Cake baking process and device

Description

The invention relates to a process and a device for baking cakes.

*

According to the prior art, one-part cake tins such as loaf tins or savarin tins are used for baking cakes.

The prior art also includes two-part cake tins, so-called clipopen tins, which consist of a base plate and a baking ring springattached round it.

io These tins have the disadvantage of a separate baking tin being needed for each type and size of cake, so that many different cake tins accumulate in the household.

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In addition, these baking tins always have to be greased before the baking process so that the cake is readily eased out of the baking tin after the baking process.

The baking tins constituting the prior art are placed for baking 5 purposes on a baking sheet or the like. It is thereby disadvantageous that first the baking sheet and then the baking tin have to be heated by the heat of the oven before the heat of the base reaches the cake mixture.

In addition, the heat transfer to the cake mixture from the 10 different sides is extremely uneven. At the base of the baking tin, the baking sheet and the base of the baking tin have to be heated; at the side, the side section of the baking tin is heated. The surface of the cake mixture is usually left free, so that this surface is exposed to the strongest heat action.

is This is regardless of whether baking is done with top or bottom heat or by the hot-air circulation method.

It is an object of the present invention to overcome or substantially ameliorate at least some of the disadvantages of the prior art.

Accordingly, in a first aspect, the invention provides a cake baking process, in which a baking foil is laid between an oven shelf and a baking frame, and in which cake mixture is filled into the space limited by the baking frame and oven shelf and baking foil, and in which the cake mixture filled into this space is baked, characterized in that a grid-type oven shelf is used, which has perforations and tie bars, and in which the edges of the metal sheet are angled at least partially downwards to· at .least one lateral edge

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-3and that the at least one lateral edge also has perforations and tie bars.

Accordingly, in a second aspect, the invention provides an oven shelf for implementation of the cake baking process described above, characterized in that the oven shelf consists of a strong, flat metal sheet which has a large number of perforations, that the edges of the metal sheet are angled at least partially downwards to at least one lateral edge and that the at least one lateral edge also has perforations, and that the perforations are close together and narrow tie bars are provided between them.

Accordingly, in a third aspect, the present invention provides a baking frame for baking cakes, which is placeable on an oven shelf for implementation of a baking process, in which the baking frame is placed loosely on an oven shelf, and in which the cake mixture is filled into the space limited by the baking frame and oven shelf, and in which the cake mixture filled into this space is baked, characterized in that at least one bracket is .provided for modification of the shape of the baking frame.

Accordingly, the invention preferably provides a process for baking cakes in which very few aids are required to bake a large number of cakes differing widely in shape and size and in which an even or virtually even heat transfer to the cake mixture takes place.

As a plurality of baking frames can be placed openly on one oven grating, the oven grating serves as a base sheet for all baking frames. ,

In addition, the baking frames are adjustable in size. By this means a further substantial saving in individual parts is achieved.

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For example, cakes with widely differing diameters, for example 20, 26, 28, 30 centimetres, can be baked with one circular baking frame. All intermediate sizes are also feasible.

With the size-adjustable rectangular baking frame, a loaf5 shaped cake and a larger griddle-cake, for example, can be baked without various baking tins being necessary for this purpose.

As the cake mixture is placed directly onto the oven grating, very good heat transmission to the cake mixture is achieved.

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-4If the cake mixture has a somewhat more liquid consistency, a baking foil can be provided between the oven grating and the baking frame. This baking foil reduces the heat transmission only negligibly.

Advantageously, the invention also provides a process that eliminates greasing of baking tins. The cake mixture is placed directly onto the oven grating or else onto the baking foil. Greasing is thus not necessary.

Nor is any greasing of the baking frame necessary. After the baking process, the cake can be readily eased from the baking frame with a knife.

Use of the oven grating with the baking frame permits the cake, if it is still in the baking frame, to be placed on a cake sheet, where it is for example coated with jelly or cream, whereby the c

is baking frame serves as a flan ring. Once the jelly or the cream has «c c tie '' set, the baking frame can finally be removed. By this means the ♦ « 11 • * :«,«*, separate attachment of a flan ring, which is moreover commercially

.....j available only as a circular flan ring. Such flan rings are not available for rectangular cakes or cakes with other basic shapes.

