233 results about "Wine cooler" patented technology

A refrigeration appliance includes an insulated cabinet forming an interior cavity. A refrigeration system cools the interior cavity. A first light source emits light into the interior cavity along a first illumination axis. A second light source for emits light into the interior cavity along a second illumination axis. A bottle storage rack is located within the insulated cabinet. The bottle storage rack includes a first rung pair, a second rung pair, and a third rung pair. The first illumination axis passes between a rung of the first rung pair and a rung of the second rung pair, and the second illumination axis passes between another rung of the second rung pair and a rung of the third rung pair.

The invention provides a smell detection device, a detection system and a detection method. The smell detection device comprises a sensor array and a control unit. The sensor array obtains a smell spectrum of a specific smell. The control unit compares the smell spectrum and a smell model of the specific smell, calculates the concentration of the specific smell according to the comparison result, processes and analyzes the concentration, and generates a corresponding signal controlling a corresponding executive device. For example, a user can know changes of food in a refrigerator, a wine cabinet and a pickled vegetable cabinet in real time. Automatic adjusting of household appliances such as air conditioners and refrigerators during environment changes can be achieved, thus effectively increasing the intelligentizing level of the household appliances.

The invention discloses an intelligent wine cabinet system and an information processing method thereof. The intelligent wine cabinet system comprises an application server, and comprises an intelligent wine cabinet, a network server, a database server and a remote operating end which are all connected with the application server. A RFID (Radio Frequency Identification) module is used in the intelligent wine cabinet. The RFID module can identify the leaving and entering of the wine but also can identify the individual information of the wine. An information transmission interface is connected with the application server through a link, and the application server can perform information interaction with the database server, the network server and the remote operating end. With the intelligent wine cabinet system and the information processing method thereof, users can manage respective wine cabinets more conveniently and quickly, and simultaneously, the users can perform operations, such as management, query and the like, on respective wine cabinets via remote control.

Marine Equipment, more specifically, an apparatus that provides a durable, stable and secure, portable, full service liquor, beverage, and bar accessory storage, display and server box designed for nautical vessels in a marine environment that are subjected to rocking in water. The apparatus can best be described as a box made of plastic composite board with cut-outs on the top of the box. The cut-outs securely accommodate various bar items such as liquor bottles, wine bottles, ice bucket, wine cooler, blender, shaker cup, glasses, a cutting board, and condiment trays. The “fixed top” embodiment of the invention has a wood molding trim top rail for preventing items sitting on the box from sliding off due to the vessel rocking in water. The “storage box with slide-in, interchangeable utility tops” embodiment of the invention provides a storage box plus a full service bar top, a food preparation and service top, and a cutting board top that can be used to filet fish or as a general purpose table top for activities such as rigging bait. A stainless steel bottle opener and bar tool set are bolted to the side of the box. The box may be bolted to a mounting bracket which is designed to slide in and securely lock into a rod holder.

An improved box structure comprises a box body, a door and an electromagnetic lock which is connected with a main panel and controlled by the main panel to lock or unlock the box. The electromagnetic lock comprises an electromagnet and a pull-iron; an electromagnet lead is connected with the main panel through the internal part of the box body and the electromagnet is arranged on the box body; the pull-iron is arranged on the a position of the door corresponding to the electromagnet; when the door is closed and the electromagnet is controlled by a relay to be switched on and meet the pull-iron, the electromagnetic force generated between the pull-iron and the electromagnet leads the door to be locked. The box structure also comprises a control panel on which a keystroke is arranged and the keystroke is connected with the main panel so as to lock or unlock doors of a refrigerator or a wine cabinet. The box comprises the refrigerator and the wine cabinet. The improved box structure can effectively avoid the condition that the user unconsciously opens the box door and dose not close the door to lead the stored things to deteriorate.

The present invention discloses an intelligent drinks cabinet and its management method. Said intelligent drinks cabinet includes cabinet body and its internal shelves. On the cabinet body an intelligent management system is set, and said system includes micro-type computer and dot matrix touch screen, infrared scanner, thermal printer, USB interface, network interface, position sensor and blinking warning light. Besides, said invention also provides the concrete steps of its management method.

