A device for extracting the juice from berries and fruits in household microwave ovens
(57) Abstract:Usage: at home and at public catering enterprises using microwave ovens. The inventive device for extracting the juice from berries and fruits in a domestic microwave oven has a reservoir for raw materials with a cover made of a radiotransparent material, the device is equipped with a vessel for collecting juice and located between the latter and the capacity for raw materials Societatea funnel, the bottom of the vessel has a perforated and has an area, a large area of the drain funnel neck. 1 C.p. f-crystals, 1 Il. The device relates to a technique for extracting the juice from berries and fruits by heating raw materials without mechanical deformation and can be used at home and at public catering enterprises where there is a microwave in microwave ovens.Known Soko-soon-sterilizer for extracting the juice from fruits and vegetables, including hermetically sealed metal container, the lower part of which water and above water is perforated container for fruits, flat tank for collecting juice equal to the diameter of the containers for fruit, and a glass jar for pumping in her collected juice is running and innovator. 1991, No. 7, S. 15). Disadvantages Soko-soon-sterilizer is that the process of extracting the juice it takes place during heating of raw materials in the vessel to 104oC from an external source of heat (electric or gas stoves). In this heating mode, the product is under excessive pressure of water vapor at 0.2 kg/see High temperatures in the steaming mode destroys some vitamins and enzymes, which reduces the quality of the juice that is diluted with water by condensation of steam. In addition, the design of the device itself is quite bulky, requires additional time for Assembly, depressurization and disassembly of the apparatus, and also a large amount of energy for heating design and heat flooded into the device water to a boil and creation of excess capacity steam pressure.There is a method of accelerated cooking of vegetables, fruits and berries in microwave microwave ovens by internal heating of the product under the action of electromagnetic field frequency of 2450 MHz. The heating process is carried out in a matter of minutes without heating environment with a minimum expenditure of energy during simultaneous sterilization of the resulting product. The preparation is carried out in the ü volume lay product, to prevent splashing of product from the vessel during heating (cooking) (Nekrutman S. C. ultra-fast cooking or microwave in your house. M Agropromizdat, 1988, S. 98).The juice released during heating of fruit and berries in a microwave oven, can subsequently be drained from the vessel and be used as a standalone product, however, this is an advanced operation and juice are not separated completely, as is the secondary mixing with the remnants of the original product when it overflows. To obtain the juice in microwave ovens, it is desirable to develop a special device that provides the maximum allocation of juice from raw material and collecting it in a separate bowl. The objective of the invention is to expand the possibilities of using domestic microwave microwave ovens for processing of agricultural products by creating a device that allows on a new technical level to obtain high-quality sterile juice from berries and fruits in the processing of their microwave radiation. The juice should in the process of getting it to gather in the vessel (Bank), in which it can be stored in the next time. The device should be simple in manufacture and operation, with the possibility of using sporochnales of the invention is implemented using a device, it is shown in Fig.1.In Fig. 1 schematically shows a General view of the device in section.The device is made in the form of consoles, consisting of the container 1 with the cover 2 and the intermediate Societatea funnel 3, installed on the vessel for collecting juice 4.All component parts of the device: capacity 1, cover 2 and Societatea funnel 3 is made of radiotransparent material, in particular from food high-pressure polyethylene, Teflon or heat-resistant glass.Capacity 1, serves to place the berries, from which is distilled juice, has an upper portion corresponding to the dimensions of the working chamber of the microwave oven (with a diameter of approximately 250-320 mm) and a perforated plate, preferably in the form of a truncated cone. The diameter of the perforation is made in the range of 2 to 5 mm, so that the holes did not sticks juice and didn't miss the small berries and seeds down. The height of the upper part of the vessel 1 is made of 30-50 mm, so that a layer of berries, placed in containers, uniformly processed microwave radiation with a frequency of 2450 MHz throughout the volume. Perforated bottom containers are manufactured in the form of a truncated cone with an angle greater than or equal to 90oto ensure runoff allocated juice and not create b is the better of the sides and top of the working chamber of the microwave oven from contact with spray juice, allocated from the berries during microwave processing. Societatea funnel 3 has a lower neck the size of a standard glass jars, which is used in the device as the vessel 4 to collect the juice. Societatea funnel 3 ensures the stability of the entire device when it is built. Upper neck Societatea funnel 3 corresponds to or larger than the area of the perforated bottom of the tank 1 and collects the juice released from the berries through a perforated plate. The area of the perforated surface of the bottom is larger than the area of the lower (drain) of the neck of the funnel. The angle of the walls Societatea funnel 3 must be equal to or less than the angle of the conical bottom of the tank 1, to provide a drip of juice in the vessel (jar) 4 by gravity.The capacity of