: *··· 20 As an oven grating, it is advantageous to use a perforated • 4 · · : ' • · · baking sheet on which the cake mixture can be placed. The heat « « • t ^: necessary for the baking process can be directed to the cake c c : ·***' mixture through the oven grating through the through passages « · · « «

*·*’“· from below, if the mixture is very liquid so that it would run through the through passages, a baking paper or a baking foil can be laid on the oven grating. This reduces the heat transfer only negligibly.

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-5* According to the invention, the oven grating is grid-shaped. The through passages can have a square, rectangular, circular shape or the shape of a regular hexagon.

The oven grating can be placed on the conventional baking 5 sheet in the oven or on the conventional grid-type oven grating in •ii ; ' .

the oven if the borders of the oven grating according to the invention are angled downwards and also have through passages. In this configuration the hot air can flow below the oven grating in order for its part to reach the baking product placed on it through the through passages.

It is advantageous for the borders of the at least one downwards angled side border to be welded together at the corners of the metal sheet.

* The oven grating can replace the grid-type oven grating is provided in the oven if it has the same dimensions as the latter.

Any baking frame required can be placed on the oven grating. The baking frame can have a wide range of shapes and dimensions. For example it can be circular or rectangular. It can, however, have any other shapes required.

For its part, the baking frame itself can also have through passages in the same shape as the oven grating. By this means the hdat transmission to the cake mixture is substantially improved.

* It is advantageous to use baking frames which are adjustable in their size.

For this purpose the round baking frame which is adjustable in its.size has an open end. The two side surfaces of the open end of tfcie baking frame overlap and are held together with two clamps.

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The overlapping end surfaces can be pushed together or pulled apart, so that the diameter of the baking frame is changed.

* If the baking frame is rectangular, it preferably has four adjustably interconnected segments, each consisting of two side surfaces positioned at right angles to each other. The side surfaces of two segments respectively overlap so that a rectangular baking frame results when the four adjustably interconnected segments are fitted together.

The side surfaces are held together by means of movable clamps. It is advantageous to provide two clamps respectively on each side of the baking frame.

One clamp respectively can also be firmly connected with one side surface. This has the advantage that the side surface cannot slip out of the clamp. By this means the handling properties of’the frame are substantially improved.

* If the baking frame is pushed together to the minimum size, the side surfaces of the individual segments overlap completely.

If the baking frame is enlarged, the side surfaces of the segments overlap only partially. With the maximum size of the faking frame, the side surfaces overlap only at their ends.

During the enlargement or reduction of the baking frame, the side surfaces are guided through the clamps.

It is advantageous for the size-adjustable baking frames to

V have a scale division so that it can be read off on the round baking frames what diameter they have. With the rectangular baking frame, a scale division is preferably provided on each side of the baking frame, so that a rectangular or square form is attained and not a warped form.

*

-ΊThe invention relates in a further configuration to an oven grating as a carrier for a cake tin or of a joint of meat to be roasted as well as for fruit to be dried and the like.

According to the prior art, the oven grating consists of lattice bars.

According to the prior art, the cake tin in which the cake mixture to be baked is contained is placed in the oven on the oven grating. Cake tins have on the one hand a side border, so that the cake mixture cannot expand beyond the base surface of the tin, and on the other hand a closed base surface on which the portion of cake mixture rests. Such baking tins are either placed on the grating of the oven or on a metal sheet positioned there, which is customarily provided in the oven to catch any meat juices exuding during the roasting of joints of meat.

is It has been shown that, when using baking tins in the baking of cakes, the heat transfer to the cake mixture from the different sides is extremely uneven, namely both when the cake mixture is baked with upper and lower heat and when the cake mixture is baked by the hot-air circulation method. As the surface of the product to be baked (cake mixture) is customarily exposed, this surface is always exposed to the strongest heat influence. The remaining parts of the cake mixture to be baked, which are contacting the metal base of the tin and/or the side borders of the tin, receive their baking heat only through heat transfer through the baking tin, so that the cake mixture is heated more slowly there. If the cake tin is not placed on the customarily provided grating but,

I', for reasons of convenience, on a metal sheet for catching the meat juice when roasting a joint of meat, the heat must penetrate the &lt;

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-8oven sheet in addition in order to reach the meta! base of the cake tin and from there the cake mixture to be baked. As the customary baking tins are non-transparent, it cannot be ascertained whether a cake to be baked is receiving too much top heat, bottom heat or side heat, in other words lengthy experience is needed until cakes are obtained offhand which display an even browning from all sides and are baked through.

