiral scraper, which comprises a shell, an upper end cover, a lower end cover, a rotating shaft and the spiral scraper, two ends of the shell are respectively connected with the upper end cover and the lower end cover, and the rotating shaft and the spiral scraper are arranged in the shell; the shell comprises an outer cylinder body, a middle cylinder body and an inner cylinder body which are sequentially arranged in the radial direction, and an inner cavity of the inner cylinder body forms an ice making cavity; the scraper blade is characterized in that through holes are formed in the spiral scraper blade, a plurality of through holes are formed in the spiral blade surface of the spiral scraper blade within a screw pitch range of the spiral scraper blade, and the through holes are respectively communicated with the upper surface and the lower surface of the spiral scraper blade. According to the ice-making device, the temperature distribution uniformity of an ice-water mixture in the ice-making cavity can be improved, and the temperature difference is reduced, so that the ice-making efficiency can be improved, and the production efficiency of ice slurry / smoothie can be improved.

The utility model discloses an ice water backflow structure of a purified tea bar machine, which comprises a tea bar machine main body, an ice water supply device and an ice making assembly, the ice water supply device and the ice making assembly are arranged in the tea bar machine main body, the ice making assembly comprises an ice receiving frame, a water return bin and an ice making box, the ice water supply device is used for supplying water to the ice making box, and a refrigeration evaporator is arranged in the ice making box. The water return bin is fixedly arranged on the tea bar machine body and located above the ice receiving frame, an opening corresponding to the ice receiving frame is formed in the side portion of the water return bin, the ice making box is rotationally arranged in the water return bin, and an ice turning plate is arranged on the side, close to the opening, of the ice making box. The ice maker further comprises a driving device which drives the ice making box to rotate in the water return bin, and a water discharging connector is arranged at the bottom of the water return bin and communicated with the ice water supply device through a water return pipe. The effects of improving the ice making efficiency and preventing bacteria breeding caused by accumulated water at the bottom of the water return bin are achieved.

This invention relates to the field of ice making, providing a refrigeration device, an ice maker, and a control method thereof. The ice maker includes a housing with a contact portion; an ice mold assembly disposed within the housing, comprising a first ice mold and a second ice mold, the second ice mold being adaptable to switch between a contact position and a separation position relative to the first ice mold; a first ice pusher rod disposed on the first ice mold; and a second ice pusher rod disposed on the second ice mold; a drive assembly mounted within the housing; and a transmission assembly including a first connecting rod and a second connecting rod, the first connecting rod being driveably connected to the drive assembly and the second ice mold, and the second connecting rod being drively connected to the first ice pusher rod. From the contact position to the separation position, the first connecting rod is adapted to drive the second connecting rod to move, causing the second connecting rod to drive at least a portion of the first ice pusher rod into the first ice mold, and the second ice pusher rod is adapted to abut against the contact portion to cause at least a portion of the second ice pusher rod to extend into the second ice mold. The ice maker is capable of efficiently making and removing ice.

The utility model relates to a slush machine's ice slush preparation device for making ice for being put into the beverage cylinder inside slush machine, including evaporimeter, evaporimeter includes the inner tube and outer tube of coaxial arrangement, and the outer tube interval cover sets up the outside of inner tube, to make the interlayer between inner tube and outer tube form annular condensation chamber, and this condensation chamber simultaneously refrigerates inner tube and outer tube, still including outer screw holder, and the first ice outlet channel that the outer screw holder forms on the outer wall of outer tube is used for advancing the ice slush on outer wall of outer tube, inner screw rod, and the second ice outlet channel that inner screw rod forms is used for advancing the ice slush in inner tube, and inner screw rod and outer screw holder transmission connection to the same power assembly, to form synchronous movement. The utility model has the beneficial effect that: adopt inner tube inner wall + outer wall of outer tube double wall synchronous refrigeration, and simultaneously adopt double screw synchronous advancement + ice area precision link design, promote the delicacy of ice slush, and more meet the quality demand of consumer to " dense slush " quality improvement ice efficiency.

