UA143976U - UNIVERSAL DEVICE FOR HEAT TREATMENT OF FOODSTUFFS - Google Patents

Abstract

The universal device for heat treatment of food products contains the case, the right, left hinged covers connected to the case by means of, for example, two universal fixing rotary devices, thus on the front wall of the case the control panel of the electric heating elements established in the case parts of the housing are made of niches for locking elements of hinged lid locks, made identical, and each hinged lid has a rectangular shape, inside the hinged lid is a reflector, hinged skewer holders connected to the housing for hinged skewer holders, between the inner sides of the hinged lid and air chambers, in addition, in the hinged lid is a seat for the reflector and a seat for the body of the skewer holders, and on the outside of the hinged lid are the support legs; universal locking swivel devices are also identical, each universal locking swivel device includes a housing, right T-shaped and left U-shaped sliding forks, right and left sliding forks through the connecting links connected to the mounting brackets with the possibility of their rotation on the axes , by means of which the pull-out forks are connected to the connecting links, and on the axes by means of which the brackets are connected to the connecting links, in addition, in the housing of each universal locking swivel is installed an axle for fixing the right the lower part of the housing of the device is connected to the housing of each universal locking rotary device, and the lower parts of the right and left hinged covers are connected to the mounting brackets of the universal locking rotary devices.

Description

The useful model belongs to household appliances - portable, universal electrical appliances and is a device for cooking by thermal processing of products, economical with power supply from the 220 V network, smokeless. The device can be used in various places and conditions, in particular in an apartment, a private house, on the street (yard), in a garage, in the country, open areas, on roofs, railway, river and sea transport, restaurants, cafes, bars as for cooking , as well as for heating food, barbecue, drying mushrooms, fish, fruits. The list of dishes that can be prepared using this device is counted in hundreds: meat, fish, vegetable, first and second courses, juices, compotes, tea, coffee and so on.

A device for frying food products is known, which consists of a stationary body with a built-in vertical heater, an electric drive and a thermostat. The heater consists of three high-temperature heating elements of a complex shape, six flat rectangular double grids equipped with springs for fixing products are placed radially around it. Lattices are fixed with shanks in the moving part of the device and rotate around the heater and its own axes of symmetry thanks to the planetary mechanism (see patent of Ukraine for utility model Mo 47453).

An energy-saving device for thermal processing of food products is also known, which contains a case with a lid, a mesh basket located in the case and an electric heater under it.

The body and lid are made according to the principle of a thermos, in the working capacity of which a temperature sensor is placed, electrically connected to the unit for controlling the power of electric energy consumed by the electric heater. In addition, the lid of the thermos has grooves for inserting the power wires of the electric heater and the temperature sensor (see the patent of Ukraine for the utility model Mo 36238).

A multifunctional device for thermal (heat) processing of food products is known, which consists of a cylindrical body, a removable tray and a removable grid. The case has holes for air circulation, at least one carrying handle is removably attached to the outer side surface of the case, the tray and the grid are made with the possibility of detachable attachment to the case, the removable grid is made with a lip along the edge, and the case is divided by a perforated partition on the upper and the lower chamber (see Ukrainian utility model patent Mo 93064).

In addition, a device for combined frying with electric contact heating is known, which consists of two hingedly connected dielectric plates, forming cells for placing semi-finished products when closed. In order to regulate the mode parameters of the heating of individual layers of the semi-finished product, the electric contact heating electrodes are placed vertically relative to the heating tiles (see patent of Ukraine for the utility model Mo 88655).

A multifunctional device for thermal processing of food products is known, consisting of a loading bowl, the base of which is covered with a non-stick fluoroplastic coating on the inside, and electric heating elements are mounted on the outside, as well as a hinged lid with IR heaters and a reflector. Electrode sections with dielectric inserts are placed perpendicular to the side surfaces and the base of the loading bowl, which are fixed with fasteners with the possibility of changing the inter-electrode distance (see patent

of Ukraine on the utility model Mo 37175).