In addition, the heat transfer through the tin and, where applicable, through the oven sheet onto the cake mixture, which is necessary for the baking process, prolongs the baking time, whereby heating energy is wasted.

The invention is based on the further technical problem of providing an oven grating on which the cake mixture can be placed directly, i.e. without tin and metal base, or else joints of meat for roasting, in such a way that an even or virtually even heat transfer takes place onto the positioned product from all sides, so :

that in the use of the oven grating according to the invention no ¹ heat loss occurs through heat transfer of the oven heat through the ?

baking tin or through a drip pan. ,

As a metal sheet with through passages, on which the cake mixture is placeable, is now being used as an oven grating, the hot air necessary for the baking process can be directed through these through passages to the cake mixture from below. If the cake ’ mixture is very liquid, so that it would run through the through passages, a baking foil or a baking paper can be placed in the jf k

known way on the metal sheet according to the invention. Such a [ foil or such a baking paper obstructs the heat transfer only negligibly. — _{Z :} ’#T *

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The metal sheet according to the invention can be placed on the conventional grid-type oven grating, and also on a baking sheet or drip pan provided in the oven if, in accordance with Claim 29, the borders of the metal sheet in a further configuration of the invention are angled downwards and also have through-passages. In this configuration, the hot air can flow below the actual metal sheet in order on the other hand to reach the placed-on product from here through the through-passages.

The meta! sheet formed as an oven grating can replace the oven grating provided in the oven if it has its dimensions. It can, however, also be placed with the same success on an oven grating provided there or a drip pan provided there, without influencing the heat transfer onto the product to be treated. In this case the metal sheet according to the invention can also have any other form. In other words, the metal sheet according to the invention represents as it were an independent base sheet for a cake tin or an independent base for a joint of meat to be roasted. The metal sheet can, however, also be removed after the baking or roasting process from the oven with the product resting on its and set aside, for instance to let a baked cake cool, i.e. be used os a cooling grid.

The metal sheet has the further advantage that the frame mould for a cake, for example a flan ring, can be positioned on it in a simple way, where applicable on the baking paper laid on the metal sheet, so that the border of the cake mixture placed on the metal sheet and in particular of the finished baked product is limited in a known way and obtains a required shape. In this application the metal sheet serves as it were as a base sheet for the cake tin. According to the invention, the surround also has throughb.

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-10passages, so that hot air can also flow from the side up to the cake mixture when such a surround is being used.

The shape of the through-passages in the metal sheet and in the angled side borders of the metal sheet, but also in the surround, s &amp;in be completely optional. It is advantageous to design the through-passages in such a way that only [narrow webs] remain between them, which give the metal sheet sufficient rigidity for the metai rheet not to be bent and/or warped but can rather be placed in a stable position in the oven even after longer use. The angled borders of the metal sheet permit the surround to be positioned, without its baking effect being impaired, on a metal sheet-shaped base in the oven, for example on the mentioned drip pan, without the heat supply to the cake mixture being impaired thereby. The bent side borders moreover reinforce the metal sheet is so that it is completely flexurally rigid.

tit tic ’· ” The invention relates in a further configuration to a baking n»»t» • t :*,··. frame for the baking of cake which is placed on an oven grating.

• · • · ^: ······ As described above, a baking frame can be placed on an oven grating so that the oven grating forms the base sheet for the :J··· 20 depositable surround. In this embodiment, baking frames can be placed on one and the same oven grating in the most varied • t .j’*. j embodiments with respect to the size and the external shape of the : frame. However, a separate baking frame is required thereby respectively for each cake shape and size. Several cake moulds 25 are obtained with one oven grating and the different baking frames. These cake moulds have the above-stated advantages.

Recipes in cookery books specify quantities of cake mixture of arying cake sizes. It is specified, for example, that the prepared

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£«&lt;««· c a cake mixture is to be filled into a cake tin with a diameter of 26, 28 or 30 cm, or that rectangular or square cakes are to be baked in tins of various sizes, for example 30 x 30 cm or 35 x 35 cm.

According to the prior art, baking tins are required in several sizes, i.e. many different baking tins, for this purpose.

On the other hand it is also customary nowadays to bake two smaller cakes with a diameter of 20 cm or less, for example, instead of one large cake. For this purpose, too, separate cake tins are required for their part according to the prior art.

The invention is based on the further technical problem of providing a baking frame which is utilizable for cakes with varying size dimensions and which is moreover easy to handle with respect to size adjustment. This technical problem is solved by the characteristics of the preamble of the claim.