The invention relates to control panel and control method for two-temperature cocktail cabinet. The control panel is mounted on the front side plate of clapboard which divides the cocktail cabinet into up and down two refrigerated chambers, and the temperature display board of up and down temperature regions, warming button, and cooling button and setting button are mounted on the panel. The temperature of refrigerated chamber can be adjusted by the buttons of control panel, and the control method is: makes sure that the temperature of refrigerated chamber sensed by temperature sensor in cocktail cabinet is in normal range, the temperature display board of up and down temperature regions set on control panel displays normal; presses the setting button for 3 seconds to adjust the temperature region; presses the warming, cooling buttons to set the temperature. The control panel of two-temperature cocktail cabinet can realize that one cocktail cabinet can control the temperature of two refrigerated cabinet, and the structure is national and easy, the production cost is low, and the control method of that two refrigerated chambers can be controlled by one control panel is easy, and convenient for user to use it.

A submersible stanchion is disclosed that provides a lightweight yet durable mounting system that will allow pool users to support a wide variety of accessories such a stool, table, ice bucket or wine cooler bucket, volleyball / badminton net, and so on. The submersible stanchion includes a pedestal base, column, accessory attachment point, at least one weight distributed in a balanced manner about the column, and serving to hold the pedestal base in place upon the bottom of the swimming pool. The pedestal base is submerged and placed on a bottom of a swimming pool. The column couples at a distal end to the pedestal base and extends in a perpendicular direction from the base. The accessory attachment point couples to a proximal end, which may be located below, at or above the surface of the swimming pool.

The invention discloses a heat pipe for an electronic wine cabinet. The heat pipe comprises a heat conduction block, a heat conduction pipe and a heat dissipation plate. A refrigerant is arranged in the heat conduction pipe. A cold and heat generation device comprises a shell with a front opening and a rear opening, and a foam separation medium is distilled water or purified water. The cold and heat generation device comprises the shell with the front opening and the rear opening, a foam partition plate, a semiconductor chilling plate, a heat insulation frame, the heat pipe, heat dissipation aluminum and a cover plate with a center hole. The heat dissipation aluminum comprises a cold conduction block, a base body and multiple cooling fins arranged on the base body. The heat pipe comprises the heat conduction block, the heat conduction pipe and the heat dissipation plate and further comprises the cover plate. The cover plate is buckled with the rear opening of the shell and presses the foam partition plate. The cover plate is fixedly connected with the shell through a screw. The heat conduction block is attached to the cover plate. The head portion of the heat conduction block penetrates the center hole of the cover plate to be attached to the semiconductor chilling plate. Due to the fact that the structure is adopted and the distilled water serves as the refrigerant in the heat conduction pipe, the characteristics that the distilled water has few impurities, no waste gas is discharged in the assembling process, and the heat conduction pipe is not corroded are given into full play, and the service life of the heat conduction pipe is prolonged.

The invention relates to an intelligent dew removing device and an intelligent dew removing method for a glass door body of a wine cabinet. The glass door body can be intelligently heated by using the method or the wine cabinet provided with the device, and when temperature of the glass door body is higher than condensation stagnation temperature, heating automatically stops, and the wine cabinet automatically exits a dew removing program. Due to the fact that condensation can not be generated on the door body when the temperature of the door body is higher than the condensation stagnation temperature, the problem that the condensation can be generated on the glass door body can be fundamentally solved, and normal use of the wine cabinet can not be influenced, and furthermore energy consumption during the actual use process of the wine cabinet and life of a glass door are benefited.

A refrigerator includes a cabinet defining a wine storage chamber, a door for the wine storage chamber, a pantry in the wine storage chamber, a rail guide located at an inner surface of the cabinet, and a draw-out rail located at the pantry. The pantry includes a first supporter for a wine glass, a second supporter for a wine bottle, a space defined between the first and second supporters, a first outlet at a front of the space, and a second outlet at a lateral side of the space.