A collapsible thermal brazier is known, consisting of two rectangular long side walls, two rectangular short side walls, four legs and a removable bottom. Each side wall consists of inner and outer walls welded together. Each outer wall of the long side walls is made longer than the inner wall connected to it with the formation of protruding flat edges from the side ends, each of which has at least two holes. The length of this inner wall is equal to the distance between the legs to which it is attached, and the length of the outer wall of the long side wall is equal to the length of the thermobrazier, and the lower part of this wall is made bent in the direction of the inner wall connected to it with the formation protruding inside the thermobrazier after its assembly , shelves. Each outer wall of the short side walls is made longer than the inner wall connected to it, with the formation of L-shaped edges protruding from the side ends, in the bent end of each of which at least two holes are made. The length of the inner short side wall is equal to the distance between the legs to which it is attached, and the length of the outer short side wall between the bent ends of the L-shaped edges is equal to the width of the thermobrazier, and the lower part of this wall is bent towards the inner wall connected to it, forming a shelf protruding inside the thermal brazier, after its assembly. The removable bottom is made rectangular in the form of a trough with horizontal support shelves, along the long sides of the removable bottom, with the possibility of installing the removable bottom on the shelf of the outer walls of the long side walls with the formation of two slotted end holes below the short side walls and along them. On each lower short side wall from below, it is installed, with the possibility of horizontal movement relative to the slotted end hole, opposite to which it is installed, and overlapping this slotted end hole. Damper with a handle, the grate is made in the form of a rectangular perforated pallet with sides installed with a support on the removable bottom, with the possibility of installing the grate with the sides down or up. At least two threaded holes are made in the legs, and when installing the side walls on the legs, the holes made in them coincide with the threaded holes in the legs, and through the holes in the side walls, screws with a handle are inserted into the threaded holes, with the help of which the side walls are connected to the legs at assembling thermomangal. The folding grates are formed by a wire rectangular frame and wire rods located in parallel along the long side of the rectangular frame and along the long side wall of the thermobrazier (see patent of Ukraine for utility model Mo 81920).

Also known is the electric grill-oven (see the RF patent for the invention Mo 22180661, electric grills (RF patents for useful models MoMo 39032, 75922) and other technical solutions.

But both the above and other devices for thermal processing of food products known to the applicant partially solve the given task. Structurally, they coincide with the claimed device only in the presence of separate structural elements, such as: body, lid, heating elements, tray, legs, etc.

However, the known technical solutions differ fundamentally both in terms of structural design and the principle of solving the problem, as well as the result achieved when implementing the claimed device.

In connection with the above, the applicant believes that none of the technical solutions known to him can be chosen as a prototype, and their criticism will be incorrect.

The basis of a useful model is the task of creating a universal device for thermal processing of food products, in which, through a different design of the device, the introduction of new nodes and elements into it, as well as the mutual arrangement of nodes and elements and their connection between them, to ensure increased efficiency, the possibility of cooking a large assortment of dishes on it, the convenience of cooking various dishes, saving electricity, as well as: using the device all year round in any premises;

For use in trains, on sea transport; saving electricity due to the operation of electric shades as needed; production in several modifications; complete set of tableware.

The device is ecologically clean, smokeless, easy to operate, easily repaired and replaced shades.

The task is solved by the fact that a universal device for thermal processing of food products, containing a body, right and left hinged lids, connected to the body, using, for example, two universal locking rotary devices, while a control panel is located on the front wall of the body electric heating elements installed inside the housing, in the upper part of the housing there are niches for the locking elements of the hinged lid locks, which are made identical, and each hinged lid has a rectangular shape, inside the hinged lid there is a reflector, hinged skewer holders, connected to the housing for hinged skewer holders , air chambers are formed between the inner sides of the hinged lids and the reflectors, in addition, the hinged lid has a seat for the reflector and a seat for the body of the skewer holders, and there are support legs on the outside of the hinged lid; universal locking rotary devices are also made identical, while each universal locking rotary device contains a body, right T-shaped and left U-shaped retractable forks, right and left retractable forks are connected through connecting links to mounting brackets with the possibility of their rotation on the axes , with the help of which the extension forks are connected to the connecting links, and on the axles, with the help of which the brackets are connected to the connecting links, in addition, in the body of each universal locking rotary device, an axis for fixing the right extension fork and an axis for fixing the left retractable fork, while the lower part of the body of the device is connected to the body of each universal locking rotary device, and the lower parts of the right and left hinged covers are connected to the mounting brackets of the universal locking rotary devices.

In addition, the case is made in the form of a rectangular frame, in the front and rear parts of which there are seats for electric heating elements, and in the lower part of the case there are niches for attaching a protective grill.

In addition, the retractable forks are installed in the body of the universal locking rotary device in such a way that the vertical element of the T-shaped retractable fork is located between two vertical elements of the U-shaped retractable fork.

A universal device for thermal processing of food products is shown in the drawings, where:

Fig. 1 - front view of the device;

Fig. 2 - front view of the device with a partial section;

Fig. C - top view of the device;

Fig. 4 - rear view of the device;

Fig. 5 - view of the device on the right;

Fig. 6 - a view of the housing frame;

Fig. 7 - view of the hinged cover from the inside;

Fig. 8 - a view of the universal locking rotary device;

Fig. 9 - a view of the case for folding skewer holders;

Fig. 10 - type of additional pallet;

Fig. 11 - a view of the hinged cover holder;

Fig. 12 - a view of the device in the state when the folding covers are extended;

Fig. 13 - a view of the device in a horizontal position with a vertically open right hinged cover;

Fig. 14 - a view of the device in a horizontal position with an additional grid;

Fig. 15 - a view of the seat in the folding covers.