In a further development of the invention, a baking frame is now specified which is adjustable in its size. This has the advantage that only one baking frame is necessary for cakes with varying size dimensions.

The baking frame according to the invention can be rectangular but also round.

The rectangular baking frame consists of four adjustably interconnected segments which for their part each consist of two side surfaces positioned at right angles to each other.

The side surfaces of two segments respectively overlap in each case, so that a rectangular baking frame results when the four adjustably interconnected segments are fitted together.

The side surfaces are held together by means of loosely movable clamps. It is advantageous to provide two clamps

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If the baking frame is pushed together to the minimum size, the side surfaces of the individual segments overlap completely.

If the baking frame is enlarged, the side surfaces of the segment overlap only partially. With the maximum size of the baking frame, the side surfaces overlap only at their ends.

During the enlargement or reduction of the baking frame, the side surfaces are guided through the clamps.

As each of the four sides of the rectangular baking frame is optionally adjustable, a scale division is provided on each side of the baking frame in order to be able to adjust the baking frame as exactly as possible into a rectangular or square shape so that warped cakes are avoided.

The scale division is preferably provided on the outside of the baking frame. The scale division can consist of a line graduation which is placed on the outside surface of the internally positioned side surface of the two overlapping side surfaces. During adjustment of the size of the baking frame, the outer side surface can thus be shifted with its end up to the required line of the scale division, if this adjustment is carried out on all four sides of the baking frame, the required rectangular or square mould is obtained without the mould being warped.

The baking frame can also have a round shape. For this purpose a baking ring with an open end is provided. The two side

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surfaces at the open end of the baking ring overlap for their part and are held together with two clamps. The baking frame can then be pushed together or apart to any size required.

On the outer surface of the baking frame, a scale division is for its part also provided here, by means of which it can easily be read off what diameter the baking frame now has.

The invention relates in a further embodiment to a baking frame for baking cake, which is placeable on an oven grating.

The above-specified baking frames have various shapes, for example round or angular shapes, as are known with commercially available cake tins.

The cake tins can, however, also have star-shaped or rosetteshaped forms.

The baking frames are placed on an oven grating. Cake mixture is filled for the baking process into the space limited by the baking frame and the oven grating.

The baking forms can be adjustable in size, so that few baking frames are needed and many different cakes can be baked with these few baking frames.

The further technical problem underlying the invention is in providing a baking frame with which cakes of varying shapes can be baked without a separate baking frame being necessary for each shape of cake.

As the baking frame is provided with a bracket which grips on the outer surfaces of the baking frame with its legs, the baking frame can, for example, be pressed together at its centre and this shape fixed by means of the bracket.

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-14By this means the shape of the baking frame can be varied with the help of the bracket.

If the baking frame has recesses in its basic shape, i.e. the baking frame is, for example, star-shaped or rosette-shaped, the bracket grips into these recesses and the baking frame retains its shape which is fixed by the bracket.

If a baking frame is provided which has no recesses, for example a round or a rectangular baking frame, it is advantageous for the baking frame to have retaining means into which the legs of the bracket grip.

To change the shape of the baking frame, more than one bracket, for example two brackets, can be provided which are positioned simultaneously at the baking frame.

, It is advantageous for the baking frame to be made of spring is band steel. This has the advantage that the baking frame is restored to its original shape after removal of the bracket or of the *’/ brackets and can then be used again either in this shape or in ' * another, changed shape, depending on the positioning or ._t configuration of the bracket.

• a » ··*«·« 20 It is advantageous for the bracket to be adjustable in length qn its base site. This enables a large number of changes in the shape of the baking frame to be undertaken with only one bracket ct t C . _: ·’ ·' and one baking frame.

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It is advantageous for the legs of the bracket to have a length corresponding at least to the height of the baking frame.

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Further details of the invention can be gathered from the subclaims.