the vessel for collecting juice 4 (banks) are limited by height. The overall dimensions of the device for microwave ovens with the volume of the working chamber 32 l should not exceed 210 mm to Adjust the size of the device height is possible by the selection of the vessel (banks) to collect the juice.Device for producing juice from the berries in a domestic microwave oven works as follows.Berries (cranberries, the cranberries, the cranberries, currants, sea buckthorn, h cm capacity 1, close the lid 2 and put on sokoudjou funnel 3, is inserted into the vessel for collecting juice (jar) 4. The assembled device consisting of elements 1; 2; 3; 4, put into the working chamber of a household microwave oven, directly on her bottom. Glass stand from the oven when it is removed. The oven door is closed. Ask a processing program and include a microwave.Under the action of microwave radiation can cause heating of the product and distillation of the juice. The juice flowing through the perforated bottom of the tank 1 falls in the intermediate sokoudjou funnel 3, and thence by gravity into the vessel (jar) 4.After the specified time the microwave oven is turned off. The device is removed from the furnace. The prefix is removed from the vessel 4 and put aside aside. The juice is collected in the vessel (jar) 4, is directed for further use.If the modes of operation of the furnace worked out and the vessel for collecting juice filled to the specified level, it is closed with a lid and roll, so as juice and Tara sterilized microwave radiation and do not require additional processing.In the future, the juice obtained using the proposed device can be used to prepare juices, syrups, etc.Berries, OS for pies or as a component of fruit tea, infusion or collection.The duration and intensity of microwave processing of berries are selected empirically with regard to humidity, the quantities and types of berries, as well as from the required quantity of juice and the purpose of its further use.Example. The product, viburnum berries, prepared for processing (selected, washed and obsushenny in air) weight 1000 g load in the proposed device (container with a perforated bottom in the form of a truncated cone mounted on ZOLOTOGO funnel inserted into a glass jar to collect the juice, with a capacity of 500 ml) and placed in the working chamber of household microwave ovens "Titan" (the volume of the working chamber 32 l, usable capacity in the working chamber 600 watts). Total time of microwave treatment 25 min, with 1 min mode Min warm-up" (100% power) and 24 min mode "Moderate heat" (75% power). The volume of the collected juice 500, the Temperature of the juice 65oC. the Remains of the berries after forcing juice dried and used as a component of tea.With current levels of production units of the device is not difficult. The tank cover and Societatea funnel can be manufactured by injection molding or by stamping ECI) Assembly units can be separately used in other operations in the harvesting of agricultural products in the home.The tank 1 may be used for washing fruits, vegetables and fruits or as a container to store them together with the cover 2.Societatea funnel 3 can be used as a normal filling funnel with spill compotes and preserves in glass jars.The proposed device for forcing the juice from the berries in a domestic microwave oven is a versatile, easy to manufacture and should benefit from increased demand from the owners of microwave ovens engaged in harvesting of agricultural products and want to provide for their families natural diet juices. 1. A device for extracting the juice from berries and fruits in domestic microwave ovens, containing the capacity for raw materials with a cover made of a radiotransparent material, characterized in that it is further provided with a vessel for collecting juice and located between the latter and the capacity for raw materials Societatea funnel, also made of a radiotransparent material, and the bottom of the tanks for raw materials perforated and has an area, a large area of the drain funnel neck.2. The device under item 1, characterized in that the perforated bottom containers for raw materials will is or more 90oand the hole diameter perforation is 2-5 mm.
FIELD: personal demand items.
SUBSTANCE: juicer of ordinary type, which comprises antidrop system, which consists of T-shaped sealing of drain tube, and also from nonslip strips on adhesion between drive and rotary elements, therefore, in case of intermediate stop of drive, they are not pushed upwards under action of inertia force. Disc of grater is fixed to driving element with blind screw, and fixing screw is welded to its lower side. Pusher ends with concavity, which in process of use grips the piece, from which juice is squeezed. Pusher may be replaced with pusher of loading hole reducer.
EFFECT: invention provides for convenience of use.
11 cl, 9 dwg
FIELD: personal use articles.
SUBSTANCE: invention relates to a juicer designed for extracting juice out of vegetables, fruits, or soya milk from beans. Juicer includes a body having the outlet for wastes and the outlet for juice, the screw having an upper rotating shaft entered the hole in the body for a rotating shaft, and the lower rotating shaft with multiple spirals of the screw made on its outer circumference, honeycomb cylinder for juicing toward the outlet of juice, and the rotating brush installed between the body and honeycomb cylinder and having a brush holder. Thanks to use of the screw rotating at a very low speed in juicing mode, various nutrients and natural taste inherent in vegetables and fruits are fully preserved. As the body containing the shaft is attached vertically to the top of the transmission device, the material automatically moves down without pressing it, and during squeezing and crushing materials placed in the inlet, waste products are removed.