The invention relates to a layer frame structure with guide rails and a drawer device. The layer frame structure with the guide rails comprises a layer frame body, wherein guide rail sliding grooves are formed in two sides of an upper surface of the layer frame body respectively, and the layer frame body and the guide rail sliding grooves are of an integral structure. The drawer device comprises a drawer and at least one layer frame structure with the guide rails, wherein drawer guide rails are arranged on two sides of the drawer, and the drawer is assembled on the guide rail sliding grooves through the drawer guide rails. The layer frame structure achieves portable pushing and pulling by changing assembling modes of the drawer and a layer frame and utilizing the layer frame of a load bearing type guide rail, and compared with the prior art, stress of the guide rails and the layer frame is more even. Stress deformation of the layer frame and the guide rails is improved, and deformation of parts is reduced. The layer frame structure is beneficial to simplifying structures of the parts, reduces cost of the parts, and is suitable for use of assembling drawers, such as a refrigerator, a wine cabinet, a beverage box and a freezer.

The invention provides a heat exchanger and a semi-conductor wine cabinet. The heat exchanger comprises a heat exchanging block exchanging heat with cold source or heat source, and a plurality of independent heat pipes, each with two sealed ends. A first end of each heat pipe has a heat contact with the heat exchanging block; the plurality of independent heat pipes at least comprise a first heat pipe, a second heat pipe and a fourth heat pipe; the first heat pipe extends out of the heat exchanging block and to a first plane; the first heat pipe extends in the first plane along a straight line and is then bent to a second plane perpendicular to the first plane; the first heat pipe extends in the second plane along a straight line to form a second end of the first heat pipe; the second heat pipe extends out of the heat exchanging block till the first plane, then extends in the first plane along a straight line, bends to a third plane both perpendicular to the first plane and the second plane; the second heat pipe extends in the third plane along a straight line till a second end of a third heat pipe; the third heat pipe extends out of the heat exchanging block till the first plane, extends in the first plane along a straight line and bends to a fourth plane parallel to the second plane; and the third heat pipe extends in the fourth plane along a straight line till a second end of a fourth heat pipe.

A computer-based, cloud-oriented restaurant management system is provided to manage various logistical operations of a restaurant. Databases containing highly specific data tables related to the managed restaurant functions are contained within the cloud-based portion of the system. Independent and distinct client applications are provided on mobile devices located in the restaurant and operated by restaurant patrons, managers, and staff to interact with the cloud-oriented system portion and perform those operations. The client applications operate in several modes depending on the user of the devices and the level of database access granted to the users. Virtual wine lockers having gifting capabilities and kitchen management applications are two such restaurant system managed functions.

The invention relates to the technical field of illumination. The invention discloses a wine cabinet, an illumination control method and an illumination control system for the wine cabinet. When a wine cabinet door is closed, whether a person enters a sensing area of a human body proximity sensor or not is detected; when it is determined that someone enters the sensing area, a master control module controls an illuminating lamp to adjust color temperature and brightness according to the color temperature parameter and the brightness parameter in an approaching mode, and when no person enters the sensing area, the master control module controls the illuminating lamp to adjust the color temperature and the brightness according to the color temperature parameter and the brightness parameter in a background mode such that the problem of single illuminating mode of the existing wine cabinet is avoided, the illuminating preference of a user and the indication distinction of different scenesare met, and the user experience is improved.

The invention provides a heat exchanger and a semi-conductor wine cabinet. The heat exchanger comprises a heat exchanging block exchanging heat with cold source or heat source, a plurality of independent heat pipes, two ends of each which are sealed, wherein cold media is sealed in each heat pipe; a first end of each heat pipe is embedded into the heat exchanging block in a pres fit embedding way; and the at least part embedded into the heat exchanging block is a flat pipe. With the heat exchanging block embedded into the heat exchanger in a press fit way, so stable connection can be achieved; the embedded part is the flat pipe, so heat exchanging efficiency can be further improved; and besides, the invention further discloses a semi-conductor wine cabinet utilizing the heat exchanger.