A preferred embodiment of the invention will now be described, by way of example only, with reference to the accompanying drawings in which:

Fig. 1 shows an apparatus for baking cakes according to the present invention;

Fig. 2 shows a section along the line ll-ll of Fig. 1;

Fig. 3 shows a further embodiment of the baking frame according to the present invention;

Fig. 4 shows a modified embodiment of the baking frame according to Fig. 3;

Fig. 5 shows a view in the direction of the arrow D of Fig. 3;

Fig. 6 shows a section along the line VI-VI of Fig. 5;

Fig. 7 shows a modified embodiment of the baking frame according to the present invention;

Fig. 8 shows an oven grating in accordance with the present invention;

Fig. 9 shows a further embodiment of an oven grating according to the present invention;

Fig. 10 shows a section along the line X-X of Fig. 9;

Fig. 11 shows a further embodiment of the apparatus for baking cakes according to the present invention;

Fig. 12 shows a top view, including a rectangular baking frame according to the present invention placed on an oven grating;

Fig. 13 shows a top view onto an enlarged rectangular baking frame according to the present invention;

-16Fig. 14 shows a side view of the baking frame and oven grating from Fig. 12;

Fig. 15 shows a section along the line XV-XV of Fig. 14;

Fig. 16 shows a top view onto a round baking frame in accordance with the present invention;

Fig. 17 shows a longitudinal section through a baking frame with a bracket according to the present invention;

Fig. 18 shows a top view of a baking frame in a basic shape according to the present invention; io Fig. 19 shows a top view of a baking frame in a modified shape according to the present invention;

Fig. 20 shows a further top view of a modified embodiment according to the present invention;

Fig. 21 shows a top view onto a modified embodiment is according to the present invention;

Fig. 22 shows a top view onto a modified embodiment according to the present invention;

Fig. 23 shows a top view onto a modified embodiment according to the present invention;

Fig. 24 shows a top view onto a modified baking frame in basic shape according to the present invention;

Fig. 25 shows a top view onto a modified embodiment according to the present invention;

Fig. 26 shows a top view onto a further embodiment according to the present invention;

Fig. 27 shows a longitudinal section through an adjustable bracket according to the present invention.

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Fig. 1 shows an oven grating (18) with through passages (45) and webs (46). For the purpose of processing a more liquid cake mixture, a baking foil (19) is placed on w voting (18). A rectangular baking frame (40) is positior.e nn the baking foil (19).

Cake mixture is filled into the internal spec 10) which is limited by the baking foil (19) and the baking frame (40). The baking frame (40) also has through passages (41) and webs (42) according to Fig 2.

The heat transmission to the cake mixture is substantially io improved by the through passages (41,45) in the baking frame (40) and the oven grating (18). By this means an even heat transmission is attained; on the other hand the baking time is substantially reduced.

Fig. 3 shows a rectangular baking frame (1) which is is adjustable in its size. The baking frame (1) consists of adjustably interconnected segments (2,3, 4, 5). The segments (2, 3) have side surfaces (14, 15, 16, 17) standing at right angles to each other.

The side surfaces (15,16) of the segments (2, 3) overlap and are held together with clamps (6, 7).

The clamps (6, 7) have such tension that the side surfaces (15, 16) can be shifted against each other and remain in the set position after the shifting.

Similarly, the segments (4, 5) have side surfaces standing vertically to each other, which overlap with the side surfaces of the adjacent segments and are connected by clamps (8 to 13).

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The baking frame (1) is placed on the oven grating (18). The foil (19) is provided between the baking frame (1) and oven grating (18) for the processing of more liquid cake mixture.

To enlarge the baking frame (1), the overlapping areas of the side surfaces (15, 16) are reduced according to Fig. 4 in that the segment (2) is pushed in the direction of the arrow A and the segment (3) in the direction of the arrow B. To obtain an even rectangle, this procedure is also executed for the other side surfaces (4, 5).

Fig. 5 shows the baking frame (1) which is placed on the oven grating (18). The baking foil (19) is provided between the oven grating (18) and the baking frame (1).

The side surfaces (15, 16) of the segments (2, 3) overlap in the area marked with hatching and are held together by the clamps (6, 7)The internal surfaces of the side surfaces (16, 17) contact the outer surface of the side surface (15). The side surface (15) has a scale division (21) on its outer surface, by means of which the side surface (16) can be pushed into the required position in relation to the side surface (15).

The scale division (21) is a line graduation, so that the side surface (16) with its border (22) can be brought into alignment with the lines of the scale division (21).

It is advantageous for the scale division (21) to specify centimetre data for the size of a side length of the baking frame.

The clamp (6) is firmly connected with the side surface (15). The clamp (7) grips loosely movably round both side surfaces (15,

16).

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Fig. 6 shows the clomp (6) which grips with its ends (23, 24) round the side surfaces (15, 16). The clamp (6) is spot-welded with the side surface (15) at the points (25, 26).