The universal device for thermal processing of food products contains a body 1, right 2, left Z hinged lids connected to the body 1 using, for example, two universal locking rotary devices 4.

On the front wall of the housing 1 there is a control panel 5 with control buttons 6 with electric heating elements - heaters 7 installed in the housing 1. On the outer upper side of the housing 1 there is a handle 8 for carrying the device and locking elements of the locks 9 (Fig. 3). A removable protective grid 10 (Fig. 12) is provided to protect against collision with the screens 7.

Body 1 of the device is made in the form of a rectangular frame (Fig. 6). In the front and back walls

Seats 11 for electric shades 7 are made from the frame (on its inner side) in housing 1. Seats 12 are made in the lower part of housing 1 (on its inner side) for attaching a removable protective grid 10, and in the upper part of housing 1 (from outer side) niches 13 are made for locking elements of locks 9 of hinged covers 2 and 3.

In the lower part of the back wall of the case 1, a niche for the cable 14 with a plug is made, which is closed by a cover 15. The back wall of the case 1 is closed by a protective plate 16 (Fig. 4).

Hinged covers 2 and C are identical. Each hinged cover 2 and З has a rectangular shape. On the inner side of each hinged cover 2 and C, there is a reflector 17, hinged skewer holders 18 and a housing 19 for hinged skewer holders 18 (Fig. 7).

In the upper part of each hinged cover 2, Z there are connecting elements 20 (Fig. 7).

Air chambers 21 (Fig. 2) are formed between the inner sides of the hinged covers 2, C and reflectors 17.

In the hinged covers 2, C, a seat 22 for the reflector 17 and a seat 23 for the housing of the skewer holders 19 are also made (Fig. 15).

On the outside of each hinged cover 2, C are located support legs 24 (Fig. 13).

Universal locking rotary devices 4 are also made the same.

Each universal locking rotary device 4 contains a housing 25, inside which are located the right T-shaped retractable fork 26 and the left U-shaped retractable fork 27 (Fig. 8).

At the same time, the retractable forks 26 and 27 are installed in the body 25 of the universal locking rotary device 4 in such a way that the vertical element of the right T-shaped retractable fork 26 is located between two vertical elements of the left U-shaped retractable fork 21.

The right 26 and left 27 retractable forks through the connecting links 28 are connected to the mounting brackets 29 with the possibility of their rotation thanks to the axes 30, with the help of which the retractable forks 26 and 27 are connected to the connecting links 28 and the axis 31, with the help of which connected mounting brackets 29 with connecting links 29. Two fixing axes are installed in the body 25: 32 - for fixing the right retractable fork 26 and axis 33 - for fixing the left retractable fork 27.

The control panel 5 is attached to the front part of the housing 1 using screws (screws) 34. To fasten the housing 1 to universal locking rotary devices 4, holes 35 for fastening elements (screws, screws) are made in the housing 1 of each universal locking rotary device 4 (Fig. 8). Universal locking rotary devices 4 are connected to each other by means of an axis 36 (Fig. 12).

The lower part of the body 1 of the device is connected to the body 25 of each universal locking rotary device 4, and the lower parts of the right 26 and left 27 retractable forks of the hinged covers 2, C are connected to the mounting brackets 29 of the universal locking rotary devices 4.

The device is also equipped with holders 37 (Fig. 11) for attaching hinged covers 2, 3, tray 38 (Fig. 10) for fat accumulation and an additional grid 39 (Fig. 14).

A universal device for thermal processing of food products is used in the following order.

Having selected and freed up space from unnecessary items, we place the device vertically, setting it on the universal locking rotary devices 4 with the control buttons 6 towards us. We remove the cable with plug 14 from the niche.

The device, depending on the selected dish, is installed in a standing position (Fig. 12) or horizontally (Fig. 13).

In the standing position: we open the locking elements of the locks 9, after which the hinged covers 2, Z smoothly move away from the body 1 (Fig. 12) to the left and right and vertically lower down with the help of the mounting bracket 29 and the connecting link 28.

Having fixed the hinged covers 2, with cover holders 37, we move covers 2 and Z to the left and right of the body 1, using for this purpose retractable forks 26, 27, up to the stop. Throwing aside the skewer holders 18, we install the tray 38 for accumulating fat on the folding skewer holders 18 and connect the cable plug 14 to the 220 V network. The device is ready for operation in a standing position.