The invention relates to a wine cabinet. The wine cabinet comprises a cabinet body, a flume, a fan, a first evaporator and a second evaporator. A storage chamber and an air duct are arranged in the cabinet body; the air duct is provided with an air inlet and an air outlet; the interior of the first evaporator is used for first refrigerants to flow so that air passing through the first evaporator is cooled and refrigerated through temperature of the first refrigerants; the interior of the second evaporator is used for second refrigerants to flow so that air passing through the second evaporatoris condensed and dehumidified through temperature of the second refrigerants; and the temperature of the second refrigerants is higher than the temperature of the first refrigerants. According to thewine cabinet, the air is cooled and refrigerated through the temperature of the first refrigerants in the first evaporator singly; the air is condensed and dehumidified through the temperature of thesecond refrigerants in the second evaporator singly; the first refrigerants and the second refrigerants are mutually independent, and are controlled separately, and operated at different working temperatures; and the effects of cooling, refrigeration, condensation and dehumidification of the air in the air duct are achieved separately.

The invention discloses a combined portable wine cabinet. The combined portable wine cabinet comprises a wine cabinet base, a wine cabinet bracket and the like; two ends of the wine cabinet bracket are provided with side plates, and the middle is formed by multiple groups of coupled diamond-shaped net-like plate structures; the wine cabinet base is formed by connecting two side plates and a face plate; the upper part of the face plate of the wine cabinet base is provided with a connecting slot; the bottoms of two side plates of the wine cabinet bracket are provided with a connecting device corresponding to the slot at the upper part of the face plate of the wine cabinet base; the bottoms of two side plates of the wine cabinet base are provided with rollers. The combined portable wine cabinet uses the deforming performance of the rhombus to increase the elasticity of the wine cabinet bracket, the storage and placement are convenient, and the wine cabinet base is provided with the rollers for random movement. The combined portable wine cabinet is suitable for placing in the family, commodity exhibition stand and wine cellar.

The invention provides a temperature control method, a temperature control system, a double-temperature constant-temperature wine cabinet and a computer device. The temperature control method comprises the steps of setting temperature upper limit values and temperature lower limit values of a first temperature region and a second temperature region; detecting real-time temperatures of the first temperature region and the second temperature region, and comparing the real-time temperatures with the set upper limit values and the set lower limit values; when the temperature in the first temperature region exceeds the set upper limit value, starting an evaporator, and providing a cold source for the first temperature region by opening a first air door; when the temperature in the first temperature region is between the set upper limit value and the set lower limit value, closing the first air door, and stopping providing the cold source for the first temperature region; and when the temperature in the first temperature region is lower than the set lower limit value, closing the first air door firstly, judging whether the temperature in the second temperature region is lower than the set upper limit value or not, if yes, closing the evaporator, starting a heater, and opening the first air door again to provide a heat source for the first temperature region. The method has the advantages of accurate temperature control and high energy utilization rate.

The invention provides a wine cabinet which comprises a box body, wherein a wine storage cavity is defined in an inner container; an air duct, wherein an air outlet part is arranged at the bottom of the air duct; an evaporator arranged in the air duct; a compressor communicated with the evaporator; a first air supply device arranged in the air duct and used for blowing air flow in the wine storage cavity out of the air outlet part through the two side surfaces of the evaporator; a water storage container arranged at the bottom of the air outlet part; a second air supply device used for sucking wet airflow blown into the water storage container from the air duct and then blowing the wet airflow to the wine storage cavity, the length of a first capillary throttling piece being smaller than that of a second capillary throttling piece, and the first capillary throttling piece and the second capillary throttling piece being connected to the refrigeration circulation loop in parallel; a temperature and humidity detection element used for detecting the temperature and humidity in the wine storage cavity, generating a detection signal and sending the detection signal to a controller; and the controller which is used for adjusting the working states of the first air supply device, the compressor and the second air supply device according to the temperature and humidity in the wine storage cavity. The problems that an existing wine cabinet is uneven in humidification and low in humidification efficiency are solved.