Fig. 7 shows a baking frame (30) whose end surfaces (31,32) overlap. The end surfaces (31,32) are held together by means of clamps (33, 34).

If the overlap area of the end surfaces (31,32) of the baking frame (30) is increased, the diameter of the baking frame (30) is reduced.

It is advantageous for the side surface (31) to be provided with a scale division with centimetre data to be able to read off the diameter of the baking frame (30) direct.

The oven grating is not bound to utilization as a base sheet for a cake to be baked. A joint of meat to be roasted can also be positioned on it, which is then also heated evenly from all sides, even if the customary drip pan is positioned below the oven graving according to the invention.

The openings in the metal sheet are relatively small, so that fruit, vegetables and the like can also be dried on the metai sheet. Removed from the oven, the oven grating according to the invention also serves as a cooling grid, for example for a baked cake.

The advantage of the process according to the invention is seen in that on the one hand the heat can be transmitted directly or indirectly through a baking foil direct to the cake mixture through the oven grating with the through passages and the webs.

In addition, any baking frame required can be placed on the oven grating, so that the oven grating-serves as a base sheet for the

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C t various shapes of cake. When size-adjustable baking frames are used, the number of aids used in the baking of the different cakes is reduced to a minimum in this way.

The oven grating is moreover versatile in its use, whether as a base sheet for the various cake tins, whether as a roasting grid or as a cooling grid.

According to Fig. 8, the oven grating designated in general with (101) comprises a metal sheet (102) which has a large number of through passages (103). According to Fig. 8, the through io passages (103) have a rectangular cross-sectional shape, so that narrow webs (104), which are so strong that the metal sheet (102) has sufficient flexural strength, remain between the through passages (103).

In this configuration the metal sheet (102) can be positioned is on an existing grid-type grating in the oven. The cake mixture positioned on the metal sheet (102) is then heated practically evenly from all sides.

According to Figs. 9 and 10, the side borders (105) of the metal sheet (102) in a further embodiment of the invention are angled downwards at right angles, namely along the web lines (104a, 104b, 104c, 104d).

/ The borders (105) for their part have through passages (106), ' t \ advantageously on all their four sides, so that the hot air in the t

baking process can also flow below the metal sheet (102) if the 25 latter is standing, for example, on an oven sheet which has no openings for air to pass through.

According to Fig. 11, a baking paper (110) is laid on the metal 'V⁵ ^Asheet (102) for the purpose of processing a thinner cake mixture.

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The baking paper obstructs the heat transfer to the base of the baked product only negligibly. If the cake mixture is so thin that it can run off at the side, a surround (120) which is shaped according to Fig. 11 as a removable border of a flan mould, can be placed on the paper. According to the invention, the surround (120) has, however, in comparison with a conventional flan surroun^. also through-passages (121) between which for their part webs (122) are provided. In this configuration, the heat transfer to the cake mixture from the side is also not impaired. The metal sheet (102) serves in this configuration as a base sheet (102a) fora cake tin.

The surround need not be circular in design. It can have any other shape required.

The advantage of the invention is seen in that the oven heat can reach the baked product direct from all sides.

The oven grating according to the invention is not bound to utilization as a base sheet (102a) for a cake to be baked. A joint of meat to be roasted can also be positioned on it, which is then also heated evenly from all sides, even if the customary drip pan is positioned below the oven grating according to the invention.

The openings in the metal sheet are relatively small, so that fruit, vegetables and the like can also be dried for example on the metal sheet. Removed from the oven, the oven grating according to the invention also serves as a cooling grid, for example for a baked cake.

The advantage of the oven grating according to the invention is seen in that on the one hand the oven heat can reach the placed-on product evenly from all sides and that the oven grating according to the invention is extremely versatile in its use,

<img file="AU697243B2_D0031.tif" />

<img file="AU697243B2_D0032.tif" />

<img file="AU697243B2_D0033.tif" />

whether as a base sheet for a cake tin, as a roasting grid or as a cooling grid.

Fig. 12 shows a rectangular baking frame (201) which consists of adjustably interconnected segments (202, 203, 204, 205).

The segments (202, 203) have side surfaces (214, 215; 216, 217) standing at right angles to each other.

The side surfaces (215, 216) of the segments (202, 203) overlap and are held together with clomps (206, 207).

The clamps (206, 207) have such tension that the side surfaces (215, 216) can be shifted against each other and remain in the set position after the shifting.