EFFECT: invention ensures creation of the juicer which has a high rate of juicing and where well-squeezed juice flows down without staying in the body.
12 cl, 8 dwg
FIELD: personal use articles.
SUBSTANCE: proposed invention relates to a device for production of a food product in the form of juice. The task of the invention is creation of a juicing device capable to increase juicing efficiency without increase of the drive means rotation rate. The juicing device contains a housing having a hole for release of juice and a hole for release of aw material remains ensuring communication of the housing inner space to the outer space, the juicing auger unit positioned inside the housing inner space and containing the auger blade formed on the outer peripheral surface of the said unit, the auger shaft connected to the drive shaft of the drive means via its bottom end whereon a sun gear wheel is mounted;: the rotary juicing mesh unit wherein the juicing auger unit is located. The above unit contains a cellular mesh corresponding to the auger blade and intended for filtration of raw material remains so that to ensure passage of juice through the said mesh and a ring gear wheel arranged in the bottom part of the said unit. The unit additionally contains a guiding release unit positioned in the bottom part of the rotary juicing mesh unit, having planetary gear wheels installed between the sun gear wheel and the ring gear wheel and transmitting force of the juicing auger unit to the rotary juicing mesh unit and ensuring direction of raw material remains generated after juicing. When the juicing auger unit and the rotary juicing mesh unit rotate in opposite directions relative to each other, juice expressed from the charged raw material is released from the release hole in the housing while the raw material remains are release to the outside through the hole for release of raw material remains.
EFFECT: creation of a juicing device capable to increase juicing efficiency without increase of the drive means rotation rate.
14 cl, 18 dwg
FIELD: food industry.
SUBSTANCE: prior to entry into the juicer, a product is to be cut. The juicer juice extraction module includes a container having a juice release hole, a sieve positioned inside the container, a screw positioned inside the juicer for extraction of juice from a product and a cover connected to the upper edge of the container and having a release hole through which the product is discharged. The juice extraction module includes a milling section positioned at the screw upper end and tapering upwards; the milling section has a milling blade mounted thereon and a processing section connected to the outlet hole and designed to be concave in the cover lower part to accommodate the milling section.
EFFECT: improved design capable to eliminate inconvenience.
19 cl, 6 dwg
FIELD: food industry.
SUBSTANCE: juice extractor comprises: a drive unit comprising the electric motor housing, which comprises an electric motor mounted inside it, a rotating shaft connected to the electric motor and protruding towards one side of the electric motor housing, a fixing shaft adjacent to the rotating shaft in the electric motor housing; a juice extracting unit comprising roller portions actuated by the electric motor, provided in the drive unit, designed for grinding, juice extraction and movement of materials for the extraction of juices, a housing for the placement of the roller portions in it; a fastening unit designed for the releasable connection of the housing of the juice extracting unit with the housing of the electric motor; and a sensor unit comprising a control sensor element mounted on the housing of the juice extracting unit, and also a sensor mounted on the electric motor housing so as to be triggered by the change in the distance to the control sensor element.
EFFECT: no necessity to adjust the position of the fastening unit when the housing is attached to the drive unit, the roller portions and the housing can be easily detached, injuries caused by the operation of the roller portions, when the housing is detached, can be prevented, and the process of juicing is effective.
5 cl, 13 dwg
FIELD: personal use and household items.
SUBSTANCE: juice extractor main housing frame with top drive comprises upper frame element; lower frame element; connecting frame element, made with configuration providing connection of upper frame element with lower frame element, wherein upper frame element has first through hole and second through hole. Besides, assembly with frame intended for juice extractor main housing with top drive comprises frame including upper frame element, having first through hole and second through hole, lower frame element and connecting frame element, made with configuration providing connection of upper frame element with lower frame element; drive part installed on upper part of upper frame element; and lifting part arranged on lower frame element, wherein drive shaft drive part is inserted into first through hole.
EFFECT: proposed is juice extractor structure.
4 cl, 23 dwg
FIELD: food industry.
SUBSTANCE: claim describes a juice squeezer having an opening for the drive shaft with a drive shaft inserted into it, made at the lower part of the rotating brush installed between the inner housing wall and the outer wall of the screen drum, has an open top and bottom surfaces and comprises a brush for cleaning the outer wall of the screen drum. The opening for the drive shaft is rotationally mounted on the housing; inside the screen drum there is a screw with a helical spiral on its outer surface; in the upper screw part there is a locking projection or a locking groove, and in the upper part of the rotating brush there is a locking groove or a locking projection, the locking projection of the screw and the stop groove of the rotating brush are engaged with each other, or the locking groove of the screw and the locking projection of the rotating brush are engaged with each other, so that immediate rotation is transferred to the rotating brush as the screw rotates.
EFFECT: reducing the frequency of failures caused by component breakage or wear, ensuring easy and convenient assembly.
19 cl, 10 dwg