This disclosure provides a refrigerator. The refrigerator includes a refrigerator compartment, a freezer compartment, an insulation layer, and an ice-making device. The freezer compartment is spaced apart from the refrigerator compartment in the vertical direction. The freezer compartment includes multiple freezing layers stacked in the vertical direction. The multiple freezing layers include a top freezing layer located at the very top. The insulation layer is disposed between the refrigerator compartment and the freezer compartment and is provided with an insulation structure for insulation. The ice-making device includes a refrigeration system and an ice-making chamber. The refrigeration system is disposed within the insulation structure and includes an ice-making evaporator and an air duct structure. The ice-making chamber is disposed within the top freezing layer and includes an ice-making assembly. The ice-making assembly includes an ice-making shell and an ice tray disposed within the ice-making shell. The air outlet of the air duct structure communicates with the inner cavity of the ice-making shell to blow cold air onto the liquid in the ice tray to make ice. The refrigerator of this disclosure shortens the airflow path to reduce cold loss and improve ice-making efficiency.

The utility model relates to the technical field of ice making equipment, in particular to an ice making device for transparent ice, which comprises at least one first mold cavity and at least one second mold cavity. The first die cavity is arranged on one side of the die body, and the second die cavity is arranged on the other side of the die body at intervals. And the first mold cavity and the second mold cavity are correspondingly provided with a group of water inlet channels and a group of water outlet channels. And the third mold cavity of the first side mold and the corresponding first mold cavity define an ice making cavity. And an ice making cavity is defined by the fourth mold cavity of the second side mold and the corresponding second mold cavity. The ice making cavities on the same side can use one set of water inlet channels and one set of water outlet channels to achieve water flowing in the ice making cavities, the structure is compact, occupied space is small, cost is low, a plurality of ice blocks can be made every time, and the ice making efficiency and quality are both improved. Moreover, the evaporation pipe is directly arranged in the middle mold to form a whole, and the evaporation pipe can effectively transfer cold energy to the interior of the ice-making cavity when working, so that the ice-making efficiency is effectively improved.

The ice crusher structurally comprises an ice inlet, an ice crusher body, an ice outlet, a motor, a base, feet, universal wheels, a control cabinet, an operation button box and an alarm lamp, the ice inlet is formed in the upper right portion of the ice crusher body, and the operation button box is located on the right side of the ice crusher body; the ice outlet is located on the lower left portion of the ice crusher body, the motor is connected with the base and located on the lower portion of the ice crusher body, the feet and the universal wheels are installed on the lowermost portion of the base, the operation cabinet is located on the lower left portion of the ice crusher body, the alarm lamp is located on the upper portion of the ice crusher body, and ice blocks are placed in from the ice inlet and pushed forwards by the air cylinder or fixed. The cutter is driven by the motor and the gear box to cut ice blocks into slices, the slices freely slide to the ice outlet, blockage and adhesion are avoided, the ice crushing quality is improved, and the service life of the ice crusher is prolonged.

The utility model relates to the technical field of ice making, in particular to a square ice evaporator. The utility model relates to a square ice evaporator, which comprises an ice grating plate, a plurality of ice making grooves separated by baffles are arranged on the ice grating plate in an array manner, an integrally formed back plate is arranged on the back surface of the ice grating plate, a spiral flow channel is arranged in the back plate, raised partitions are arranged between the flow channels, and the back plate is fixedly welded with the ice grating plate. According to the square ice evaporator, a tubular structure for refrigerant circulation is replaced by the integrally formed back plate, and the flow channel in the back plate can be in direct contact with the ice grating plate, so that the heat exchange efficiency is improved, and the ice making efficiency is further improved.

The invention relates to the technical field of ice making equipment, particularly provides a water tank and ice making equipment comprising the water tank, and aims to solve the problem that water pumping is difficult due to the fact that air is easily accumulated between an existing water tank and a water pump. In order to achieve the purpose, the water tank comprises a connecting pipeline, a water inlet, a water outlet and an exhaust port are formed in the connecting pipeline, the water inlet is communicated with a water storage cavity in the water tank, the water outlet is used for being communicated with a water suction pump, and the exhaust port is communicated with the water storage cavity or the external atmosphere. Water flow enters the water storage cavity and then enters the connecting pipeline through the water inlet, so that gas in the connecting pipeline is exhausted through the exhaust port. Through the arrangement, water flow can smoothly enter the water suction pump, the situation that the impeller idles due to the fact that air flow blocks the position between the water flow and the water suction pump is prevented, normal water suction is ensured, and meanwhile the water suction pump is prevented from high temperature and even being damaged.