After placing the products in the device, press the control buttons 6 and rotate them to set the desired glow. After cooking, press the control buttons 6 and turn off the power supply, remove the cable plug 14 from the 220 V network.

In the standing position, mainly meat, portioned dishes, barbecue, meat on a griddle, vegetables in a basket, mushrooms on skewers, cheese in dough, etc. are prepared.

In the horizontal position: we install the device horizontally, the support is provided by the pull-outs

From the forks 26, 27 and support legs 24 (Fig. 13, 14) on the hinged cover 3. Open the locking elements of the lock 9, lift and fix the hinged cover 2 vertically with the hinged cover holder 37.

An additional grill 39 is installed on the body of the device 1, while the removable protective grill 10 can be unlocked and removed or left in place. The appearance of the additional grill 39 can have different types: like a grill, a solid tray that can serve as a roasting pan or a tray for ready-made meat.

We pull out the plug of cable 14 from the niche for the cable and connect it to the 220 V network. The device is ready for operation. After placing the products, press the control buttons b, apply electric current to the shades 7.

After finishing cooking, press the control buttons 6 and turn off the cable plug 14 from the 220 M network.

In order to avoid burns, as well as the collision of meat with skins 7, a removable protective grid 10 is installed, which is attached to the seats 12 of the body 1.

For maintenance and inspection of electric shades 7, a protective plate 16 is installed on the rear part of the case 1, which is fixed with fixing elements (screws) 34.

The design of the reflector 17 is designed in such a way that the heat from the shades 7 is supplied to the left and right sides on the hinged covers 2, 3, where the reflectors 17 are installed in the seats 22.

When preparing barbecue or other meat dishes, the heat from the grill 7 falls directly on the meat, the rest of the heat passes further and, reflecting off the reflector 17, returns back, frying the meat from the reverse side.

When the device is in a horizontal position (Fig. 13), the right hinged cover 2 is fixed in a vertical position and does not participate in the operation of the device. The left hinged cover Z together with the case 1 are installed horizontally and represent the working electrical surface. Thus, the heat from the shades 7 is applied upwards to the object in which the food is prepared, and also downwards to the reflector 17 of the left hinged cover 3, thus the heat is intensified and applied upwards to the object in which the food is prepared. If it is necessary to reduce the heat, this can be done using the control buttons 6 by rotating them.

When installing the reflectors 17 in the folding covers 2, C, air chambers 21 are formed. To avoid its heating, the seat 22 and the heat reflector 17 are treated from the side of the air chamber 21 with thermal paint or paste of increased resistance to high temperatures.

In the body 1, in its upper part, on the left and right sides, there are niches 13 for locking elements of locks 9 (Fig. 14). When closing the storage device, the connecting elements 20 enter the niche 13. Thus, the hinged covers 2, C are fixed using the locking elements of the locks 9.

The universal locking rotary devices 4 are structurally arranged in such a way that the body 25 accommodates all the nodes and parts, which allows each hinged cover 2, C to work without fail by opening 180", telescopically extending to the calculated distance for successful operation.

Claims (2)

10 FORMULA OF A USEFUL MODEL 1. A universal device for thermal processing of food products, containing a body, right, left hinged lids, connected to the body using, for example, two universal locking rotary devices, while on the front wall of the body there is a panel 15 for controlling electronic heating elements installed inside the housing, in the upper part of the housing, niches are made for the locking elements of the hinged lid locks, made identical, and each hinged lid is rectangular, inside the hinged lid there is a reflector, hinged skewer holders, connected to the housing for hinged skewer holders, between the inner sides air chambers are formed by hinged lids and reflectors 20, in addition, a seat for a reflector and a seat for the body of skewer holders are made in the hinged lid, and there are support legs on the outside of the hinged lid; universal locking swivels are also made identical, while each universal locking swivel includes a housing, right T-shaped and left U-shaped retractable forks, right and left retractable forks are connected through connecting links to 25 mounting brackets with the possibility of rotating them on on the axles by means of which the extension forks are connected to the connecting links and on the axles by means of which the brackets are connected to the connecting links, in addition, in the housing of each universal locking rotary device there is an axis for fixing the right extension fork and an axis for fixing of the left retractable fork, while the lower part of the body of the device is connected to the body of each universal Zo locking rotary device, and the lower parts of the right and left hinged covers are connected to the mounting brackets of the universal locking rotary devices. 2. The device according to claim 1, which differs in that the case is made in the form of a rectangular frame, in the front and rear parts of which seats for electric heating elements are made, and in the lower part of the case there are niches for attaching a protective grid. C. 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