The invention relates to a wine steaming and receiving device of distilled wine, relating to the field of wine manufacturing equipment. The wine steaming and receiving device comprises a wine steamer, a wine cooler, a wine receiving container and a wine jar, wherein an outlet of the wine steamer is connected with a wine steam inlet at the upper end of the wine cooler through a pipeline, the wine cooler comprises an outer barrel and an inner barrel, the inner barrel in the wine cooler is connected with the wine receiving container through a pipeline, one end, close to the wine receiving container, of the pipeline extends into the wine receiving container, a floating ball valve is arranged on the pipeline connecting the inner barrel and the wine receiving container, a floating ball of the floating ball valve is positioned on the wine surface of the wine receiving container, and for the mounting of the floating ball valve, the wine surface in the wine receiving container is lower than the container opening by 1-12 cm when the floating ball valve is automatically closed; the floating ball valve is made of food-safety-level stainless steel. With the device, the problems that in the prior art, the valve between the wine cooler and the wine receiving barrel needs to be frequently controlled, and time and labor are wasted during the process that the wine in the wine receiving barrel is transported to the wine jar, are solved.

The invention discloses a wine cabinet with an overhead fan and a mounting method of the overhead fan. The wine cabinet comprises a box body, an air duct cover plate, an accommodating piece and a fanassembly; an inner container is arranged in the box body; the air duct cover plate is mounted on the rear wall of the inner container, a main air duct is formed between the air duct cover plate and the rear wall of the inner container, and an inserting part is formed on the air duct cover plate; the accommodating piece is internally provided with a main wiring terminal and can slide relative to the air duct cover plate; the fan assembly comprises a fan, a fan cover and a fan curtain plate; a wiring terminal is connected with the main wiring terminal; the fan cover is arranged at the top of theinner container; the fan curtain plate comprises an embedding part and a connecting part, the embedding part is configured to be embedded into the inserting part of the air duct cover plate, an assembling space capable of enabling the fan curtain plate to rotate relative to the air duct cover plate is formed between the embedding part and the inserting part, and the connecting part is configuredto connect the fan curtain plate with the fan cover after the fan curtain plate rotates in place; and the fan curtain plate and the fan cover form a fan cavity, and the fan cavity communicates with the main air duct. The problem that in the prior art, a wine cabinet overhead fan is complex in assembling operation is solved.

The invention discloses a temperature control device and method, a storage medium and a wine cabinet. The temperature control device comprises a compressor (1), a condenser (2), an electric valve (3)and two refrigerating branches, wherein each refrigerating branch acts on a corresponding temperature area of a to-be-controlled device. The two refrigerating branches are connected between the corresponding output end of the electric valve (3) and the suction end of the compressor (1) in parallel and used for cooling the at least one of the two temperature areas under control of the electric valve (3). The exhaust end of the compressor (1) communicates with the input end of the electric valve (3) after passing through the condenser (2). According to the scheme of the temperature control device and method, the storage medium and the wine cabinet, the defects that in the prior art, the structure is complex, the temperature stability is poor, and the user experience is poor can be overcome,and the beneficial effects that the structure is simple, the temperature stability is good, and the user experience is good are achieved.

The invention discloses a multifunctional wine cabinet which comprises a counter, a damp-proof base, a cabinet body and a top cover, a storage display box is arranged in a cavity in one end of the interior of the counter, a groove is formed in one side of the storage display box, a fixing clamping block is movably arranged in the groove through a bearing spring, and a limiting through hole is formed in the side wall of the side, close to the fixing clamping block, of the counter; the fixed clamping block can be arranged in the limiting through hole in a penetrating manner; a pushing sliding plate is movably arranged on the inner side of the storage display box and fixedly connected with the inner wall of the counter through an expansion spring. A table plate is arranged in the cavity on the other end in the counter, a supporting rod is connected to the side, away from the counter, of the lower end of the table plate, idler wheels are connected to the lower end of the supporting rod through spring damping rods, and a telescopic plate fixedly connected with the inner wall of the counter is movably connected to the end, close to the counter, of the table plate; two layers of display stands are arranged on the cabinet body, and wine racks are arranged in the two layers of display stands. The wine cabinet is diversified in function, can store different kinds of wine in a classified mode, and is attractive and elegant.