Similarly, the segments (204, 205) have side surfaces standing vertically to each other, which overlap with the side surfaces of the adjacent segments and are connected by damps (208 to 213).

The baking frame (201) is placed on an oven grating (218).

The oven grating (218) has a large number of openings (235) through which hot air reaches the base of the cake mixture direct. So that cake mixture which has a somewhat more liquid consistency does not flow through the openings (235) of the oven grating (218), a foil (219) is provided between baking frame (201) and oven grating (218).

The cake mixture can be filled into the internal space (220) of the baking frame (201) for the baking process.

To enlarge the baking frame (201), the overlapping areas of the side surfaces (215,216) are reduced according to Fig. 13 in that the segment (202) is pushed in the ejection of the arrow F and the segment (203) in the direction of the arrow F. (Fig. 12). To obtain an

V

-23even rectangle, this procedure is also executed for the other segments (204, 205).

Fig. 14 shows a side view of the baking frame (201) which is placed on the oven grating (218). The baking foil (219) is provided between the oven grating (218) and the baking frame (201).

The side surfaces (215, 216) of the segments (202, 203) overlap in the area marked with hatching and are held together by the clamps (206, 207).

The internal surface of the side surface (216) contacts the io outer surface of the side surface (215). The side surface (215) has a scale division (221) on its outer surface, by means of which the side surface (216) can be pushed into the required position in relation to the side surface (215).

The scale division (221) is a line graduation, so that the side is surface (216) with its border (222) can be brought into alignment ‘ with the lines of the scale division (221).

‘J It is advantageous for the scale division (221) to specify t c centimetre data for the size of a side length of the baking frame ·ί···ί (201).

The clamp (206) is firmly connected with the side surface » t

I &lt;

‘•,,7/ (215). The clamp (207) grips loosely movably round both side t c t surfaces (215, 216).

« 0 .

# « •••«♦I Fig. 15 shows the clamp (206) which grips with its ends (223,

H. 224) round the side surfaces (215, 216). The clamp (206) is spot25 welded with the side surface (215) at the points(225, 226).

Fig. 16 shows a baking frame (230) made of a pliant metal strip, whose end surfaces (231,232) overlap. The end surfaces (231,

232) are hfdd together by means of clamps (233,234).

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- 24 If the overlap area of the end surfaces (231,232) of the baking frame (230) is increased, the diameter of the baking frame (230) is reduced.

It is advantageous for the end surface (231) for its part to be 5 provided with a scale division with centimetre data to be able to read off the diameter of the baking frame (230) direct.

Fig. 17 shows a baking frame (301) which is placed on an oven grating (305). Cake mixture (308) is filled in between baking frame (301) and oven grating (305).

io A bracket (310) is positioned at outer surfaces (311) of the baking frame (301). The bracket (310) has legs (302, 303) and an interconnecting member (304). The legs (302, 303) contact the outer surfaces (311) of the baking frame (301).

The cake mixture (308) is filled for the baking process into the is area limited by the baking frame (301) and the oven grating (305).

To ensure that the heat of the oven can be transmitted well to the cake mixture (308), the oven grating (305) has through passages (307) and webs (306). To ensure that the cake mixture cannot flow away downwards through the through passages (307) of the oven 20 grating (305), a baking foil (309) is provided.

Fig. 18 shows a rosette-shaped baking frame which has an essentially round basic shape. According to Fig. 19, the baking frame (301) is modified in its shape by means of the bracket (310) so that an essentially rectangular basic shape is present. The legs (302, 25 303) of the bracket (310) contact the outer surfaces (311) of the baking frame (301) and thus keep the baking frame in its modified shape.

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The interconnecting member (304) of the bracket (310) is positioned thereby above the baking frame (301) and can be used simultaneously as a handle for carrying the baking frame (301). The bracket (310) hereby contacts the baking frame (301) with frictional locking.

According to Fig. 19, the bracket (310) is positioned at the centre of the baking frame and grips into symmetrically opposite recesses (312, 313) of the baking frame (301).

According to Fig. 20, the legs (302, 303) of the bracket (310) grip into recesses (312, 314) of the baking frame, so that the baking frame (301) has an essentially conical basic shape.

According to Fig. 21, the baking frame (301) has for its part a modified shape. The bracket (310) grips with its legs (302, 303) into recesses (312, 315) of the baking frame (301). As only one further recess is positioned between the recesses (312, 315), the upper part of the baking tin is shaped narrower and the lower part of the baking tin wider.