The utility model relates to ice maker technical field discloses a full water automatic control formula ice maker water tank, embeddedly installed in the ice maker inside, including water tank, the water tank is located in the lower half of ice maker, water tank upper end outside is provided with the sink, the sink with water tank is fixedly connected towards ice maker outer surface one side, the connecting surface of sink with water tank is opened to have the drain, the lowest of drain is same with the highest water level inside water tank, when the water level inside water tank reaches the highest point, the water in the water tank flows into the sink through the drain, the bottom of sink is opened to have the water pipe hole, the water pipe hole below is connected with the drain pipe, the upper end of drain pipe is connected with water pipe hole, and the lower end extends to the outside of ice maker, the utility model has the automatic control formula drain structure to full water water tank, solves the problem that the circuit structure of additional detection water level is needed in the water tank.

This utility model relates to the field of ice-making device technology and discloses a high-efficiency spherical evaporator mold, including a first mold and a second mold. The first mold is hemispherical with a hollowed-out hemispherical ice-making space inside. The outer surface of the first mold is integrally machined with coolant channels distributed in a ring along the curved surface, allowing coolant to flow inside the coolant channels. The two ends of the coolant channels are connected to the evaporator. The side surface of the ice-making rack is provided with an opening and closing mechanism. The second mold is installed inside the opening and closing mechanism. The second mold is the same size as the first mold and has a hollowed-out ice-making space of the same specifications as the first mold. This utility model has the advantages of high-efficiency ice making and simple structure, and solves the problem of uneven heating and low ice-making efficiency in the production of round ice in the prior art.

The invention relates to the field of ice making equipment, and provides a spraying device and an ice maker, the spraying device comprises a device body, the device body is provided with a water storage cavity and spraying holes, and the spraying holes penetrate through the outer wall of the device body; the flow guide structure is arranged on the device body and comprises a flow guide part and a flow guide column, the flow guide part is provided with a flow guide cavity, the flow guide column is arranged in the flow guide cavity, a flow guide channel is formed between the outer wall of the flow guide column and the cavity wall of the flow guide cavity, the flow guide column is provided with a mixed flow channel, and the two ends of the flow guide channel communicate with the water storage cavity and the mixed flow channel correspondingly. The mixed flow channel is communicated with the spraying holes; wherein the mixed flow channel comprises a first inner wall and a second inner wall which are oppositely arranged and extend in the axial direction of the spraying hole, at least one of the first inner wall and the second inner wall extends in the tangential direction of the outer side wall of the flow guide column, and when water flow is sprayed out through the spraying hole, the spraying effect similar to a conical shape can be formed; the impact force of the water flow sprayed from the spraying holes is reduced, so that the depth of the pit in the central area of the prepared ice block is reduced.

The invention provides an ice making system and an ice maker, the ice making system comprises an ice making bucket assembly, an ice scraping rod, a motor, an ice squeezer, an ice outlet box, a refrigeration assembly, a water storage tank, a waterway control assembly, a temperature sensor and an electromagnetic valve, and the motor, the electromagnetic valve, the refrigeration assembly and the waterway control assembly are all connected with a control device in the ice maker; when the ice maker is started, the control device controls the ice making system to execute the cleaning process of the ice making bucket and the ice squeezer; after cleaning is completed, if the temperature value sensed by the temperature sensor meets a first condition, an electromagnetic valve is started to heat the ice making bucket assembly until the temperature value meets a second condition, and an ice making process is executed within a specified time period to obtain transparent ice; and if the temperature value meets a third condition, closing the electromagnetic valve, cooling the ice-making bucket assembly by the refrigeration assembly until the temperature value meets a fourth condition, and executing the ice-making process to obtain common ice. The ice making system disclosed by the invention can be used for controllably preparing ice cubes with different textures and different types.