The invention provides a wine display cabinet suitable for a small box of a bar. The wine display cabinet comprises a base and a wine cabinet body, and is characterized in that the wine cabinet body is arranged above the base, and middle part of the base is connected with the middle part of the wine cabinet body; the wine cabinet body is a cylinder-shaped wine cabinet, the wine cabinet body is internally provided with eight baffle boards which are the same and separate the cylinder into eight equal areas, each area is provided with three same partition boards, and the three partition boards and a bottom board form four same wine display areas; a button area is arranged on the upper part of the base. The round display cabinet is adopted, a rotatabel structure of the display cabinet can slowly show the to-be-displayed wine, and people can select the button area below according to the demands for selecting the needed wine, thus the trouble that the people need to go to the counter for taking the wine is eliminated, and the use is convenient.

A multifunctional wine cabinet comprises a wine cabinet body, a plurality of article containing areas, a sliding door cabinet body and drawers, wherein the article containing areas are arranged in the wine cabinet body. The multifunctional wine cabinet is characterized in that the left side of the upper portion of the multifunctional wine cabinet is separated by a plurality of vertical separating plates into wine containing areas, the part at upper end of the right side of the wine containing areas is separated by a transverse separating plate into two wine glass containing areas, the part on the left side at the lower end of the wine glass containing areas is separated by a vertical separating plate into the two article containing areas, the part on the right side of the article containing areas is formed by two small drawers of an up-and-down structure, a large cabinet body is arranged on the left side of the lower portion of the multifunctional wine cabinet, a drawer is arranged on the upper portion of the right side of the large cabinet body, a small cabinet body is arranged on the lower side of the right portion of the large cabinet body, the sliding door cabinet body with split type sliding doors is arranged on the right side of the drawer, and one article containing area is arranged on the lower side of the sliding door cabinet body. According to the multifunctional wine cabinet, the structure of a traditional wine cabinet is changed, the functions of the wine cabinet are increased, people can drink more conveniently, and the multifunctional wine cabinet is quite practical and quite convenient to use.

The invention relates to a wine cooler, comprising a wine bottle inverted connection device, a wine storing pot, a refrigerating device and a wine discharging device, wherein the wine storing pot is arranged on the lower side of the wine bottle inverted connection device and the wine storing pot is communicated with the wine discharging device; the refrigerating device comprises a compressor, a condenser and an evaporator and the evaporator is arranged in the wine storing pot; and the wine discharging device comprises a guide pipe connected with the wine storing pot and a wine discharging valve connected with the guide pipe. The wine cooler provided by the invention has the characteristics of convenience for operation, large wine cooling amount and short time for cooling the wine.

The invention provides a wine cabinet which comprises a case and a control device. The case is divided into a wine brewing area, a home-brewed wine storage area and a bottled wine storage area. A wine brewing pot is arranged in the wine brewing area. A stirring device connected with a drive motor is arranged in the wine brewing pot and can rotate under driving of the drive motor. The drive motor is connected with a control device. A wine brewing control device for controlling the closing and opening degree of a wine inlet of the wine brewing pot is arranged on the wine brewing pot. The wine brewing pot is further provided with a first detecting device for controlling the closing and opening degree of an exhaust port of the wine brewing pot. A raw material inlet is formed in the portion, corresponding to an opening of the wine brewing pot, of the case. A wine storage pot communicated with the wine brewing pot is arranged in the home-brewed wine storage area. A second detecting device is arranged in the wine storage pot. The wine cabinet has the wine brewing and storing functions, is easy to operate and meets the requirement of people for brewing wine.