According to Fig. 22, the shape of the baking frame (301) is modified by two brackets (310, 320) with legs (302, 303; 322, 323).

The bracket (3 TO) grips with its legs (302, 303) into recesses (312, 314). The bracket (320) grips with its tegs (322, 323) into recesses (316, 313). By this means an oblong shape of the rosette-shaped baking frame is attained. For example, this shape can be used as a loaf-shaped cake tin.

Fig. 23 shows the baking frame (301) into whose recesses (312, 314; 313, 316) brackets (324, 325) grip. The brackets (324, 325) have a longer interconnecting member compared with the brackets r;

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-26(310, 320), so that the baking frame (301) has a wider shape than shown in Fig. 22.

Fig. 24 shows a star-shaped baking frame (330) which has an essentially round basic shape. According to Fig. 25, the baking 5 frame (330) is modified by the bracket (310) with its legs (302, 303) in its shape in such a way that an essentially rectangular basic shape is provided. This oblong shape of the baking frame (330) is utilizabie for example as a loaf-shaped cake tin.

Fig. 26 shows a baking frame (331) which has through the io bracket (310) a modified shape compared with the originally rectangular shape which is shown with broken lines.

The bracket (310) grips with its legs (302, 303) at side surfaces (332, 333) of the frame (331). To ensure that the bracket (310) is fixed at the centre of the side surfaces (332, 333) and does not slip 15 away, the baking frame (331) has retaining means (334, 335) for the legs (302, 303) of the bracket (310).

Fig. 27 shows a bracket (340) with legs (341,342) and an interconnecting member (343). The interconnecting member (343) is designed in two parts. The part (344) is of hollow design, so that 20 the part (345) can be positioned in the part (344). The part (345) of the interconnecting member (343) is positioned movably in the part (344), so that the interconnecting member (343) of the bracket (340) is variable in length. To fix the bracket (344) with a specific length of the interconnecting member (343), a setscrew (346) is provided, which grips through a threaded hole (347) and rests with its end (348) on the part (345) of the interconnecting member (343). If the setscrew (346) is turned into the threaded hole, it presses on the part

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•28

Reference numbers

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c c c c t f.

r ·.

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15 26

33, 34 20 40

47

48, 49 101 102

Baking frame

Adjustable interconnected segments of baking frame

Clamps

Side surfaces

Oven grating

Foil

Internal space of baking frame

Scale division

End border of side surface (16)

End of clamp (6)

End of clamp (6)

Spot weld

Spot weld

Baking frame

End surface of baking frame

End surface of baking frame

Clamps

Baking frame

Through passages

Webs

Through passages

Webs

Border of oven grating

Corners of side border

Oven graiing

Metal sheet

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-29Γ02α Base sheet

103 Through passages

104 Web 104a, 104b Web lines lO4c,104d Web lines

105

106 107 110 io 120 121 122 201 202 is 203

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Side border

Through passages Borders Baking paper Surround

Through passages Webs

Baking frame

Segment of baking frame Segment of baking frame Segment of baking frame Segment of baking frame Clamp

Clamp

Clamp

Clamp

Clamp

Clamp

Clamp

Clamp

Side surface

Side surface

Side surface

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IT '

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217 Side surface

218 Oven grating

219 Foil

220 Internal space of baking frame

221 Scale division

222 End border of side surface (216)

223 End of clamp (206)

224 End of clamp (206)

225 Spot weld

226 Spot weld

230 Baking frame

231 End surface of baking frame

232 End surface of baking frame

233 Clamp

234 Clamp

235 Through-passages

301 Baking frame

302 Leg of bracket (310)

303 Leg of bracket (310)

304 Interconnecting member of bracket (3T0)

305 Oven grating

306 Web

307 Through-passages

308 Cake mixture

309 Foil

310 Bracket

311 Outer surfaces of baking frame

312 to 318 Recesses of baking frame (301) * *

-31 320

322

323 3,24

325

330

331

332, 333 334, 335 ίο 340

341

342

343

344 is 345

346

347

348

A, B, C, D

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Bracket

Leg of bracket (320)

Leg of bracket (320)

Bracket

Bracket

Baking frame

Baking frame

Side surfaces of baking frame (331)

Retaining means

Bracket

Leg

Leg

Interconnecting member Part of interconnecting member Part of interconnecting member Setscrew

Threaded hold

End of screw

Arrows

Arrows

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